Run 2026-11-06-0206-haiku

Research analytics: at 850 works claude:haiku read 48 questions started 2026-11-06 02:06 commit 8e4a485-dirty done

Accuracy

Condition	Repeats	Accuracy	95% interval
R1 `csv`	5	21%	12–31%
R3 `csv+padding`	5	30%	19–41%
R4 `csv+markdown`	5	43%	34–51%
R5 `csv+ontology`	5	49%	40–58%
R10 `executed`	5	69%	58–79%

Question by question

One mark per repeat; hover for the grader's reason, click a question for every answer to it.

Question R1 csv R3 csv+padding R4 csv+markdown R5 csv+ontology R10 executed

Q1 How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for? ✅✅✅✅✅ ❌✅✅✅✅ ✅✅✅✅✅ ✅❌✅❌✅ ✅✅✅✅✅

Q2 List every work, of any type, that Mara Ellison (A01) is an author of. ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅❌✅ ✅❌✅✅✅ ❌❌❌❌❌

Q3 Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38? ✅✅✅✅❌ ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅

Q4 How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored? ❌❌❌❌❌ ❌❌❌❌✅ ❌✅✅✅✅ ❌❌✅✅❌ ✅✅✅✅❌

Q5 Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01? ✅✅✅✅❌ ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅

Q6 Which author has the most research works credited to the University of Albury, its units included? ✅❌❌❌❌ ❌❌❌❌✅ ❌❌✅❌✅ ✅✅✅❌✅ ✅✅✅✅✅

Q7 How many research works has Mara Ellison authored? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅❌✅ ❌✅✅❌✅ ✅✅✅✅✅

Q8 What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)? ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅ ✅✅✅✅✅

Q9 How many research works is the University of Albury (I02) credited with, its units included? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌✅❌❌❌

Q10 How many research works is the Albury University System (I01) credited with, all its units included? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌✅❌❌❌

Q11 How many research works is Kesting University (I07) credited with, its units included? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌✅ ❌❌❌❌❌ ❌❌❌❌❌

Q12 How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)? ❌❌❌❌❌ ✅❌✅✅✅ ❌❌✅❌❌ ❌❌✅❌✅ ✅✅❌✅❌

Q13 In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting? 🟡❌🟡❌🟡 ✅✅✅🟡🟡 ❌❌✅❌✅ ❌🟡🟡❌🟡 🟡✅✅🟡🟡

Q14 How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)? ❌❌❌❌❌ ❌❌❌❌🟡 ❌❌✅❌❌ ❌❌❌❌❌ ❌❌❌❌❌

Q15 How many research works appeared in Ocean Sensing Letters (S02) in 2024? ❌❌✅❌❌ ❌❌❌❌❌ ✅❌❌❌❌ ❌❌✅✅❌ ❌❌❌❌❌

Q16 How many research works appeared in the Journal of Marine Autonomy (S01)? ❌❌❌❌❌ ❌✅❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ✅❌❌❌✅

Q17 Which of Mara Ellison's works are not research output because of their document type? ❌❌❌❌❌ ❌❌❌❌✅ ❌❌✅❌❌ ❌❌✅✅✅ ✅✅✅✅✅

Q18 How many distinct research works has Priya Ramanathan (A07) authored? ✅❌❌❌❌ ❌✅✅✅❌ ❌❌✅❌✅ ❌✅❌✅✅ ✅✅✅❌✅

Q19 How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌❌ ❌✅❌❌❌ ✅✅❌✅✅

Q20 Which works in the data are preprints of another work that is also in the data? ✅✅✅❌✅ ✅✅✅✅✅ ❌❌✅❌✅ ❌✅❌✅✅ ❌❌❌❌❌

Q21 How many research works is Oskel Polytechnic (I14) credited with? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌

Q22 Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after? ✅✅✅❌✅ ✅✅✅✅✅ ❌❌✅❌✅ ❌✅✅❌✅ ✅✅✅✅✅

Q23 How many citations has W30 received in total, and how many within its publication year and the two years after? 🟡🟡🟡❌🟡 🟡🟡🟡🟡🟡 ❌❌✅❌✅ ❌✅✅❌✅ ✅✅✅✅✅

Q24 How many research works has Lena Vossberg (A09) authored? ✅❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌✅✅✅✅ ❌✅✅✅✅

Q25 What is the total of the citation counts of Lena Vossberg's research works? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅✅❌✅ ✅✅✅✅✅

Q26 Does W23 count towards Kesting University's research output? ✅❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅✅✅✅ ✅✅✅✅✅

Q27 Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do? 🟡❌🟡❌🟡 🟡🟡🟡🟡🟡 ❌❌✅❌🟡 ❌✅✅❌✅ ✅✅✅✅✅

Q28 How many distinct works from Rostval Technical University (I09) cite Kesting University's research works? ❌❌✅❌✅ ✅✅✅✅✅ ❌❌✅❌✅ ❌✅✅❌✅ ✅✅✅✅✅

Q29 Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries? 🟡❌🟡❌❌ 🟡🟡🟡🟡🟡 ❌❌✅❌✅ ❌✅❌❌❌ ✅✅🟡🟡✅

Q30 Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌❌ ❌✅❌❌❌ ✅✅❌❌✅

Q31 Which works cite at least one of the works that cite W01? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅❌❌❌ ✅✅✅✅✅

Q32 How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅❌❌❌ ✅✅✅✅✅

Q33 Which of Kesting University's research works has the most citations? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅✅❌✅ ✅✅✅✅✅

Q34 How many research works was Kesting University (units included) credited with in 2025? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌✅ ❌❌❌❌✅ ✅✅✅❌✅

Q35 How many research works is the Kesting Institute of Hydrodynamics (I08) credited with? ❌❌❌❌❌ ❌✅✅❌❌ ❌❌❌❌✅ ❌❌❌❌❌ ✅✅✅❌❌

Q36 How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ✅❌❌❌❌

Q37 Which institution is W70 credited to? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅✅✅ ❌✅✅✅✅ ✅✅✅✅✅

Q38 Which institutions is W71 credited to, at every level? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅❌✅ ❌✅✅✅✅ ✅✅✅✅✅

Q39 How many of the University of Albury's research works (units included) appeared in a source of the highest tier? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌❌ ❌✅❌❌✅

Q40 Which source is in the highest tier? ✅✅✅✅✅ ✅✅✅✅✅ ✅❌✅✅✅ ❌✅✅✅✅ ✅✅✅✅✅

Q41 Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)? ✅✅✅✅✅ ✅✅✅✅✅ ✅❌✅✅✅ ❌✅✅✅✅ ✅✅✅✅✅

Q42 How many research works appeared in Global Marine Science Reports (S04)? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅❌✅ ❌✅✅✅✅ ✅✅✅✅✅

Q43 Is W07 research output? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅✅✅ ❌✅✅✅✅ ✅✅✅✅✅

Q44 Which institutions are part of the Albury University System, at any level below it? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅✅✅✅ ✅✅❌❌❌

Q45 How many research works is the Halloran Institute for Coastal Studies (I06) credited with? ❌❌❌❌❌ ❌❌❌❌❌ ❌❌✅❌✅ ❌✅✅✅✅ ✅✅✅✅✅

Q46 What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅✅✅ ❌✅✅✅✅ ❌❌❌❌❌

Q47 Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting? ❌❌🟡❌❌ ✅🟡🟡❌❌ ❌❌🟡❌✅ ❌❌❌❌❌ ❌🟡✅❌❌

Q48 Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory? ❌❌❌❌❌ ❌❌❌❌❌ ✅❌✅✅✅ ❌🟡✅🟡✅ 🟡🟡🟡🟡🟡

Question	R1 `csv`	R3 `csv+padding`	R4 `csv+markdown`	R5 `csv+ontology`	R10 `executed`
Q1 How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?	✅✅✅✅✅	❌✅✅✅✅	✅✅✅✅✅	✅❌✅❌✅	✅✅✅✅✅
Q2 List every work, of any type, that Mara Ellison (A01) is an author of.	❌❌❌❌❌	❌❌❌❌❌	✅❌✅❌✅	✅❌✅✅✅	❌❌❌❌❌
Q3 Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?	✅✅✅✅❌	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅
Q4 How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?	❌❌❌❌❌	❌❌❌❌✅	❌✅✅✅✅	❌❌✅✅❌	✅✅✅✅❌
Q5 Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?	✅✅✅✅❌	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅
Q6 Which author has the most research works credited to the University of Albury, its units included?	✅❌❌❌❌	❌❌❌❌✅	❌❌✅❌✅	✅✅✅❌✅	✅✅✅✅✅
Q7 How many research works has Mara Ellison authored?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅❌✅	❌✅✅❌✅	✅✅✅✅✅
Q8 What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)?	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅	✅✅✅✅✅
Q9 How many research works is the University of Albury (I02) credited with, its units included?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌✅❌❌❌
Q10 How many research works is the Albury University System (I01) credited with, all its units included?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌✅❌❌❌
Q11 How many research works is Kesting University (I07) credited with, its units included?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌✅	❌❌❌❌❌	❌❌❌❌❌
Q12 How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?	❌❌❌❌❌	✅❌✅✅✅	❌❌✅❌❌	❌❌✅❌✅	✅✅❌✅❌
Q13 In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?	🟡❌🟡❌🟡	✅✅✅🟡🟡	❌❌✅❌✅	❌🟡🟡❌🟡	🟡✅✅🟡🟡
Q14 How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?	❌❌❌❌❌	❌❌❌❌🟡	❌❌✅❌❌	❌❌❌❌❌	❌❌❌❌❌
Q15 How many research works appeared in Ocean Sensing Letters (S02) in 2024?	❌❌✅❌❌	❌❌❌❌❌	✅❌❌❌❌	❌❌✅✅❌	❌❌❌❌❌
Q16 How many research works appeared in the Journal of Marine Autonomy (S01)?	❌❌❌❌❌	❌✅❌❌❌	❌❌❌❌❌	❌❌❌❌❌	✅❌❌❌✅
Q17 Which of Mara Ellison's works are not research output because of their document type?	❌❌❌❌❌	❌❌❌❌✅	❌❌✅❌❌	❌❌✅✅✅	✅✅✅✅✅
Q18 How many distinct research works has Priya Ramanathan (A07) authored?	✅❌❌❌❌	❌✅✅✅❌	❌❌✅❌✅	❌✅❌✅✅	✅✅✅❌✅
Q19 How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌❌	❌✅❌❌❌	✅✅❌✅✅
Q20 Which works in the data are preprints of another work that is also in the data?	✅✅✅❌✅	✅✅✅✅✅	❌❌✅❌✅	❌✅❌✅✅	❌❌❌❌❌
Q21 How many research works is Oskel Polytechnic (I14) credited with?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌
Q22 Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?	✅✅✅❌✅	✅✅✅✅✅	❌❌✅❌✅	❌✅✅❌✅	✅✅✅✅✅
Q23 How many citations has W30 received in total, and how many within its publication year and the two years after?	🟡🟡🟡❌🟡	🟡🟡🟡🟡🟡	❌❌✅❌✅	❌✅✅❌✅	✅✅✅✅✅
Q24 How many research works has Lena Vossberg (A09) authored?	✅❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌✅✅✅✅	❌✅✅✅✅
Q25 What is the total of the citation counts of Lena Vossberg's research works?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅✅❌✅	✅✅✅✅✅
Q26 Does W23 count towards Kesting University's research output?	✅❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅✅✅✅	✅✅✅✅✅
Q27 Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?	🟡❌🟡❌🟡	🟡🟡🟡🟡🟡	❌❌✅❌🟡	❌✅✅❌✅	✅✅✅✅✅
Q28 How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?	❌❌✅❌✅	✅✅✅✅✅	❌❌✅❌✅	❌✅✅❌✅	✅✅✅✅✅
Q29 Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?	🟡❌🟡❌❌	🟡🟡🟡🟡🟡	❌❌✅❌✅	❌✅❌❌❌	✅✅🟡🟡✅
Q30 Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌❌	❌✅❌❌❌	✅✅❌❌✅
Q31 Which works cite at least one of the works that cite W01?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅❌❌❌	✅✅✅✅✅
Q32 How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅❌❌❌	✅✅✅✅✅
Q33 Which of Kesting University's research works has the most citations?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅✅❌✅	✅✅✅✅✅
Q34 How many research works was Kesting University (units included) credited with in 2025?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌✅	❌❌❌❌✅	✅✅✅❌✅
Q35 How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?	❌❌❌❌❌	❌✅✅❌❌	❌❌❌❌✅	❌❌❌❌❌	✅✅✅❌❌
Q36 How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	✅❌❌❌❌
Q37 Which institution is W70 credited to?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅✅✅	❌✅✅✅✅	✅✅✅✅✅
Q38 Which institutions is W71 credited to, at every level?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅❌✅	❌✅✅✅✅	✅✅✅✅✅
Q39 How many of the University of Albury's research works (units included) appeared in a source of the highest tier?	❌❌❌❌❌	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌❌	❌✅❌❌✅
Q40 Which source is in the highest tier?	✅✅✅✅✅	✅✅✅✅✅	✅❌✅✅✅	❌✅✅✅✅	✅✅✅✅✅
Q41 Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?	✅✅✅✅✅	✅✅✅✅✅	✅❌✅✅✅	❌✅✅✅✅	✅✅✅✅✅
Q42 How many research works appeared in Global Marine Science Reports (S04)?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅❌✅	❌✅✅✅✅	✅✅✅✅✅
Q43 Is W07 research output?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅✅✅	❌✅✅✅✅	✅✅✅✅✅
Q44 Which institutions are part of the Albury University System, at any level below it?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅✅✅✅	✅✅❌❌❌
Q45 How many research works is the Halloran Institute for Coastal Studies (I06) credited with?	❌❌❌❌❌	❌❌❌❌❌	❌❌✅❌✅	❌✅✅✅✅	✅✅✅✅✅
Q46 What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅✅✅	❌✅✅✅✅	❌❌❌❌❌
Q47 Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?	❌❌🟡❌❌	✅🟡🟡❌❌	❌❌🟡❌✅	❌❌❌❌❌	❌🟡✅❌❌
Q48 Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?	❌❌❌❌❌	❌❌❌❌❌	✅❌✅✅✅	❌🟡✅🟡✅	🟡🟡🟡🟡🟡

The prompts

R1 csv (139381 characters)

<!-- system: You answer questions about a research-analytics dataset of works, authors, institutions, sources and citations. Use only the data you are given and what it tells you about its own meaning. If a question is ambiguous, or the data cannot settle it, say so. Be concise. -->

## The data

### institutions.csv
```csv
institution_id,name,ror,country,type,parent_id
I01,Albury University System,0hygr4985,GB,SYS,
I02,University of Albury,06safhw22,GB,UNI,I01
I03,Albury Centre for Marine Robotics,06a9yq342,GB,LAB,I02
I04,Tessel Laboratory for Ocean Sensing,0002ezf81,GB,LAB,I03
I05,Albury Metropolitan University,0ww7kxb57,GB,UNI,I01
I06,Halloran Institute for Coastal Studies,0175f3924,GB,AFF,I02
I07,Kesting University,0593t4875,DE,UNI,
I08,Kesting Institute of Hydrodynamics,0brjdg570,DE,LAB,I07
I09,Rostval Technical University,0k8rh7879,NL,UNI,
I10,Marrow Instruments BV,0t3x83535,NL,CO,
I11,Brevin Ocean Agency,0wvack776,FR,GOV,
I12,Université de Lorvain,091pt9775,FR,UNI,
I13,Dunmore College,095cwy722,GB,UNI,
I14,Oskel Polytechnic,06t6n5818,NL,UNI,
I15,Carrow State University,0v91gp428,US,UNI,
I16,Hoshimine Institute of Technology,06afa6f88,JP,UNI,
I17,Université de Mallois,0pshcv029,CA,UNI,
I18,Universidad de Ventolera,0ay9jr885,ES,UNI,
I19,Albury Laboratory for Acoustic Imaging,0xe2n1515,GB,LAB,I02
I20,Albury Metropolitan Centre for Port Studies,0bp5b1111,GB,LAB,I05
I21,Wexcombe Institute for Estuary Research,0ms1zdt74,GB,AFF,I05
I22,Sandhaven Institute for Wave Research,0rn08b412,DE,AFF,I07
I23,Rostval Laboratory for Offshore Structures,0zekfva10,NL,LAB,I09
I24,Pellmore University,0n0j86p46,US,UNI,
I25,Università di Calvessa,08mz9rf83,IT,UNI,
I26,Tarnowa University of Technology,0189z6431,PL,UNI,
I27,Kirrabay University,0wam41j64,AU,UNI,
I28,Nordvik University,00etvqe29,NO,UNI,
I29,Hanseo Ocean Institute,0g18r1r20,KR,GOV,
I30,Universidade de Arvela,0ha4xax60,PT,UNI,
I31,Corrimal Marine Systems Inc,0nq63kw54,US,CO,
```

### authors.csv
```csv
author_id,name,orcid
A01,Mara Ellison,0000-0002-9841-6229
A02,M. Ellison,0000-0002-9841-6229
A03,"Ellison, Mara J.",0000-0002-9841-6229
A04,M. Ellison,0000-0004-8662-8360
A05,Jonas Brandt,0000-0001-6105-5008
A06,Jonas Brandt,0000-0007-5475-1779
A07,Priya Ramanathan,0000-0009-2298-3695
A08,Tomasz Wierzba,0000-0007-9318-6032
A09,Lena Vossberg,0000-0000-8073-7028
A10,Dirk Hallmann,0000-0003-8222-6468
A11,Sofie de Raat,0000-0006-1642-5247
A12,Pieter Maas,0000-0007-6472-5877
A13,Claire Fontanet,0000-0001-8841-3301
A14,Hugo Marchetti,0000-0007-5682-0525
A15,Aisha Okonjo,0000-0008-9831-9489
A16,Rhys Calloway,
A17,Ingrid Solberg,0000-0003-9494-8214
A18,Bram Kuipers,0000-0001-6210-5218
A19,Femke Hoogeveen,0000-0005-4914-5244
A20,Joost Verhaar,0000-0001-0646-0013
A21,Petra Lindqvist,0000-0000-4118-9557
A22,Niamh Corrigan,0000-0009-9065-9397
A30,Ana Aranda,0000-0006-1584-6450
A31,Ben Fujimura,0000-0006-0454-1465
A32,Chiara Kincaid,0000-0009-0853-8012
A33,Daichi Pruitt,0000-0009-1102-8594
A34,Elif Esposito,0000-0000-6925-6663
A35,Felipe Jaramillo,0000-0006-3228-0886
A36,Grace Olmedo,0000-0004-2300-4876
A37,Haruto Dorsey,0000-0004-5291-2808
A38,Ines Ishida,0000-0004-5850-0370
A39,Julien Nakagawa,0000-0003-8265-3845
A40,Kai Carver,0000-0003-5577-8794
A41,Lucia Hartwell,0000-0003-2627-0586
A42,Mateo Morrow,0000-0000-2145-8421
A43,Noor Beaulieu,0000-0000-8394-9066
A44,Oscar Galvez,0000-0008-8281-1265
A45,Paula Lefebvre,0000-0008-4409-3244
A101,M. Ellison,0000-0002-9841-6229
A102,M. Ellison,0000-0008-4738-8328
A103,L. Vossberg,0000-0000-8073-7028
A104,J. Brandt,0000-0001-6105-5008
A105,Jonas Brandt,0000-0004-9046-7961
A106,T. Wierzba,0000-0007-9318-6032
A107,S. de Raat,0000-0006-1642-5247
A108,Priya Ramanathan,0000-0007-1802-8393
A109,Greta Yelland,0000-0002-6545-4969
A110,Quinn Yelland,0000-0003-7597-9990
A111,Hester Falconer,0000-0007-5409-8704
A112,Katrin Elphick,0000-0008-6293-8407
A113,Henrik Corbridge,0000-0001-7569-4541
A114,Ivo Brockmann,0000-0009-9653-9901
A115,Tamsin Vandersloot,0000-0008-5622-7508
A116,Emrys Bellamore,0000-0001-3732-2664
A117,Viggo Bellamore,0000-0002-5926-5216
A118,Dorian Bellamore,0000-0000-4633-9010
A119,Jarno Quarrie,0000-0009-8605-0541
A120,Linus Haverkamp,0000-0000-3133-9422
A121,Marit Sallis,0000-0001-8432-2588
A122,Katrin Dannecker,0000-0005-9430-8644
A123,Florin Penhallow,0000-0008-6186-9535
A124,Niko Vandersloot,0000-0008-3786-7418
A125,Greta Ostergaard,0000-0002-5410-0810
A126,Yara Quarrie,0000-0002-3972-8364
A127,Delphine Ashdown,0000-0000-5148-3260
A128,Jarno Tregunna,
A129,Delphine Ibbotson,0000-0000-6389-2468
A130,Tamsin Castellan,0000-0004-8526-1242
A131,Emrys Nordahl,0000-0000-3843-6782
A132,Linus Penhallow,0000-0000-9780-0868
A133,Liesel Lachance,0000-0003-1768-1087
A134,Silas Castellan,0000-0003-3481-4429
A135,Olwen Quarrie,0000-0001-4750-0051
A136,Jolien Haverkamp,0000-0009-6519-3014
A137,Olwen Uttley,0000-0006-0842-6639
A138,Olwen Whitcombe,0000-0008-9432-6799
A139,Odile Tregunna,0000-0002-2495-1719
A140,Jolien Bellamore,0000-0009-0548-3869
A141,Delphine Bellamore,0000-0003-0209-4519
A142,Greta Rademaker,0000-0009-9961-6216
A143,Marit Ibbotson,0000-0009-8383-5608
A144,Silas Ashdown,0000-0007-8521-8973
A145,Ivo Corbridge,0000-0006-1367-0053
A146,Cosimo Bellamore,0000-0002-3308-6027
A147,Niko Uttley,0000-0009-7757-5966
A148,Kester Aldous,0000-0004-3203-0789
A149,Liesel Whitcombe,0000-0008-7432-0373
A150,Yara Castellan,0000-0006-4842-1959
A151,Elsa Penhallow,0000-0008-1093-6341
A152,Florin Whitcombe,
A153,Emrys Merriman,0000-0008-9865-6168
A154,Henrik Lachance,0000-0000-6078-6579
A155,Delphine Dewhurst,
A156,Greta Elphick,0000-0000-1295-1089
A157,Dorian Falconer,0000-0009-2170-6438
A158,Kester Jansma,0000-0009-6522-6126
A159,Wren Whitcombe,0000-0009-7906-1807
A160,Kester Zandvoort,0000-0006-9930-9118
A161,Jolien Dewhurst,0000-0005-3613-9857
A162,Liesel Ibbotson,0000-0007-2655-6310
A163,Nils Jansma,0000-0004-7426-1752
A164,Silas Corbridge,0000-0001-8029-9865
A165,Niko Penhallow,0000-0002-5295-8953
A166,Henrik Sallis,0000-0003-9677-7161
A167,Henrik Haverkamp,0000-0007-4485-0931
A168,Henrik Yelland,0000-0001-2141-4246
A169,Ulla Haverkamp,0000-0000-8586-5161
A170,Bastian Ashdown,0000-0005-3547-5180
A171,Ulla Aldous,0000-0005-5058-4742
A172,Hester Aldous,0000-0009-3776-6819
A173,Fenna Uttley,0000-0000-4008-7950
A174,Tamsin Gisborne,0000-0004-4300-1807
A175,Jarno Whitcombe,0000-0000-2155-5864
A176,Yara Dewhurst,0000-0004-7256-8312
A177,Carys Uttley,0000-0008-3085-0372
A178,Elsa Merriman,
A179,Alba Ashdown,0000-0001-5735-1490
A180,Ilse Aldous,0000-0002-8044-9596
A181,Henrik Kerridge,0000-0009-5689-0994
A182,Ulla Penhallow,0000-0003-2191-4747
A183,Bastian Kerridge,0000-0007-6448-2483
A184,Odile Ashdown,
A185,Olwen Ostergaard,0000-0005-9437-0650
A186,Carys Tregunna,0000-0002-3962-9717
A187,Jolien Aldous,0000-0002-8271-6177
A188,Bastian Tregunna,
A189,Zeno Aldous,0000-0006-2989-6155
A190,Maelle Ashdown,0000-0009-5279-0424
A191,Silas Zandvoort,0000-0005-2590-0644
A192,Pim Aldous,0000-0002-0569-8605
A193,Niko Yelland,
A194,Alba Corbridge,0000-0001-5776-4679
A195,Yara Penhallow,0000-0003-6890-9836
A196,Fenna Gisborne,0000-0008-9819-5281
A197,Maelle Brockmann,0000-0005-2578-6292
A198,Jarno Ashdown,0000-0001-4780-0378
A199,Delphine Merriman,0000-0005-5487-7183
A200,Ivo Penhallow,0000-0000-9986-0432
A201,Hester Dewhurst,0000-0002-8179-0448
A202,Marit Ostergaard,0000-0007-5698-5981
A203,Jolien Quarrie,0000-0007-9816-0934
A204,Katrin Kerridge,0000-0002-0159-1367
A205,Yara Lachance,
A206,Olwen Yelland,
A207,Maelle Dannecker,0000-0007-9373-7702
A208,Liesel Jansma,0000-0005-1693-8254
A209,Jolien Kerridge,0000-0001-6525-8467
A210,Ilse Bellamore,
A211,Ivo Rademaker,0000-0002-7687-0223
A212,Jarno Elphick,0000-0006-5440-8972
A213,Odile Whitcombe,0000-0003-3309-8851
A214,Anouk Castellan,0000-0005-5240-8672
A215,Zeno Dannecker,0000-0008-4772-3832
A216,Nils Rademaker,0000-0001-3498-1824
A217,Odile Rademaker,0000-0009-2609-6797
A218,Bryony Jansma,0000-0003-3146-5873
A219,Bryony Jansma,0000-0002-4103-1118
A220,Hester Ostergaard,0000-0008-3455-9598
A221,Hester Ostergaard,0000-0003-8085-8585
A222,Liesel Aldous,0000-0009-2600-3022
A223,Liesel Aldous,0000-0008-4203-7095
A224,Ilse Eberhardt,0000-0009-6534-9320
A225,Ilse Eberhardt,0000-0000-0712-5619
A226,Cosimo Penhallow,0000-0000-1869-5361
A227,Cosimo Penhallow,0000-0008-9935-6581
A228,Gideon Yelland,0000-0009-3500-8530
A229,Gideon Yelland,0000-0003-6264-2564
```

### sources.csv
```csv
source_id,name,issn,type,tier
S01,Journal of Marine Autonomy,9866-3925,JOU,K3
S02,Ocean Sensing Letters,3195-4973,JOU,K2
S03,Coastal Engineering Review,1154-9679,JOU,K1
S04,Global Marine Science Reports,8864-5325,JOU,K0
S05,OceanArXiv,,REP,
S06,Proceedings of the Hydrodynamics Forum,9804-2748,JOU,K2
S07,Journal of Estuarine Dynamics,1483-2835,JOU,K2
S08,Hydrology Notes,9832-2482,JOU,K1
S09,Journal of Coastal Hydraulics,3431-7424,JOU,K2
S10,Marine Technology Bulletin,7809-8515,JOU,K1
S11,Annals of Ocean Observation,8324-8964,JOU,K2
S12,Shelf Sea Letters,8103-2767,JOU,K1
S13,International Journal of Ocean Frontiers,1765-9671,JOU,K0
S14,CoastRxiv,,REP,
```

### works.csv
```csv
work_id,title,year,type,source_id,doi,version_of,is_retracted,record_source
W01,Adaptive path planning for underwater gliders,2021,ART,S01,10.55555/s01.2021.1465,,false,FEED
W02,Drift-aware mapping with low-cost sonar,2022,PPR,S05,10.55555/s05.2022.2911,W03,false,FEED
W03,Drift-aware mapping with low-cost sonar,2023,ART,S02,10.55555/s02.2023.9437,,false,FEED
W04,Editorial: a new decade of marine autonomy,2023,EDT,S01,10.55555/s01.2023.1032,,false,FEED
W05,Erratum: Drift-aware mapping with low-cost sonar,2024,ERR,S02,10.55555/s02.2024.7136,,false,FEED
W06,Shoreline change detection from glider transects,2024,ART,S03,10.55555/s03.2024.2042,,false,FEED
W07,Low-cost sonar arrays for coastal monitoring,2020,ART,S04,10.55555/s04.2020.7029,,false,FEED
W08,Turbulent wake modelling behind tidal turbines,2025,ART,S01,10.55555/s01.2025.5958,,false,FEED
W09,Issue information,2023,PTX,S01,10.55555/s01.2023.4542,,false,FEED
W10,Front matter,2024,PTX,S02,10.55555/s02.2024.9718,,false,FEED
W12,Sonar mosaics from glider fleets,2024,ART,S02,10.55555/s02.2024.3526,,false,CRIS
W13,Fleet coordination for survey gliders,2024,ART,S01,10.55555/s01.2024.5065,,false,FEED
W14,Harbour mapping with autonomous surface vessels,2025,ART,S03,10.55555/s03.2025.3072,,false,FEED
W15,Low-cost sonar: a review,2025,REV,S02,10.55555/s02.2025.2741,,false,FEED
W16,Sonar-based wake detection,2025,ART,S02,10.55555/s02.2025.6345,,false,FEED
W17,Acoustic positioning near the shore,2024,SUP,S06,10.55555/s06.2024.8939,,false,FEED
W18,Comparing sonar odometry methods,2022,PPR,S05,10.55555/s05.2022.2759,,false,FEED
W19,Glider-borne turbidity sensing,2025,ART,S02,10.55555/s02.2025.2198,,false,CRIS
W20,Bed shear stress under breaking waves,2024,ART,S01,10.55555/s01.2024.7245,,false,FEED
W21,A field campaign on tidal mixing,2024,ART,S02,10.55555/s02.2024.5301,,false,FEED
W22,Turbulence closures for coastal models: a review,2024,REV,S03,10.55555/s03.2024.5939,,false,FEED
W23,Anomalous dissipation in estuarine plumes,2023,ART,S02,10.55555/s02.2023.2925,,true,FEED
W24,Vortex shedding in shallow channels,2025,SUP,S06,10.55555/s06.2025.6698,,false,FEED
W27,Sensor fusion for moored buoys,2024,ART,S03,10.55555/s03.2024.8772,,false,FEED
W28,Calibration drift in conductivity sensors,2024,ART,S02,10.55555/s02.2024.9171,,false,FEED
W29,Open hardware for ocean observation: a review,2024,REV,S01,10.55555/s01.2024.2981,,false,FEED
W30,Tidal stream resource maps for the Dunmore coast,2019,ART,S03,10.55555/s03.2019.9502,,false,FEED
W31,Machine-learned tidal forecasts,2023,ART,S01,10.55555/s01.2023.5047,,false,FEED
W32,Wave-current interaction over sandbars,2025,ART,S01,10.55555/s01.2025.8470,,false,FEED
W33,Mixing efficiency in stratified tidal flows,2025,ART,S02,10.55555/s02.2025.6654,,false,FEED
W34,Evaluating turbulence closures against flume data,2025,ART,S03,10.55555/s03.2025.2352,,false,FEED
W35,Sediment resuspension by storms: a review,2025,REV,S02,10.55555/s02.2025.2131,,false,FEED
W36,Shear and mixing in a macrotidal estuary,2025,ART,S03,10.55555/s03.2025.2439,,false,FEED
W37,Port traffic and seabed disturbance,2022,ART,S03,10.55555/s03.2022.9107,,false,FEED
W38,Seagrass mapping from aerial imagery,2023,ART,S02,10.55555/s02.2023.6112,,false,FEED
W39,Replicating dissipation estimates in plumes,2024,ART,S03,10.55555/s03.2024.5346,,false,FEED
W40,Energy budgets for long-range gliders,2022,ART,S02,10.55555/s02.2022.4703,,false,FEED
W41,Path planning under uncertain currents,2023,ART,S03,10.55555/s03.2023.3758,,false,FEED
W42,Machine-learned tidal forecasts,2023,PPR,S05,10.55555/s05.2023.6876,W31,false,FEED
W50,Battery ageing in autonomous platforms,2024,ART,S03,10.55555/s03.2024.6324,,false,FEED
W51,Benchmarks for marine path planners,2024,ART,S02,10.55555/s02.2024.8087,,false,FEED
W52,Route optimisation for ocean drones,2025,ART,S01,10.55555/s01.2025.9294,,false,FEED
W60,Remote sensing of dune erosion,2020,ART,S08,10.55555/s08.2020.8236,,false,FEED
W61,Uncertainty in marsh accretion estimates,2022,ART,S07,10.55555/s07.2022.2930,,false,FEED
W62,Seasonal variability in dune erosion,2023,ART,S08,10.55555/s08.2023.5393,,false,FEED
W63,Seasonal variability in sediment flux,2024,ART,S07,10.55555/s07.2024.8504,,false,FEED
W64,Remote sensing of internal waves,2025,ART,S08,10.55555/s08.2025.7711,,false,FEED
W65,Observations of dune erosion,2024,ART,S08,10.55555/s08.2024.6414,,false,FEED
W66,Remote sensing of wave runup,2025,ART,S07,10.55555/s07.2025.5131,,false,FEED
W67,Seasonal variability in tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1192,,false,FEED
W70,Optical backscatter in turbid estuaries,2023,ART,S02,10.55555/s02.2023.6434,,false,FEED
W71,Low-power optical sensors for gliders,2024,ART,S01,10.55555/s01.2024.6287,,false,FEED
W72,Integrating optical sensors on survey gliders,2024,ART,S03,10.55555/s03.2024.9080,,false,FEED
W73,Saltmarsh retreat on the Halloran shore,2022,ART,S02,10.55555/s02.2022.7603,,false,CRIS
W74,Coastal squeeze and managed realignment: a review,2023,REV,S01,10.55555/s01.2023.6139,,false,FEED
W75,Rip currents at tourist beaches,2023,ART,S04,10.55555/s04.2023.3895,,false,FEED
W76,Foreword to the Forum proceedings,2025,EDT,S06,10.55555/s06.2025.4219,,false,FEED
W90,Sediment transport in tidal inlets,2025,ART,S02,10.55555/s02.2025.8585,,false,STG
W91,Closure models for wave boundary layers,2025,ART,S01,10.55555/s01.2025.4607,,false,STG
W92,Coastal turbulence: a review,2025,REV,S03,10.55555/s03.2025.6710,,false,STG
W101,Long-term trends in estuarine salinity,2019,ART,S08,10.55555/s08.2019.4427,,false,FEED
W102,Long-term trends in dune erosion,2023,ART,S07,10.55555/s07.2023.1186,,false,FEED
W103,A model of harbour seiches,2020,ART,S07,10.55555/s07.2020.2380,,false,FEED
W104,Remote sensing of wave runup,2019,ART,S07,10.55555/s07.2019.6591,,false,FEED
W105,Seasonal variability in harbour seiches,2021,ART,S08,10.55555/s08.2021.9028,,false,FEED
W106,Seasonal variability in harbour seiches: a review,2022,REV,S07,10.55555/s07.2022.7552,,false,FEED
W107,Observations of marsh accretion: a review,2019,REV,S08,10.55555/s08.2019.9349,,false,FEED
W108,Seasonal variability in tidal asymmetry,2021,ART,S07,10.55555/s07.2021.9650,,false,FEED
W109,A model of river plumes,2019,ART,S07,10.55555/s07.2019.5434,,false,FEED
W110,Editorial: beach profiles,2021,EDT,S07,10.55555/s07.2021.3358,,false,FEED
W111,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.5383,,false,FEED
W112,Observations of tidal asymmetry,2020,ART,S07,10.55555/s07.2020.9946,,false,FEED
W113,Seasonal variability in coastal upwelling,2021,ART,S07,10.55555/s07.2021.6316,,false,FEED
W114,Observations of estuarine salinity,2019,ART,S08,10.55555/s08.2019.1460,,false,FEED
W115,Remote sensing of internal waves: a review,2025,REV,S08,10.55555/s08.2025.4950,,false,FEED
W116,A model of coastal upwelling,2022,ART,S08,10.55555/s08.2022.6950,,false,FEED
W117,Uncertainty in beach profiles estimates,2024,ART,S08,10.55555/s08.2024.4202,,false,FEED
W118,Long-term trends in internal waves,2025,ART,S07,10.55555/s07.2025.4335,,false,FEED
W119,A model of internal waves,2019,ART,S08,10.55555/s08.2019.1156,,false,FEED
W120,Remote sensing of tidal asymmetry: a review,2021,REV,S07,10.55555/s07.2021.6881,,false,FEED
W121,Long-term trends in internal waves,2024,ART,S08,10.55555/s08.2024.8676,,false,FEED
W122,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.1686,,false,FEED
W123,Editorial: river plumes,2023,EDT,S08,10.55555/s08.2023.3508,,false,FEED
W124,A model of coastal upwelling,2019,ART,S08,10.55555/s08.2019.2165,,false,FEED
W125,Remote sensing of sediment flux,2024,ART,S08,10.55555/s08.2024.4906,,false,FEED
W201,Machine learning for marsh accretion,2019,ART,S09,10.55555/s09.2019.3873,,false,FEED
W202,Issue information,2023,PTX,S02,10.55555/s02.2023.6274,,false,FEED
W203,A community intercomparison of beach profiles,2024,ART,S03,10.55555/s03.2024.9368,,false,FEED
W204,Long-term trends in tidal asymmetry in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.3604,,false,FEED
W205,Uncertainty in sensor calibration estimates: a review,2025,REV,S03,10.55555/s03.2025.2579,,false,FEED
W206,Observations of buoy telemetry in a semi-enclosed sea,2020,ART,S01,10.55555/s01.2020.8424,,false,FEED
W208,A framework for sensor calibration in tidal inlets,2019,ART,S10,10.55555/s10.2019.9187,,false,FEED
W209,Remote sensing of turbulent wakes in sandy coasts,2025,ART,S02,10.55555/s02.2025.2983,,false,FEED
W210,Low-cost methods for estuarine salinity,2021,PPR,S14,10.55555/s14.2021.5188,W902,false,FEED
W211,Long-term trends in internal waves in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.3569,,false,FEED
W212,Issue information,2019,PTX,S03,10.55555/s03.2019.4582,,false,FEED
W214,A framework for buoy telemetry in shallow channels,2023,ART,S03,10.55555/s03.2023.5869,,false,FEED
W215,Long-term trends in harbour seiches in harbour basins,2024,ART,S12,10.55555/s12.2024.4967,,false,FEED
W216,Observations of vortex shedding in the Albury estuary,2025,ART,S03,10.55555/s03.2025.8866,,false,FEED
W217,Machine learning for estuarine salinity in harbour basins,2024,ART,S02,10.55555/s02.2024.4926,,false,FEED
W218,Field measurements of wave runup in the Albury estuary,2021,ART,S11,10.55555/s11.2021.6637,,false,FEED
W219,Remote sensing of sensor calibration,2022,PPR,S05,10.55555/s05.2022.9710,W251,false,FEED
W220,Revisiting river plumes in tidal inlets,2021,ART,S09,10.55555/s09.2021.2494,,false,FEED
W221,A model of marsh accretion in mixed-energy coasts,2023,PPR,S14,10.55555/s14.2023.3805,,false,FEED
W222,Low-cost methods for harbour seiches,2023,ART,S07,10.55555/s07.2023.3997,,false,FEED
W223,Low-cost methods for tidal asymmetry in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.2080,,false,FEED
W224,Editorial: scaling laws for harbour seiches,2025,EDT,S09,10.55555/s09.2025.4466,,false,FEED
W225,Revisiting breaking waves in shallow channels,2025,ART,S09,10.55555/s09.2025.3393,,false,FEED
W226,Uncertainty in estuarine plumes estimates,2023,PPR,S05,10.55555/s05.2023.4761,W710,false,FEED
W227,Low-cost methods for estuarine plumes: a review,2020,REV,S01,10.55555/s01.2020.3822,,false,FEED
W228,Observations of coastal upwelling in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.1383,,false,FEED
W229,Observations of sensor calibration in a semi-enclosed sea,2023,ART,S06,10.55555/s06.2023.9154,,false,FEED
W230,Low-cost methods for wave runup,2024,ART,S03,10.55555/s03.2024.3582,,false,FEED
W232,A model of channel hydraulics,2019,ART,S06,10.55555/s06.2019.8227,,false,FEED
W233,A framework for seabed classification,2024,ART,S06,10.55555/s06.2024.5906,,false,FEED
W235,Scaling laws for coastal upwelling,2025,ART,S07,10.55555/s07.2025.4477,,false,FEED
W237,Field measurements of tidal asymmetry in the open shelf,2020,ART,S12,10.55555/s12.2020.2545,,false,FEED
W238,Observations of survey vessel autonomy in tidal inlets,2023,ART,S02,10.55555/s02.2023.9675,,false,FEED
W239,Observations of beach profiles in harbour basins,2019,ART,S10,10.55555/s10.2019.9025,,false,FEED
W240,Issue information,2025,PTX,S01,10.55555/s01.2025.5660,,false,FEED
W241,Seasonal variability in internal waves in a laboratory flume,2020,ART,S02,10.55555/s02.2020.1199,,false,FEED
W242,Remote sensing of estuarine salinity,2024,ART,S03,10.55555/s03.2024.5114,,false,FEED
W243,Field measurements of acoustic positioning in the open shelf,2019,ART,S02,10.55555/s02.2019.6029,,false,FEED
W246,Low-cost methods for wave runup in a semi-enclosed sea,2023,ART,S11,10.55555/s11.2023.8049,,false,FEED
W247,A framework for harbour seiches,2025,ART,S09,10.55555/s09.2025.8273,,false,FEED
W249,Observations of stratified flows in tidal inlets,2025,ART,S09,10.55555/s09.2025.1434,,false,FEED
W251,Remote sensing of sensor calibration,2023,ART,S02,10.55555/s02.2023.5427,,false,FEED
W252,Machine learning for beach profiles in the North Sea,2025,ART,S02,10.55555/s02.2025.2973,,false,FEED
W253,Field measurements of dune erosion in the North Sea,2025,ART,S07,10.55555/s07.2025.2883,,false,FEED
W254,Observations of storm surge in a laboratory flume,2023,ART,S12,10.55555/s12.2023.8407,,false,FEED
W255,Observations of sediment flux,2025,ART,S03,10.55555/s03.2025.4955,,false,FEED
W256,Machine learning for beach profiles: a review,2019,REV,S02,10.55555/s02.2019.6603,,false,FEED
W257,Uncertainty in dune erosion estimates in the North Sea,2023,ART,S07,10.55555/s07.2023.5247,,false,FEED
W258,A framework for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1248,,false,FEED
W259,A framework for estuarine salinity,2022,ART,S07,10.55555/s07.2022.4755,,false,FEED
W260,Remote sensing of stratified flows,2025,ART,S02,10.55555/s02.2025.7233,,false,FEED
W261,Field measurements of sediment flux in a semi-enclosed sea: a review,2023,REV,S08,10.55555/s08.2023.7081,,false,FEED
W262,Revisiting sensor calibration in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.3687,,false,FEED
W263,Low-cost methods for storm surge in shallow channels,2019,PPR,S05,10.55555/s05.2019.4392,W279,false,FEED
W264,Seasonal variability in tidal mixing in sandy coasts,2022,ART,S10,10.55555/s10.2022.1503,,false,FEED
W265,Remote sensing of coastal upwelling in tidal inlets,2025,ART,S08,10.55555/s08.2025.3453,,false,FEED
W266,Low-cost methods for wave boundary layers,2024,ART,S01,10.55555/s01.2024.3995,,false,FEED
W267,A framework for tidal mixing in the open shelf,2023,ART,S11,10.55555/s11.2023.8676,,false,FEED
W268,Remote sensing of turbulent wakes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.4471,,false,STG
W269,Low-cost methods for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1871,,false,FEED
W270,Revisiting turbulent wakes,2024,ART,S02,10.55555/s02.2024.5947,,false,FEED
W271,Editorial: battery endurance,2019,EDT,S01,10.55555/s01.2019.6724,,false,FEED
W272,Field measurements of marsh accretion in a semi-enclosed sea: a review,2025,REV,S11,10.55555/s11.2025.9074,,false,FEED
W273,Revisiting underwater docking in sandy coasts,2024,ART,S06,10.55555/s06.2024.7050,,false,FEED
W274,Remote sensing of harbour seiches,2024,ART,S11,10.55555/s11.2024.9547,,false,FEED
W275,Low-cost methods for marsh accretion in a macrotidal bay,2020,ART,S07,10.55555/s07.2020.5876,,false,FEED
W276,A model of dune erosion in the open shelf,2022,ART,S08,10.55555/s08.2022.2667,,false,FEED
W277,A model of marsh accretion in fjords: a review,2019,REV,S09,10.55555/s09.2019.7655,,false,FEED
W278,A model of sediment flux in the North Sea,2020,ART,S10,10.55555/s10.2020.2396,,false,FEED
W279,Low-cost methods for storm surge in shallow channels,2019,ART,S01,10.55555/s01.2019.1190,,false,FEED
W281,Field measurements of sediment resuspension,2021,ART,S03,10.55555/s03.2021.2574,,false,FEED
W282,A framework for bed shear stress,2025,ART,S01,10.55555/s01.2025.8575,,false,FEED
W284,Field measurements of sediment flux,2024,ART,S10,10.55555/s10.2024.6669,,false,FEED
W285,Long-term trends in tidal mixing,2023,ART,S11,10.55555/s11.2023.4596,,false,FEED
W286,Front matter,2022,PTX,S03,10.55555/s03.2022.9263,,false,FEED
W289,Revisiting tidal asymmetry in the open shelf,2022,ART,S09,10.55555/s09.2022.2616,,false,FEED
W291,Seasonal variability in dune erosion in the open shelf,2019,ART,S07,10.55555/s07.2019.7163,,false,FEED
W292,A model of underwater docking in the Albury estuary,2020,ART,S01,10.55555/s01.2020.6227,,false,FEED
W293,Low-cost methods for buoy telemetry,2023,ART,S02,10.55555/s02.2023.1027,,false,FEED
W294,A model of sediment flux,2019,ART,S06,10.55555/s06.2019.3962,,false,FEED
W296,Observations of sensor calibration,2019,ART,S02,10.55555/s02.2019.3432,,false,FEED
W297,A framework for estuarine plumes,2019,ART,S11,10.55555/s11.2019.7764,,false,FEED
W299,Remote sensing of marsh accretion in the Albury estuary,2024,ART,S12,10.55555/s12.2024.9010,,false,FEED
W300,A framework for vortex shedding,2025,ART,S03,10.55555/s03.2025.9744,,false,FEED
W301,A framework for wave boundary layers in shallow channels,2020,ART,S02,10.55555/s02.2020.2955,,false,FEED
W302,A framework for estuarine plumes in a laboratory flume,2024,ART,S11,10.55555/s11.2024.9681,,false,FEED
W303,A framework for tidal asymmetry in the Albury estuary,2020,ART,S03,10.55555/s03.2020.9436,,false,FEED
W304,Long-term trends in estuarine salinity in harbour basins,2024,ART,S01,10.55555/s01.2024.9643,,false,FEED
W305,Uncertainty in marsh accretion estimates in the Albury estuary,2023,ART,S09,10.55555/s09.2023.7844,,false,FEED
W306,Seasonal variability in sediment flux in the Brevin shelf,2023,PPR,S14,10.55555/s14.2023.5478,,false,FEED
W308,A model of ocean optics in the open shelf,2024,ART,S01,10.55555/s01.2024.4225,,false,FEED
W309,Scaling laws for vortex shedding,2019,ART,S10,10.55555/s10.2019.5629,,false,FEED
W310,Machine learning for tidal asymmetry in fjords,2025,ART,S11,10.55555/s11.2025.8764,,false,FEED
W312,Observations of estuarine plumes,2021,ART,S03,10.55555/s03.2021.8491,,false,FEED
W313,Uncertainty in turbidity sensing estimates in the Albury estuary,2021,ART,S04,10.55555/s04.2021.1580,,false,FEED
W314,Observations of seabed classification in the open shelf,2025,ART,S01,10.55555/s01.2025.2601,,false,FEED
W315,Seasonal variability in acoustic positioning,2024,ART,S11,10.55555/s11.2024.3037,,false,FEED
W317,A framework for beach profiles,2021,ART,S11,10.55555/s11.2021.2440,,false,FEED
W318,A framework for internal waves,2025,ART,S11,10.55555/s11.2025.1115,,false,FEED
W319,Revisiting seabed classification in shallow channels,2023,ART,S09,10.55555/s09.2023.4827,,false,FEED
W320,Field measurements of coastal upwelling in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.9420,,true,FEED
W321,Erratum: A model of breaking waves in the North Sea,2025,ERR,S03,10.55555/s03.2025.6357,,false,FEED
W322,A framework for fleet coordination,2019,PPR,S14,10.55555/s14.2019.9512,W453,false,FEED
W323,A model of wave runup in the Albury estuary,2020,ART,S10,10.55555/s10.2020.5947,,false,FEED
W324,A model of wave runup in sandy coasts,2019,ART,S12,10.55555/s12.2019.6638,,false,FEED
W325,Remote sensing of vortex shedding in the Wexcombe marshes,2023,ART,S04,10.55555/s04.2023.9647,,false,FEED
W326,Seasonal variability in tidal asymmetry in the North Sea,2020,ART,S10,10.55555/s10.2020.4586,,false,FEED
W329,Field measurements of channel hydraulics in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.8849,,false,STG
W330,Low-cost methods for dune erosion in the Wexcombe marshes,2025,ART,S09,10.55555/s09.2025.7821,,false,FEED
W331,Editorial: ocean optics,2019,EDT,S02,10.55555/s02.2019.4747,,false,FEED
W332,Scaling laws for marsh accretion in mixed-energy coasts,2022,ART,S11,10.55555/s11.2022.6992,,false,FEED
W333,Low-cost methods for tidal mixing,2024,ART,S01,10.55555/s01.2024.5072,,false,FEED
W334,A model of tidal asymmetry in a semi-enclosed sea,2023,ART,S09,10.55555/s09.2023.3033,,false,FEED
W335,Seasonal variability in dune erosion in tidal inlets,2022,ART,S09,10.55555/s09.2022.7815,,false,FEED
W336,Uncertainty in river plumes estimates in a semi-enclosed sea,2021,PPR,S14,10.55555/s14.2021.3671,,false,FEED
W337,Machine learning for acoustic positioning in the open shelf,2022,ART,S11,10.55555/s11.2022.6556,,false,FEED
W338,Seasonal variability in acoustic positioning in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.5509,,false,FEED
W339,Uncertainty in storm surge estimates in the North Sea,2022,ART,S10,10.55555/s10.2022.3624,,false,FEED
W341,Remote sensing of estuarine plumes,2020,ART,S03,10.55555/s03.2020.2906,,false,FEED
W342,Field measurements of stratified flows,2023,ART,S03,10.55555/s03.2023.8139,,false,FEED
W343,Revisiting battery endurance in the open shelf,2025,ART,S02,10.55555/s02.2025.5231,,false,FEED
W344,Machine learning for underwater docking in the Wexcombe marshes,2020,ART,S03,10.55555/s03.2020.4113,,false,FEED
W345,A framework for beach profiles in a macrotidal bay,2021,ART,S12,10.55555/s12.2021.9722,,false,FEED
W346,Revisiting sonar imaging in the Albury estuary,2019,ART,S11,10.55555/s11.2019.4207,,false,FEED
W348,Scaling laws for ocean optics in fjords,2021,ART,S11,10.55555/s11.2021.6494,,false,FEED
W349,Scaling laws for turbidity sensing in a laboratory flume,2024,ART,S01,10.55555/s01.2024.3743,,false,FEED
W350,Revisiting ocean optics,2023,ART,S03,10.55555/s03.2023.5242,,false,FEED
W352,Scaling laws for storm surge in the North Sea,2024,ART,S12,10.55555/s12.2024.1961,,false,FEED
W354,Scaling laws for wave runup in sandy coasts,2021,ART,S01,10.55555/s01.2021.9856,,false,FEED
W355,Scaling laws for wave boundary layers in the North Sea,2024,ART,S09,10.55555/s09.2024.5466,,false,FEED
W356,Long-term trends in underwater docking,2022,ART,S02,10.55555/s02.2022.3480,,false,FEED
W357,Observations of tidal mixing,2025,ART,S10,10.55555/s10.2025.5331,,false,FEED
W358,Scaling laws for tidal asymmetry,2024,ART,S08,10.55555/s08.2024.1604,,false,FEED
W359,Seasonal variability in sediment flux in the Wexcombe marshes,2022,ART,S01,10.55555/s01.2022.7873,,false,FEED
W361,A model of dune erosion,2019,ART,S01,10.55555/s01.2019.9767,,false,FEED
W362,A model of beach profiles in the North Sea,2022,ART,S08,10.55555/s08.2022.8115,,false,FEED
W365,Low-cost methods for channel hydraulics in a macrotidal bay,2021,ART,S03,10.55555/s03.2021.1932,,false,FEED
W366,Scaling laws for tidal mixing in harbour basins,2022,ART,S03,10.55555/s03.2022.2739,,false,FEED
W367,Low-cost methods for dune erosion in mixed-energy coasts,2022,ART,S02,10.55555/s02.2022.4438,,false,FEED
W368,Scaling laws for seabed classification in the Wexcombe marshes: a review,2023,REV,S02,10.55555/s02.2023.1556,,false,FEED
W369,Remote sensing of internal waves in shallow channels: a review,2019,REV,S11,10.55555/s11.2019.7258,,false,FEED
W370,Revisiting survey vessel autonomy in the Wexcombe marshes,2025,ART,S02,10.55555/s02.2025.5705,,false,FEED
W371,Editorial: a model of coastal upwelling in tidal inlets,2024,EDT,S10,10.55555/s10.2024.9940,,false,FEED
W372,A framework for channel hydraulics in fjords,2025,SUP,S02,10.55555/s02.2025.3633,,false,STG
W373,A framework for harbour seiches in a macrotidal bay: a review,2020,REV,S11,10.55555/s11.2020.1542,,false,FEED
W374,Machine learning for underwater docking in the open shelf,2023,ART,S02,10.55555/s02.2023.9914,,true,FEED
W376,Scaling laws for storm surge in a semi-enclosed sea,2024,ART,S10,10.55555/s10.2024.1001,,false,FEED
W377,Long-term trends in marsh accretion,2021,ART,S10,10.55555/s10.2021.9832,,false,FEED
W378,Seasonal variability in tidal asymmetry in mixed-energy coasts: a review,2024,REV,S02,10.55555/s02.2024.7988,,false,FEED
W380,A model of marsh accretion in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5051,,false,FEED
W382,Machine learning for river plumes in a semi-enclosed sea,2020,ART,S07,10.55555/s07.2020.9152,,false,FEED
W383,Field measurements of turbidity sensing: a review,2023,REV,S03,10.55555/s03.2023.3064,,false,FEED
W384,Machine learning for storm surge,2025,ART,S10,10.55555/s10.2025.3246,,false,FEED
W385,A model of fleet coordination in mixed-energy coasts: a review,2024,REV,S09,10.55555/s09.2024.8249,,false,FEED
W387,Uncertainty in internal waves estimates in the open shelf,2024,ART,S07,10.55555/s07.2024.2387,,false,FEED
W388,Observations of buoy telemetry in sandy coasts,2019,ART,S01,10.55555/s01.2019.9333,,false,FEED
W389,A framework for turbidity sensing in shallow channels,2025,ART,S04,10.55555/s04.2025.9599,,false,FEED
W390,A model of river plumes in the Brevin shelf,2022,ART,S03,10.55555/s03.2022.5366,,false,FEED
W392,Field measurements of internal waves in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.9626,,false,FEED
W393,Remote sensing of tidal asymmetry in the Wexcombe marshes,2023,ART,S11,10.55555/s11.2023.9629,,false,FEED
W396,Seasonal variability in battery endurance in the North Sea,2024,ART,S06,10.55555/s06.2024.8221,,false,FEED
W397,Scaling laws for acoustic positioning,2025,ART,S01,10.55555/s01.2025.9888,,false,STG
W398,Machine learning for internal waves in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6906,,false,FEED
W399,A model of marsh accretion in harbour basins,2019,ART,S09,10.55555/s09.2019.6768,,false,FEED
W400,Observations of glider navigation,2019,ART,S02,10.55555/s02.2019.4353,,false,FEED
W401,Long-term trends in wave boundary layers in tidal inlets,2019,ART,S10,10.55555/s10.2019.3057,,false,FEED
W402,Observations of wave runup in shallow channels,2019,ART,S03,10.55555/s03.2019.1468,,false,FEED
W403,Machine learning for marsh accretion in the Brevin shelf,2021,ART,S07,10.55555/s07.2021.5860,,false,FEED
W404,Machine learning for marsh accretion in harbour basins,2021,ART,S07,10.55555/s07.2021.4390,,false,FEED
W405,Field measurements of sediment resuspension in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.1348,,false,FEED
W406,Long-term trends in wave runup in a laboratory flume,2020,ART,S11,10.55555/s11.2020.2202,,false,FEED
W407,Low-cost methods for bed shear stress in fjords: a review,2023,PPR,S14,10.55555/s14.2023.2990,W1027,false,FEED
W408,A framework for coastal upwelling,2024,ART,S13,10.55555/s13.2024.7613,,false,FEED
W410,Low-cost methods for seabed classification in a semi-enclosed sea: a review,2020,REV,S03,10.55555/s03.2020.1868,,false,FEED
W411,Revisiting turbulent wakes in the Brevin shelf,2022,ART,S02,10.55555/s02.2022.5365,,true,FEED
W413,Seasonal variability in sensor calibration in a laboratory flume,2023,ART,S01,10.55555/s01.2023.4722,,false,FEED
W414,Uncertainty in tidal asymmetry estimates in the open shelf,2021,ART,S10,10.55555/s10.2021.1459,,false,FEED
W415,Uncertainty in sediment flux estimates in the Wexcombe marshes: a review,2019,REV,S09,10.55555/s09.2019.3837,,false,FEED
W416,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2020,PPR,S14,10.55555/s14.2020.9254,W640,false,FEED
W417,A model of turbulent wakes in harbour basins,2023,ART,S02,10.55555/s02.2023.8231,,false,FEED
W418,Editorial: dune erosion,2024,EDT,S02,10.55555/s02.2024.3216,,false,FEED
W419,Seasonal variability in vortex shedding,2024,ART,S02,10.55555/s02.2024.4676,,false,FEED
W420,Observations of coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.5603,,false,FEED
W421,Low-cost methods for breaking waves,2024,ART,S02,10.55555/s02.2024.8765,,false,FEED
W422,Remote sensing of coastal upwelling,2023,ART,S01,10.55555/s01.2023.4536,,false,FEED
W423,Seasonal variability in coastal upwelling in tidal inlets,2024,ART,S08,10.55555/s08.2024.1591,,false,FEED
W424,Revisiting marsh accretion in mixed-energy coasts: a review,2019,REV,S10,10.55555/s10.2019.2279,,false,FEED
W425,Uncertainty in sediment flux estimates,2020,ART,S02,10.55555/s02.2020.3211,,false,FEED
W426,Seasonal variability in beach profiles in a laboratory flume,2019,ART,S01,10.55555/s01.2019.7776,,false,FEED
W427,Low-cost methods for coastal upwelling in shallow channels,2023,ART,S09,10.55555/s09.2023.3984,,false,FEED
W428,Revisiting turbulent wakes in the open shelf,2022,ART,S03,10.55555/s03.2022.9134,,false,FEED
W430,Observations of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.3545,,false,FEED
W431,Editorial: revisiting dune erosion,2025,EDT,S11,10.55555/s11.2025.5917,,false,FEED
W432,Revisiting tidal asymmetry in tidal inlets,2023,PPR,S05,10.55555/s05.2023.4384,W879,false,FEED
W433,A model of sediment flux in sandy coasts,2023,ART,S09,10.55555/s09.2023.3506,,false,FEED
W434,Long-term trends in beach profiles in harbour basins,2025,ART,S02,10.55555/s02.2025.2778,,false,FEED
W435,Remote sensing of underwater docking in a macrotidal bay,2023,ART,S06,10.55555/s06.2023.1655,,false,FEED
W436,Low-cost methods for estuarine plumes in a laboratory flume,2024,ART,S01,10.55555/s01.2024.7230,,false,FEED
W437,Editorial: low-cost methods for beach profiles in shallow channels,2024,EDT,S08,10.55555/s08.2024.9419,,false,FEED
W438,Seasonal variability in ocean optics in the open shelf,2022,ART,S11,10.55555/s11.2022.9071,,false,FEED
W439,Seasonal variability in wave runup in the Wexcombe marshes,2022,ART,S09,10.55555/s09.2022.7279,,false,FEED
W440,Long-term trends in harbour seiches in fjords,2022,ART,S08,10.55555/s08.2022.7178,,false,FEED
W441,Observations of estuarine plumes in harbour basins,2023,ART,S11,10.55555/s11.2023.7309,,false,FEED
W442,Uncertainty in harbour seiches estimates in sandy coasts,2021,ART,S09,10.55555/s09.2021.9414,,false,FEED
W443,Field measurements of wave runup in a laboratory flume,2024,ART,S11,10.55555/s11.2024.4375,,false,FEED
W444,Low-cost methods for wave boundary layers in a laboratory flume,2019,ART,S03,10.55555/s03.2019.7273,,true,FEED
W445,A framework for wave runup,2021,SUP,S06,10.55555/s06.2021.8886,,false,FEED
W446,Remote sensing of dune erosion in a macrotidal bay: a review,2022,REV,S03,10.55555/s03.2022.2159,,false,FEED
W448,Remote sensing of coastal upwelling in the Albury estuary,2023,ART,S13,10.55555/s13.2023.7244,,false,FEED
W449,Machine learning for glider navigation,2022,ART,S04,10.55555/s04.2022.2709,,false,FEED
W450,Remote sensing of breaking waves in the Wexcombe marshes,2021,SUP,S02,10.55555/s02.2021.8894,,false,FEED
W451,Revisiting coastal upwelling in a laboratory flume: a review,2025,REV,S08,10.55555/s08.2025.2028,,false,FEED
W452,Field measurements of sonar imaging in shallow channels,2021,ART,S02,10.55555/s02.2021.6330,,false,FEED
W453,A framework for fleet coordination,2019,ART,S03,10.55555/s03.2019.3763,,false,FEED
W454,Long-term trends in vortex shedding,2021,ART,S02,10.55555/s02.2021.3382,,false,FEED
W455,Uncertainty in sonar imaging estimates in sandy coasts,2021,ART,S02,10.55555/s02.2021.6875,,false,FEED
W456,Uncertainty in wave runup estimates in shallow channels,2025,ART,S09,10.55555/s09.2025.3320,,false,FEED
W457,A framework for marsh accretion in shallow channels: a review,2020,REV,S10,10.55555/s10.2020.3260,,false,FEED
W458,Uncertainty in beach profiles estimates in a macrotidal bay,2019,ART,S08,10.55555/s08.2019.3618,,false,FEED
W459,Field measurements of harbour seiches,2021,ART,S06,10.55555/s06.2021.1885,,false,FEED
W460,Low-cost methods for sensor calibration,2022,PPR,S14,10.55555/s14.2022.8065,W496,false,FEED
W461,Long-term trends in sediment flux,2019,ART,S10,10.55555/s10.2019.3191,,false,FEED
W462,Machine learning for sediment flux in fjords,2021,ART,S06,10.55555/s06.2021.1053,,false,FEED
W463,Machine learning for battery endurance in tidal inlets,2023,ART,S03,10.55555/s03.2023.1013,,false,FEED
W464,A framework for turbidity sensing,2021,ART,S09,10.55555/s09.2021.3012,,false,FEED
W465,Long-term trends in buoy telemetry in a laboratory flume,2020,ART,S03,10.55555/s03.2020.7103,,false,FEED
W466,Long-term trends in beach profiles,2020,ART,S08,10.55555/s08.2020.3642,,false,FEED
W467,Remote sensing of harbour seiches in fjords: a review,2024,REV,S01,10.55555/s01.2024.6896,,false,FEED
W469,Uncertainty in wave runup estimates in tidal inlets: a review,2020,REV,S10,10.55555/s10.2020.2479,,false,FEED
W470,Uncertainty in tidal asymmetry estimates in a macrotidal bay,2022,ART,S08,10.55555/s08.2022.2679,,false,FEED
W471,Uncertainty in internal waves estimates in sandy coasts,2022,ART,S09,10.55555/s09.2022.1093,,false,FEED
W473,Field measurements of bed shear stress,2023,ART,S02,10.55555/s02.2023.8085,,false,FEED
W474,Long-term trends in ocean optics: a review,2023,REV,S01,10.55555/s01.2023.1515,,false,FEED
W475,Low-cost methods for beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.6309,,false,FEED
W476,Revisiting beach profiles,2021,ART,S01,10.55555/s01.2021.9653,,false,FEED
W477,Field measurements of channel hydraulics: a review,2024,REV,S06,10.55555/s06.2024.8162,,false,FEED
W478,Long-term trends in bed shear stress in a semi-enclosed sea,2019,ART,S01,10.55555/s01.2019.6241,,false,FEED
W479,Revisiting stratified flows: a review,2020,REV,S02,10.55555/s02.2020.2294,,false,FEED
W480,Editorial: ocean optics,2019,EDT,S03,10.55555/s03.2019.8946,,false,FEED
W481,Erratum: Machine learning for sensor calibration in a laboratory flume,2024,ERR,S09,10.55555/s09.2024.5830,,false,FEED
W483,Observations of marsh accretion in the Albury estuary,2019,ART,S12,10.55555/s12.2019.4182,,false,FEED
W484,Scaling laws for sediment flux in the Wexcombe marshes,2020,ART,S01,10.55555/s01.2020.2410,,false,FEED
W485,Revisiting tidal asymmetry in shallow channels,2021,ART,S07,10.55555/s07.2021.3628,,false,FEED
W486,Uncertainty in vortex shedding estimates in the Brevin shelf,2019,ART,S10,10.55555/s10.2019.2360,,false,FEED
W487,Remote sensing of wave runup in the open shelf,2024,ART,S11,10.55555/s11.2024.1631,,false,FEED
W488,A framework for turbulent wakes,2025,ART,S01,10.55555/s01.2025.9949,,false,STG
W489,Scaling laws for beach profiles in the Albury estuary,2020,ART,S11,10.55555/s11.2020.6314,,false,FEED
W491,Seasonal variability in wave runup in the open shelf,2020,ART,S12,10.55555/s12.2020.4218,,false,FEED
W492,Field measurements of estuarine salinity,2025,ART,S09,10.55555/s09.2025.1360,,false,FEED
W493,Low-cost methods for tidal asymmetry in harbour basins,2024,ART,S11,10.55555/s11.2024.9688,,false,FEED
W496,Low-cost methods for sensor calibration,2022,ART,S02,10.55555/s02.2022.3778,,false,FEED
W497,Remote sensing of vortex shedding in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3309,,false,FEED
W498,Remote sensing of wave runup in sandy coasts,2024,ART,S07,10.55555/s07.2024.6095,,false,FEED
W499,Long-term trends in turbidity sensing,2024,ART,S03,10.55555/s03.2024.1107,,false,FEED
W500,Machine learning for dune erosion,2019,ART,S03,10.55555/s03.2019.9740,,false,FEED
W501,Low-cost methods for glider navigation in the open shelf,2024,ART,S02,10.55555/s02.2024.5158,,false,FEED
W502,Field measurements of harbour seiches in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.4754,,false,FEED
W503,Observations of seabed classification in a macrotidal bay,2021,ART,S01,10.55555/s01.2021.5862,,false,FEED
W504,Field measurements of breaking waves,2024,ART,S03,10.55555/s03.2024.3799,,false,FEED
W505,Field measurements of storm surge in a laboratory flume,2024,ART,S10,10.55555/s10.2024.1506,,false,FEED
W506,Remote sensing of coastal upwelling,2022,PPR,S05,10.55555/s05.2022.7734,W422,false,FEED
W507,Observations of tidal asymmetry in shallow channels,2024,ART,S08,10.55555/s08.2024.9152,,false,FEED
W508,Observations of internal waves in mixed-energy coasts,2021,ART,S10,10.55555/s10.2021.4045,,false,FEED
W509,Uncertainty in harbour seiches estimates in fjords,2024,ART,S08,10.55555/s08.2024.3522,,false,FEED
W510,Field measurements of vortex shedding,2020,ART,S03,10.55555/s03.2020.3398,,false,FEED
W511,Revisiting tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1922,,false,FEED
W512,Long-term trends in estuarine salinity in the open shelf,2025,ART,S07,10.55555/s07.2025.6384,,false,FEED
W513,Field measurements of sonar imaging,2020,ART,S02,10.55555/s02.2020.5677,,false,FEED
W515,Machine learning for bed shear stress,2025,ART,S10,10.55555/s10.2025.3762,,false,FEED
W516,Long-term trends in tidal asymmetry in tidal inlets,2019,ART,S03,10.55555/s03.2019.2384,,false,FEED
W518,Long-term trends in turbulent wakes,2020,ART,S03,10.55555/s03.2020.3210,,false,FEED
W519,A framework for internal waves in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.3765,,false,FEED
W520,Low-cost methods for estuarine salinity in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3227,,true,FEED
W521,Observations of tidal asymmetry in the open shelf,2024,ART,S08,10.55555/s08.2024.6727,,false,FEED
W522,Observations of estuarine plumes,2020,PPR,S14,10.55555/s14.2020.4281,W312,false,FEED
W523,Seasonal variability in sensor calibration in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.2677,,false,FEED
W524,Field measurements of harbour seiches in the North Sea,2020,PPR,S05,10.55555/s05.2020.8964,W807,false,FEED
W525,A model of harbour seiches in the open shelf,2024,ART,S02,10.55555/s02.2024.9338,,false,FEED
W526,Long-term trends in storm surge in sandy coasts,2022,ART,S09,10.55555/s09.2022.9881,,false,FEED
W527,Remote sensing of glider navigation,2019,ART,S11,10.55555/s11.2019.6644,,false,FEED
W528,A framework for tidal mixing,2024,ART,S02,10.55555/s02.2024.7151,,false,FEED
W529,Field measurements of survey vessel autonomy in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.3901,,false,FEED
W530,A model of stratified flows in shallow channels,2021,SUP,S06,10.55555/s06.2021.7136,,false,FEED
W531,A framework for stratified flows in shallow channels,2023,ART,S01,10.55555/s01.2023.4752,,false,FEED
W532,Low-cost methods for estuarine salinity in harbour basins,2024,ART,S10,10.55555/s10.2024.2600,,false,FEED
W533,Long-term trends in internal waves in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3693,,false,FEED
W534,Uncertainty in wave runup estimates,2024,ART,S07,10.55555/s07.2024.1162,,false,FEED
W535,A framework for buoy telemetry in the Albury estuary,2025,ART,S01,10.55555/s01.2025.2827,,false,FEED
W536,Seasonal variability in estuarine salinity in the Albury estuary,2020,ART,S11,10.55555/s11.2020.3257,,false,FEED
W538,A framework for sediment flux in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.5964,,false,FEED
W539,A model of stratified flows,2022,ART,S06,10.55555/s06.2022.8112,,false,FEED
W540,Remote sensing of marsh accretion,2023,ART,S07,10.55555/s07.2023.6674,,false,FEED
W541,Scaling laws for dune erosion in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.7243,,false,FEED
W542,Revisiting wave runup in the open shelf,2021,ART,S11,10.55555/s11.2021.8032,,false,FEED
W544,A model of buoy telemetry in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.1370,,false,FEED
W545,Field measurements of beach profiles,2019,PPR,S14,10.55555/s14.2019.4307,W742,false,FEED
W546,Low-cost methods for sonar imaging,2025,ART,S10,10.55555/s10.2025.8889,,false,FEED
W547,Seasonal variability in internal waves,2021,ART,S11,10.55555/s11.2021.7504,,false,FEED
W548,Editorial: observations of tidal asymmetry in the North Sea,2021,EDT,S09,10.55555/s09.2021.1082,,false,FEED
W549,Observations of wave boundary layers,2024,ART,S11,10.55555/s11.2024.9406,,false,FEED
W550,Uncertainty in internal waves estimates in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.7387,,false,FEED
W551,A model of harbour seiches in the Wexcombe marshes,2022,ART,S11,10.55555/s11.2022.2998,,false,FEED
W552,Machine learning for coastal upwelling,2019,ART,S07,10.55555/s07.2019.6027,,false,FEED
W553,Field measurements of buoy telemetry in mixed-energy coasts,2022,ART,S03,10.55555/s03.2022.5263,,false,FEED
W554,Remote sensing of coastal upwelling in a macrotidal bay,2024,ART,S01,10.55555/s01.2024.2480,,false,FEED
W555,A model of underwater docking in a macrotidal bay,2020,ART,S09,10.55555/s09.2020.3444,,false,FEED
W556,Low-cost methods for marsh accretion,2019,PPR,S05,10.55555/s05.2019.3044,W1038,false,FEED
W557,Low-cost methods for underwater docking in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.3419,,false,FEED
W558,Field measurements of underwater docking in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.9898,,false,FEED
W559,Field measurements of storm surge in shallow channels,2022,ART,S11,10.55555/s11.2022.6814,,false,FEED
W560,Scaling laws for tidal asymmetry in mixed-energy coasts,2023,ART,S01,10.55555/s01.2023.4408,,false,FEED
W561,Front matter,2019,PTX,S06,10.55555/s06.2019.5973,,false,FEED
W562,Machine learning for marsh accretion in the open shelf,2019,ART,S08,10.55555/s08.2019.4214,,false,FEED
W563,Low-cost methods for estuarine plumes in the Wexcombe marshes,2021,ART,S01,10.55555/s01.2021.3599,,false,FEED
W564,Scaling laws for battery endurance in a semi-enclosed sea: a review,2022,REV,S01,10.55555/s01.2022.5208,,false,FEED
W565,Observations of beach profiles,2019,ART,S03,10.55555/s03.2019.7754,,false,FEED
W566,A model of wave runup,2023,PPR,S05,10.55555/s05.2023.9828,,false,FEED
W567,Seasonal variability in turbidity sensing,2025,ART,S04,10.55555/s04.2025.3600,,false,FEED
W568,Remote sensing of battery endurance in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.5300,,false,FEED
W569,A framework for fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9174,,false,STG
W570,Low-cost methods for dune erosion in tidal inlets: a review,2025,REV,S12,10.55555/s12.2025.5362,,false,FEED
W571,Uncertainty in harbour seiches estimates in a macrotidal bay,2024,ART,S02,10.55555/s02.2024.9329,,false,FEED
W572,Editorial: seasonal variability in estuarine salinity,2019,EDT,S10,10.55555/s10.2019.1114,,false,FEED
W573,Long-term trends in estuarine plumes in mixed-energy coasts,2025,REV,S01,10.55555/s01.2025.6255,,false,STG
W574,Revisiting stratified flows in sandy coasts,2020,ART,S02,10.55555/s02.2020.6413,,false,FEED
W575,Seasonal variability in coastal upwelling in fjords: a review,2023,REV,S12,10.55555/s12.2023.9271,,false,FEED
W576,Revisiting wave boundary layers in the North Sea,2021,ART,S03,10.55555/s03.2021.2183,,false,FEED
W578,Seasonal variability in vortex shedding in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.9801,,false,FEED
W579,Machine learning for coastal upwelling in tidal inlets,2020,ART,S12,10.55555/s12.2020.6217,,false,FEED
W580,Remote sensing of harbour seiches in the North Sea,2020,ART,S10,10.55555/s10.2020.2185,,false,FEED
W581,Seasonal variability in sediment flux in a semi-enclosed sea,2023,ART,S10,10.55555/s10.2023.2333,,false,FEED
W582,Field measurements of sediment resuspension in a semi-enclosed sea,2025,ART,S03,10.55555/s03.2025.3135,,false,STG
W583,Long-term trends in dune erosion in tidal inlets,2019,ART,S10,10.55555/s10.2019.7508,,false,FEED
W584,Uncertainty in dune erosion estimates in a semi-enclosed sea,2019,ART,S11,10.55555/s11.2019.4594,,false,FEED
W585,Revisiting battery endurance,2024,ART,S10,10.55555/s10.2024.2511,,false,FEED
W586,Long-term trends in tidal mixing in the open shelf,2025,ART,S02,10.55555/s02.2025.8404,,false,FEED
W587,A framework for harbour seiches in harbour basins,2021,ART,S08,10.55555/s08.2021.1158,,false,FEED
W588,Remote sensing of buoy telemetry,2019,ART,S01,10.55555/s01.2019.1349,,false,FEED
W589,Observations of breaking waves,2020,ART,S11,10.55555/s11.2020.7529,,false,FEED
W590,Front matter,2020,PTX,S02,10.55555/s02.2020.6031,,false,FEED
W592,Remote sensing of estuarine plumes in the Brevin shelf,2025,ART,S03,10.55555/s03.2025.4283,,false,FEED
W593,Seasonal variability in storm surge in sandy coasts: a review,2019,REV,S12,10.55555/s12.2019.6314,,false,FEED
W594,Observations of survey vessel autonomy,2025,ART,S03,10.55555/s03.2025.7998,,false,FEED
W595,Field measurements of stratified flows in a laboratory flume,2024,ART,S11,10.55555/s11.2024.2105,,false,FEED
W598,Revisiting underwater docking in a laboratory flume,2024,ART,S10,10.55555/s10.2024.5249,,false,FEED
W599,Uncertainty in sediment resuspension estimates in the open shelf: a review,2019,REV,S01,10.55555/s01.2019.3968,,false,FEED
W601,Long-term trends in coastal upwelling in a macrotidal bay: a review,2021,REV,S12,10.55555/s12.2021.7790,,false,FEED
W602,Remote sensing of sonar imaging in fjords,2023,ART,S03,10.55555/s03.2023.9987,,false,FEED
W603,Remote sensing of sediment resuspension in shallow channels,2025,ART,S02,10.55555/s02.2025.7119,,false,FEED
W605,Long-term trends in harbour seiches in the Brevin shelf,2019,ART,S03,10.55555/s03.2019.5358,,false,FEED
W606,Scaling laws for beach profiles,2023,ART,S06,10.55555/s06.2023.5454,,false,FEED
W607,Scaling laws for beach profiles in shallow channels,2023,ART,S10,10.55555/s10.2023.4816,,false,FEED
W608,A model of fleet coordination,2020,ART,S01,10.55555/s01.2020.6430,,false,FEED
W609,Machine learning for internal waves in the open shelf,2025,ART,S08,10.55555/s08.2025.8476,,false,FEED
W610,Scaling laws for estuarine plumes in the open shelf,2025,ART,S02,10.55555/s02.2025.5434,,false,STG
W611,A framework for wave boundary layers in shallow channels,2019,PPR,S05,10.55555/s05.2019.5980,W301,false,FEED
W612,A model of survey vessel autonomy in mixed-energy coasts,2023,PPR,S05,10.55555/s05.2023.6455,W869,false,FEED
W613,A model of dune erosion in mixed-energy coasts,2019,ART,S06,10.55555/s06.2019.4535,,false,FEED
W614,Field measurements of marsh accretion in sandy coasts,2023,ART,S10,10.55555/s10.2023.9974,,false,FEED
W615,Low-cost methods for marsh accretion in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3753,,false,FEED
W616,Low-cost methods for storm surge in harbour basins,2020,ART,S11,10.55555/s11.2020.9974,,false,FEED
W617,Scaling laws for dune erosion,2025,ART,S03,10.55555/s03.2025.9852,,false,FEED
W618,Low-cost methods for beach profiles in tidal inlets,2021,ART,S13,10.55555/s13.2021.8504,,false,FEED
W619,Seasonal variability in tidal asymmetry in sandy coasts,2022,ART,S07,10.55555/s07.2022.5383,,false,FEED
W620,Revisiting river plumes in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.1747,,false,FEED
W621,Seasonal variability in turbulent wakes,2025,ART,S02,10.55555/s02.2025.2554,,false,FEED
W623,Revisiting wave runup,2020,ART,S09,10.55555/s09.2020.3090,,false,FEED
W624,Low-cost methods for stratified flows in the Albury estuary,2024,ART,S03,10.55555/s03.2024.1326,,false,FEED
W625,Uncertainty in wave boundary layers estimates in fjords,2023,ART,S03,10.55555/s03.2023.8000,,false,FEED
W626,Editorial: beach profiles,2019,EDT,S02,10.55555/s02.2019.6520,,false,FEED
W627,Scaling laws for wave runup in the open shelf,2021,ART,S09,10.55555/s09.2021.1628,,false,FEED
W628,A framework for tidal asymmetry in the open shelf,2021,ART,S12,10.55555/s12.2021.3010,,false,FEED
W629,Low-cost methods for river plumes,2023,ART,S08,10.55555/s08.2023.1974,,false,FEED
W630,Machine learning for estuarine salinity in the North Sea,2019,ART,S09,10.55555/s09.2019.8821,,false,FEED
W631,Low-cost methods for sediment flux,2024,ART,S01,10.55555/s01.2024.1273,,false,FEED
W632,A framework for sediment flux,2025,ART,S03,10.55555/s03.2025.4934,,false,FEED
W633,Long-term trends in breaking waves in sandy coasts,2025,ART,S03,10.55555/s03.2025.8607,,false,FEED
W635,Scaling laws for internal waves,2021,ART,S09,10.55555/s09.2021.7986,,false,FEED
W636,Machine learning for internal waves in the North Sea,2022,ART,S09,10.55555/s09.2022.2840,,false,FEED
W637,Editorial: a model of river plumes in the Albury estuary,2024,EDT,S12,10.55555/s12.2024.2287,,false,FEED
W638,Uncertainty in marsh accretion estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.4497,,false,FEED
W639,Seasonal variability in channel hydraulics in the North Sea,2019,SUP,S02,10.55555/s02.2019.5404,,false,FEED
W640,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2021,ART,S02,10.55555/s02.2021.1205,,false,FEED
W641,A model of beach profiles,2023,ART,S11,10.55555/s11.2023.2011,,false,FEED
W642,Remote sensing of wave runup in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.9684,,false,FEED
W643,Uncertainty in estuarine plumes estimates in tidal inlets,2022,ART,S03,10.55555/s03.2022.7484,,false,FEED
W644,Long-term trends in marsh accretion in fjords,2025,ART,S09,10.55555/s09.2025.2662,,false,FEED
W645,A framework for wave runup in mixed-energy coasts: a review,2024,REV,S08,10.55555/s08.2024.7416,,false,FEED
W646,Scaling laws for internal waves in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.6121,,false,FEED
W648,A framework for dune erosion in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.9298,,false,FEED
W649,Remote sensing of tidal asymmetry,2021,ART,S11,10.55555/s11.2021.3654,,false,FEED
W650,Field measurements of wave runup in a macrotidal bay,2024,ART,S12,10.55555/s12.2024.3957,,false,FEED
W651,A framework for breaking waves in harbour basins,2019,ART,S03,10.55555/s03.2019.6678,,false,FEED
W652,Revisiting internal waves in a semi-enclosed sea,2025,ART,S12,10.55555/s12.2025.3292,,false,FEED
W654,A framework for estuarine plumes in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.3834,,false,FEED
W655,Seasonal variability in harbour seiches in a macrotidal bay,2020,ART,S10,10.55555/s10.2020.9455,,false,FEED
W656,Scaling laws for river plumes,2020,ART,S02,10.55555/s02.2020.6712,,false,FEED
W657,Long-term trends in glider navigation,2024,ART,S09,10.55555/s09.2024.6062,,false,FEED
W659,Uncertainty in glider navigation estimates,2023,ART,S10,10.55555/s10.2023.6589,,false,FEED
W660,A framework for buoy telemetry in a macrotidal bay,2022,ART,S01,10.55555/s01.2022.2312,,false,FEED
W661,Revisiting turbidity sensing in the Albury estuary,2024,ART,S02,10.55555/s02.2024.5331,,false,FEED
W662,Observations of marsh accretion,2024,ART,S11,10.55555/s11.2024.9264,,false,FEED
W663,A framework for turbidity sensing,2021,PPR,S14,10.55555/s14.2021.4360,W464,false,FEED
W664,Machine learning for estuarine salinity in the Wexcombe marshes,2020,ART,S02,10.55555/s02.2020.7019,,false,FEED
W665,Uncertainty in wave boundary layers estimates,2019,ART,S03,10.55555/s03.2019.9852,,false,FEED
W666,Field measurements of tidal asymmetry: a review,2023,REV,S09,10.55555/s09.2023.6905,,false,FEED
W667,A model of internal waves in harbour basins,2023,ART,S07,10.55555/s07.2023.6431,,false,FEED
W668,Field measurements of wave runup,2021,ART,S10,10.55555/s10.2021.2689,,false,FEED
W669,Machine learning for river plumes in fjords,2023,ART,S11,10.55555/s11.2023.5633,,false,FEED
W670,Low-cost methods for river plumes in fjords,2025,ART,S03,10.55555/s03.2025.4572,,false,FEED
W671,Seasonal variability in beach profiles,2022,ART,S03,10.55555/s03.2022.3200,,false,FEED
W672,Machine learning for estuarine salinity in a macrotidal bay,2019,ART,S11,10.55555/s11.2019.9549,,false,FEED
W673,A model of seabed classification in harbour basins,2025,ART,S06,10.55555/s06.2025.2155,,false,FEED
W674,Foreword: stratified flows,2022,EDT,S06,10.55555/s06.2022.6198,,false,FEED
W675,Seasonal variability in tidal mixing,2024,ART,S01,10.55555/s01.2024.8449,,false,FEED
W676,Low-cost methods for turbidity sensing,2025,ART,S02,10.55555/s02.2025.6159,,false,FEED
W678,Remote sensing of wave runup in fjords,2020,ART,S01,10.55555/s01.2020.5400,,false,FEED
W679,Remote sensing of battery endurance in tidal inlets,2024,ART,S01,10.55555/s01.2024.5950,,false,FEED
W680,Seasonal variability in breaking waves,2025,REV,S02,10.55555/s02.2025.4880,,false,STG
W681,Field measurements of fleet coordination,2019,ART,S03,10.55555/s03.2019.5212,,false,FEED
W682,Long-term trends in battery endurance,2025,ART,S01,10.55555/s01.2025.3617,,false,FEED
W683,Long-term trends in river plumes in a semi-enclosed sea,2024,ART,S07,10.55555/s07.2024.2985,,false,FEED
W684,Field measurements of dune erosion in tidal inlets,2024,ART,S03,10.55555/s03.2024.1442,,false,FEED
W685,Low-cost methods for dune erosion in the Brevin shelf,2023,ART,S09,10.55555/s09.2023.2998,,false,FEED
W686,Field measurements of wave boundary layers in shallow channels,2022,ART,S03,10.55555/s03.2022.5808,,false,FEED
W688,A model of internal waves in mixed-energy coasts,2025,ART,S10,10.55555/s10.2025.3631,,false,FEED
W690,Observations of turbidity sensing,2023,ART,S02,10.55555/s02.2023.4143,,false,FEED
W691,Uncertainty in turbidity sensing estimates,2023,ART,S11,10.55555/s11.2023.5638,,false,FEED
W692,Low-cost methods for storm surge in a semi-enclosed sea,2020,ART,S12,10.55555/s12.2020.7316,,false,FEED
W693,A framework for wave boundary layers in tidal inlets,2025,ART,S01,10.55555/s01.2025.4141,,true,FEED
W696,Scaling laws for tidal mixing,2019,ART,S06,10.55555/s06.2019.7374,,false,FEED
W697,Observations of vortex shedding,2019,ART,S03,10.55555/s03.2019.2721,,false,FEED
W699,Seasonal variability in sediment flux in mixed-energy coasts,2023,ART,S09,10.55555/s09.2023.6292,,false,FEED
W700,Observations of stratified flows,2025,ART,S03,10.55555/s03.2025.3995,,false,STG
W702,Revisiting marsh accretion,2022,ART,S03,10.55555/s03.2022.5477,,false,FEED
W703,Field measurements of estuarine salinity in the open shelf,2025,ART,S10,10.55555/s10.2025.9900,,false,FEED
W704,Uncertainty in river plumes estimates,2024,ART,S09,10.55555/s09.2024.9163,,false,FEED
W705,Seasonal variability in turbulent wakes in a semi-enclosed sea,2024,ART,S02,10.55555/s02.2024.4059,,false,FEED
W706,Machine learning for sediment flux in the Brevin shelf,2024,REV,S04,10.55555/s04.2024.7328,,false,FEED
W707,Machine learning for channel hydraulics in sandy coasts,2019,ART,S02,10.55555/s02.2019.9758,,false,FEED
W709,Field measurements of estuarine salinity in sandy coasts,2025,ART,S12,10.55555/s12.2025.1295,,false,FEED
W710,Uncertainty in estuarine plumes estimates,2023,ART,S02,10.55555/s02.2023.6237,,false,FEED
W711,Remote sensing of glider navigation in mixed-energy coasts,2025,ART,S02,10.55555/s02.2025.9323,,false,FEED
W713,A model of internal waves in tidal inlets,2019,ART,S09,10.55555/s09.2019.4556,,false,FEED
W714,Low-cost methods for wave boundary layers in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9707,,false,STG
W715,Field measurements of dune erosion,2021,ART,S02,10.55555/s02.2021.7835,,false,FEED
W716,A framework for river plumes,2020,ART,S06,10.55555/s06.2020.3784,,false,FEED
W718,Uncertainty in marsh accretion estimates in the North Sea: a review,2024,REV,S09,10.55555/s09.2024.8260,,false,FEED
W719,Editorial: long-term trends in wave runup,2025,EDT,S07,10.55555/s07.2025.8025,,false,FEED
W720,Revisiting tidal mixing,2019,ART,S01,10.55555/s01.2019.2517,,false,FEED
W721,Field measurements of wave runup in sandy coasts,2024,ART,S02,10.55555/s02.2024.3360,,false,FEED
W722,Long-term trends in river plumes: a review,2020,REV,S09,10.55555/s09.2020.9978,,false,FEED
W723,A model of vortex shedding in tidal inlets,2020,ART,S03,10.55555/s03.2020.3636,,false,FEED
W724,Revisiting dune erosion in harbour basins,2020,ART,S07,10.55555/s07.2020.4604,,false,FEED
W725,Remote sensing of marsh accretion in shallow channels,2022,ART,S06,10.55555/s06.2022.9264,,false,FEED
W726,Remote sensing of storm surge in the Brevin shelf: a review,2020,REV,S10,10.55555/s10.2020.5895,,false,FEED
W727,Field measurements of breaking waves in the Brevin shelf,2022,ART,S01,10.55555/s01.2022.9629,,false,FEED
W728,Uncertainty in wave boundary layers estimates,2019,PPR,S05,10.55555/s05.2019.7711,W665,false,FEED
W729,Uncertainty in wave runup estimates in a macrotidal bay: a review,2024,REV,S11,10.55555/s11.2024.7189,,false,FEED
W730,A framework for tidal asymmetry in the Albury estuary,2020,PPR,S05,10.55555/s05.2020.4764,W303,false,FEED
W731,Long-term trends in river plumes in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.5231,,false,FEED
W732,Long-term trends in coastal upwelling in a laboratory flume,2024,ART,S08,10.55555/s08.2024.7170,,false,FEED
W733,Remote sensing of estuarine plumes in mixed-energy coasts,2019,ART,S01,10.55555/s01.2019.7106,,false,FEED
W734,Uncertainty in turbulent wakes estimates in sandy coasts,2025,SUP,S03,10.55555/s03.2025.2334,,false,STG
W735,Low-cost methods for dune erosion in shallow channels,2020,ART,S07,10.55555/s07.2020.8623,,false,FEED
W736,Low-cost methods for beach profiles,2024,ART,S11,10.55555/s11.2024.5981,,false,FEED
W737,A model of stratified flows in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.2479,,false,FEED
W738,A framework for turbulent wakes in a laboratory flume,2022,ART,S02,10.55555/s02.2022.5805,,false,FEED
W739,Field measurements of estuarine salinity in a laboratory flume: a review,2019,REV,S11,10.55555/s11.2019.2297,,false,FEED
W740,Observations of marsh accretion in the open shelf,2020,ART,S07,10.55555/s07.2020.4709,,false,FEED
W741,Uncertainty in coastal upwelling estimates,2021,ART,S10,10.55555/s10.2021.3357,,false,FEED
W742,Field measurements of beach profiles,2019,ART,S11,10.55555/s11.2019.1296,,false,FEED
W744,Remote sensing of wave boundary layers,2024,ART,S01,10.55555/s01.2024.8528,,false,FEED
W745,A model of sonar imaging in the Brevin shelf,2020,PPR,S05,10.55555/s05.2020.3478,,false,FEED
W747,Observations of river plumes,2024,PPR,S14,10.55555/s14.2024.1295,,false,FEED
W748,Revisiting battery endurance in the Brevin shelf,2024,ART,S11,10.55555/s11.2024.6265,,false,FEED
W749,Field measurements of marsh accretion: a review,2019,REV,S02,10.55555/s02.2019.3932,,false,FEED
W750,Long-term trends in coastal upwelling,2023,ART,S03,10.55555/s03.2023.6676,,false,FEED
W751,Editorial: sensor calibration,2020,EDT,S03,10.55555/s03.2020.2526,,false,FEED
W752,A framework for internal waves in the Albury estuary,2020,ART,S08,10.55555/s08.2020.6465,,false,FEED
W753,Field measurements of survey vessel autonomy in the Wexcombe marshes,2021,ART,S13,10.55555/s13.2021.5183,,false,FEED
W754,Table of contents,2022,PTX,S01,10.55555/s01.2022.1269,,false,FEED
W755,Machine learning for turbidity sensing in shallow channels,2019,ART,S03,10.55555/s03.2019.4685,,false,FEED
W756,Editorial: low-cost methods for marsh accretion in tidal inlets,2020,EDT,S08,10.55555/s08.2020.8771,,false,FEED
W757,Machine learning for tidal asymmetry in tidal inlets,2023,ART,S12,10.55555/s12.2023.7538,,false,FEED
W758,Low-cost methods for glider navigation in harbour basins: a review,2019,REV,S03,10.55555/s03.2019.1424,,false,FEED
W760,Seasonal variability in marsh accretion in fjords,2025,ART,S11,10.55555/s11.2025.2068,,false,FEED
W761,Long-term trends in battery endurance in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.4054,,false,FEED
W762,Seasonal variability in buoy telemetry in the Albury estuary,2024,ART,S10,10.55555/s10.2024.1283,,false,FEED
W763,A model of glider navigation in a macrotidal bay,2024,ART,S13,10.55555/s13.2024.5312,,false,FEED
W764,Long-term trends in harbour seiches in the Albury estuary,2022,ART,S01,10.55555/s01.2022.9782,,false,FEED
W765,Field measurements of storm surge in harbour basins,2025,ART,S10,10.55555/s10.2025.2383,,false,FEED
W766,Erratum: A model of fleet coordination in mixed-energy coasts: a review,2025,ERR,S09,10.55555/s09.2025.9163,,false,FEED
W768,A model of marsh accretion in the Wexcombe marshes,2020,ART,S11,10.55555/s11.2020.5522,,false,FEED
W769,Scaling laws for estuarine salinity: a review,2020,REV,S10,10.55555/s10.2020.4442,,false,FEED
W770,Machine learning for coastal upwelling in the open shelf,2019,ART,S11,10.55555/s11.2019.6039,,false,FEED
W771,Seasonal variability in tidal mixing in tidal inlets: a review,2019,REV,S02,10.55555/s02.2019.3528,,false,FEED
W772,Field measurements of river plumes,2019,ART,S09,10.55555/s09.2019.2828,,false,FEED
W773,Revisiting estuarine salinity in shallow channels,2022,ART,S11,10.55555/s11.2022.7610,,false,FEED
W774,Seasonal variability in glider navigation,2024,ART,S01,10.55555/s01.2024.4977,,false,FEED
W775,Machine learning for storm surge in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.7997,,false,FEED
W776,Low-cost methods for harbour seiches in a semi-enclosed sea: a review,2022,REV,S10,10.55555/s10.2022.2098,,false,FEED
W777,Machine learning for turbulent wakes,2023,ART,S01,10.55555/s01.2023.2466,,false,FEED
W778,Long-term trends in sonar imaging,2023,ART,S13,10.55555/s13.2023.7910,,false,FEED
W779,Scaling laws for estuarine plumes in a semi-enclosed sea: a review,2021,REV,S02,10.55555/s02.2021.8337,,false,FEED
W780,Long-term trends in ocean optics in sandy coasts,2019,PPR,S05,10.55555/s05.2019.6565,,false,FEED
W781,Field measurements of turbidity sensing in the Wexcombe marshes,2025,PPR,S05,10.55555/s05.2025.9755,,false,FEED
W782,Long-term trends in storm surge,2020,ART,S11,10.55555/s11.2020.2195,,false,FEED
W783,A framework for stratified flows in harbour basins,2024,ART,S11,10.55555/s11.2024.9909,,false,FEED
W784,Remote sensing of beach profiles in the Albury estuary,2021,ART,S12,10.55555/s12.2021.2613,,false,FEED
W785,A framework for river plumes in fjords: a review,2020,REV,S09,10.55555/s09.2020.9788,,false,FEED
W786,Editorial: observations of storm surge in fjords,2020,EDT,S08,10.55555/s08.2020.6266,,false,FEED
W787,Long-term trends in battery endurance in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.7188,,false,FEED
W788,Seasonal variability in wave boundary layers,2025,ART,S02,10.55555/s02.2025.6486,,false,FEED
W789,Field measurements of tidal mixing,2022,ART,S09,10.55555/s09.2022.9918,,false,FEED
W790,Seasonal variability in breaking waves in a macrotidal bay,2020,ART,S03,10.55555/s03.2020.7464,,false,FEED
W791,Scaling laws for turbulent wakes in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.7741,,false,FEED
W792,Scaling laws for harbour seiches in the North Sea,2023,ART,S06,10.55555/s06.2023.3994,,false,FEED
W793,A model of stratified flows in sandy coasts,2023,SUP,S06,10.55555/s06.2023.7202,,false,FEED
W794,Revisiting internal waves in tidal inlets,2025,ART,S10,10.55555/s10.2025.3411,,false,FEED
W795,Field measurements of coastal upwelling in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.3340,,false,FEED
W797,Revisiting marsh accretion in shallow channels,2021,ART,S11,10.55555/s11.2021.8578,,false,FEED
W798,Long-term trends in channel hydraulics,2023,ART,S02,10.55555/s02.2023.9344,,false,FEED
W799,A framework for coastal upwelling in the North Sea,2022,ART,S01,10.55555/s01.2022.1570,,false,FEED
W800,A model of tidal mixing in the open shelf,2025,SUP,S06,10.55555/s06.2025.5723,,false,FEED
W801,Observations of seabed classification,2022,ART,S03,10.55555/s03.2022.2362,,false,FEED
W802,Observations of estuarine plumes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8136,,false,STG
W803,Long-term trends in breaking waves,2023,SUP,S06,10.55555/s06.2023.2454,,false,FEED
W804,Long-term trends in harbour seiches,2020,ART,S12,10.55555/s12.2020.9370,,false,FEED
W806,Uncertainty in tidal mixing estimates in sandy coasts,2019,ART,S03,10.55555/s03.2019.2298,,false,FEED
W807,Field measurements of harbour seiches in the North Sea,2020,ART,S03,10.55555/s03.2020.7376,,false,FEED
W808,Uncertainty in beach profiles estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.2786,,false,FEED
W809,Revisiting coastal upwelling,2022,ART,S11,10.55555/s11.2022.4289,,false,FEED
W810,Erratum: Uncertainty in internal waves estimates in the North Sea,2025,ERR,S02,10.55555/s02.2025.6696,,false,FEED
W811,A model of buoy telemetry in the Wexcombe marshes,2022,ART,S03,10.55555/s03.2022.2784,,false,FEED
W812,Low-cost methods for buoy telemetry in the open shelf,2024,ART,S10,10.55555/s10.2024.5642,,false,FEED
W813,Erratum: Remote sensing of buoy telemetry in fjords,2025,ERR,S02,10.55555/s02.2025.2143,,false,FEED
W814,Long-term trends in estuarine salinity in the Wexcombe marshes: a review,2025,REV,S07,10.55555/s07.2025.4609,,false,FEED
W815,Low-cost methods for internal waves in fjords,2022,ART,S03,10.55555/s03.2022.7036,,false,FEED
W816,Low-cost methods for sediment flux in a laboratory flume,2020,ART,S07,10.55555/s07.2020.5801,,false,FEED
W817,Remote sensing of survey vessel autonomy in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.6290,,false,FEED
W818,Field measurements of beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.2786,,false,FEED
W819,Machine learning for wave boundary layers in the open shelf,2025,SUP,S02,10.55555/s02.2025.9700,,false,STG
W820,Long-term trends in tidal asymmetry: a review,2019,REV,S11,10.55555/s11.2019.3624,,false,FEED
W821,Low-cost methods for beach profiles in mixed-energy coasts,2023,ART,S06,10.55555/s06.2023.3335,,false,FEED
W822,A framework for tidal asymmetry in the Brevin shelf,2021,ART,S09,10.55555/s09.2021.7143,,false,FEED
W823,Uncertainty in marsh accretion estimates in mixed-energy coasts,2019,ART,S10,10.55555/s10.2019.9455,,false,FEED
W824,A framework for sonar imaging,2022,PPR,S14,10.55555/s14.2022.5570,,false,FEED
W825,Front matter,2023,PTX,S06,10.55555/s06.2023.9210,,false,FEED
W826,Revisiting wave runup in tidal inlets,2022,ART,S09,10.55555/s09.2022.2879,,false,FEED
W827,Long-term trends in survey vessel autonomy in tidal inlets,2022,ART,S11,10.55555/s11.2022.6278,,false,FEED
W828,A framework for internal waves in the open shelf,2024,ART,S09,10.55555/s09.2024.5979,,false,FEED
W829,Observations of fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.5136,,false,FEED
W830,Scaling laws for turbulent wakes in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.3894,,false,FEED
W831,Revisiting battery endurance in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.3877,,false,FEED
W832,Revisiting breaking waves,2021,ART,S10,10.55555/s10.2021.3252,,false,FEED
W833,Observations of fleet coordination in the Albury estuary,2024,ART,S03,10.55555/s03.2024.2508,,false,FEED
W834,Low-cost methods for battery endurance,2023,ART,S13,10.55555/s13.2023.4105,,false,FEED
W835,A model of marsh accretion,2020,ART,S09,10.55555/s09.2020.7114,,false,FEED
W836,Scaling laws for wave runup in harbour basins: a review,2020,REV,S07,10.55555/s07.2020.4614,,false,FEED
W837,Long-term trends in bed shear stress in sandy coasts,2025,ART,S03,10.55555/s03.2025.8651,,true,FEED
W838,Remote sensing of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.7832,,false,FEED
W840,A model of ocean optics in the Wexcombe marshes: a review,2025,REV,S11,10.55555/s11.2025.7868,,false,FEED
W842,Uncertainty in internal waves estimates,2024,ART,S02,10.55555/s02.2024.9901,,false,FEED
W843,A framework for ocean optics in the Albury estuary,2023,ART,S02,10.55555/s02.2023.2459,,false,FEED
W844,A framework for seabed classification in fjords,2025,ART,S01,10.55555/s01.2025.4503,,false,STG
W845,Low-cost methods for storm surge in a laboratory flume: a review,2022,REV,S11,10.55555/s11.2022.1648,,false,FEED
W846,Revisiting acoustic positioning in the Wexcombe marshes,2024,ART,S03,10.55555/s03.2024.1652,,false,FEED
W847,Observations of wave runup in mixed-energy coasts,2022,ART,S12,10.55555/s12.2022.3379,,false,FEED
W848,Machine learning for wave runup,2021,ART,S02,10.55555/s02.2021.2822,,false,FEED
W849,Revisiting glider navigation,2020,ART,S04,10.55555/s04.2020.2969,,false,FEED
W850,Long-term trends in stratified flows in the North Sea,2025,ART,S10,10.55555/s10.2025.7663,,false,FEED
W851,Uncertainty in dune erosion estimates,2023,ART,S09,10.55555/s09.2023.4367,,false,FEED
W852,Scaling laws for bed shear stress in the Brevin shelf,2020,ART,S01,10.55555/s01.2020.9443,,true,FEED
W853,Seasonal variability in estuarine plumes,2024,ART,S06,10.55555/s06.2024.3708,,false,FEED
W854,Uncertainty in internal waves estimates in the North Sea,2024,ART,S02,10.55555/s02.2024.1640,,false,FEED
W855,Uncertainty in vortex shedding estimates in the open shelf,2021,ART,S01,10.55555/s01.2021.4438,,false,FEED
W856,Observations of estuarine salinity in tidal inlets,2024,ART,S10,10.55555/s10.2024.9567,,false,FEED
W857,Long-term trends in glider navigation in the North Sea: a review,2020,REV,S06,10.55555/s06.2020.7330,,false,FEED
W858,A model of dune erosion in sandy coasts,2019,ART,S12,10.55555/s12.2019.1831,,false,FEED
W859,Scaling laws for sediment flux in the North Sea: a review,2023,REV,S09,10.55555/s09.2023.2558,,false,FEED
W860,Machine learning for sediment flux in the Wexcombe marshes: a review,2020,REV,S01,10.55555/s01.2020.9597,,false,FEED
W861,Observations of storm surge in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.9911,,false,FEED
W862,Revisiting harbour seiches in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.4237,,false,FEED
W863,Uncertainty in harbour seiches estimates in the open shelf,2025,ART,S01,10.55555/s01.2025.7154,,false,FEED
W864,Scaling laws for sediment flux in a semi-enclosed sea,2022,ART,S08,10.55555/s08.2022.1159,,false,FEED
W865,Remote sensing of beach profiles in fjords,2023,ART,S10,10.55555/s10.2023.8011,,false,FEED
W866,Uncertainty in sediment resuspension estimates in shallow channels,2025,SUP,S03,10.55555/s03.2025.9325,,false,STG
W867,Field measurements of internal waves,2023,ART,S11,10.55555/s11.2023.2685,,false,FEED
W868,Scaling laws for breaking waves,2025,ART,S01,10.55555/s01.2025.8064,,false,STG
W869,A model of survey vessel autonomy in mixed-energy coasts,2023,ART,S02,10.55555/s02.2023.6615,,false,FEED
W870,Seasonal variability in wave boundary layers in the Wexcombe marshes,2019,ART,S11,10.55555/s11.2019.4764,,false,FEED
W871,Uncertainty in storm surge estimates in the Albury estuary,2022,ART,S11,10.55555/s11.2022.4343,,false,FEED
W872,Observations of acoustic positioning,2020,ART,S11,10.55555/s11.2020.3206,,false,FEED
W873,Seasonal variability in beach profiles in tidal inlets,2023,ART,S09,10.55555/s09.2023.8810,,false,FEED
W874,Revisiting river plumes,2021,ART,S01,10.55555/s01.2021.9371,,false,FEED
W875,Machine learning for river plumes in the North Sea: a review,2022,REV,S07,10.55555/s07.2022.9264,,false,FEED
W876,Seasonal variability in estuarine plumes in fjords,2019,ART,S02,10.55555/s02.2019.6123,,false,FEED
W877,A model of breaking waves in the North Sea,2023,PPR,S05,10.55555/s05.2023.7929,W965,false,FEED
W878,A model of tidal asymmetry,2025,ART,S08,10.55555/s08.2025.8372,,false,STG
W879,Revisiting tidal asymmetry in tidal inlets,2023,ART,S02,10.55555/s02.2023.6173,,false,FEED
W880,A model of wave boundary layers,2020,ART,S01,10.55555/s01.2020.6134,,false,FEED
W881,Machine learning for vortex shedding,2019,ART,S01,10.55555/s01.2019.2650,,false,FEED
W882,Editorial: stratified flows,2020,EDT,S01,10.55555/s01.2020.7459,,false,FEED
W883,Front matter,2020,PTX,S02,10.55555/s02.2020.4315,,false,FEED
W884,Long-term trends in buoy telemetry,2019,ART,S09,10.55555/s09.2019.2019,,false,FEED
W885,A framework for tidal asymmetry in the North Sea,2025,ART,S09,10.55555/s09.2025.7483,,false,FEED
W886,A framework for underwater docking,2021,ART,S01,10.55555/s01.2021.9824,,false,FEED
W887,Uncertainty in river plumes estimates in the Albury estuary,2020,ART,S12,10.55555/s12.2020.5688,,false,FEED
W888,Remote sensing of sediment flux in a laboratory flume,2020,ART,S10,10.55555/s10.2020.8393,,false,FEED
W889,Observations of battery endurance,2024,ART,S01,10.55555/s01.2024.3798,,false,FEED
W890,Seasonal variability in buoy telemetry,2023,ART,S03,10.55555/s03.2023.1624,,false,FEED
W891,Front matter,2022,PTX,S02,10.55555/s02.2022.4861,,false,FEED
W894,Revisiting harbour seiches,2024,ART,S07,10.55555/s07.2024.7990,,false,FEED
W895,A framework for seabed classification in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5018,,false,FEED
W896,Field measurements of storm surge in the North Sea,2019,ART,S12,10.55555/s12.2019.6122,,false,FEED
W897,Remote sensing of tidal asymmetry in tidal inlets,2021,ART,S10,10.55555/s10.2021.1577,,false,FEED
W900,Seasonal variability in fleet coordination in the Brevin shelf,2023,ART,S02,10.55555/s02.2023.1438,,false,FEED
W901,Editorial: seasonal variability in dune erosion in sandy coasts,2020,EDT,S07,10.55555/s07.2020.7502,,false,FEED
W902,Low-cost methods for estuarine salinity,2021,ART,S03,10.55555/s03.2021.2331,,false,FEED
W903,Uncertainty in dune erosion estimates in shallow channels: a review,2020,REV,S09,10.55555/s09.2020.6801,,false,FEED
W904,Revisiting sediment resuspension in the Albury estuary,2024,ART,S10,10.55555/s10.2024.9519,,false,FEED
W905,Machine learning for battery endurance in a laboratory flume,2025,ART,S01,10.55555/s01.2025.6186,,false,FEED
W906,Uncertainty in estuarine salinity estimates,2024,ART,S12,10.55555/s12.2024.5239,,false,FEED
W907,Revisiting seabed classification,2025,ART,S03,10.55555/s03.2025.3540,,false,FEED
W908,Scaling laws for sensor calibration: a review,2019,REV,S03,10.55555/s03.2019.5831,,false,FEED
W910,Uncertainty in stratified flows estimates,2021,ART,S03,10.55555/s03.2021.1983,,false,FEED
W913,Revisiting buoy telemetry in tidal inlets,2019,ART,S04,10.55555/s04.2019.1964,,false,FEED
W914,Erratum: Field measurements of channel hydraulics: a review,2025,ERR,S06,10.55555/s06.2025.1637,,false,FEED
W916,A framework for acoustic positioning,2019,ART,S02,10.55555/s02.2019.7042,,false,FEED
W917,Revisiting sediment flux in tidal inlets,2024,ART,S01,10.55555/s01.2024.1306,,false,FEED
W918,Scaling laws for tidal asymmetry in the open shelf,2025,ART,S10,10.55555/s10.2025.5930,,false,FEED
W920,Scaling laws for internal waves in sandy coasts,2025,ART,S11,10.55555/s11.2025.3626,,false,FEED
W921,Uncertainty in estuarine salinity estimates in sandy coasts,2023,ART,S11,10.55555/s11.2023.1834,,false,FEED
W922,Observations of ocean optics,2024,ART,S02,10.55555/s02.2024.8011,,true,FEED
W924,Field measurements of sediment resuspension in shallow channels,2024,ART,S06,10.55555/s06.2024.5766,,false,FEED
W925,Machine learning for internal waves: a review,2024,REV,S09,10.55555/s09.2024.3905,,false,FEED
W926,A framework for wave runup in shallow channels,2022,ART,S02,10.55555/s02.2022.1317,,false,FEED
W927,A model of storm surge in the North Sea,2020,ART,S12,10.55555/s12.2020.8228,,false,FEED
W928,Observations of stratified flows in sandy coasts,2025,ART,S01,10.55555/s01.2025.7881,,false,FEED
W929,Scaling laws for coastal upwelling in shallow channels,2022,ART,S01,10.55555/s01.2022.8694,,false,FEED
W930,Revisiting internal waves in a laboratory flume,2025,ART,S10,10.55555/s10.2025.1395,,false,FEED
W931,Revisiting buoy telemetry,2023,ART,S02,10.55555/s02.2023.1282,,false,FEED
W932,Editorial: machine learning for wave runup in the Wexcombe marshes,2021,EDT,S11,10.55555/s11.2021.6896,,false,FEED
W933,Remote sensing of sensor calibration in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.9638,,false,FEED
W934,Remote sensing of harbour seiches in tidal inlets,2023,ART,S08,10.55555/s08.2023.1324,,false,FEED
W935,Scaling laws for breaking waves in sandy coasts,2023,ART,S03,10.55555/s03.2023.5300,,false,FEED
W936,Editorial: fleet coordination,2019,EDT,S01,10.55555/s01.2019.1595,,false,FEED
W937,A model of estuarine salinity,2019,ART,S01,10.55555/s01.2019.4394,,false,FEED
W940,Low-cost methods for tidal asymmetry in a macrotidal bay,2022,ART,S10,10.55555/s10.2022.3098,,false,FEED
W941,Field measurements of bed shear stress in shallow channels,2022,ART,S02,10.55555/s02.2022.9549,,false,FEED
W942,Uncertainty in river plumes estimates in a macrotidal bay,2021,ART,S07,10.55555/s07.2021.7018,,false,FEED
W943,Observations of estuarine salinity in shallow channels,2020,ART,S10,10.55555/s10.2020.7216,,false,FEED
W944,Low-cost methods for harbour seiches in a laboratory flume,2019,ART,S07,10.55555/s07.2019.8059,,false,FEED
W945,Uncertainty in stratified flows estimates in a semi-enclosed sea,2023,SUP,S06,10.55555/s06.2023.1058,,false,FEED
W946,Low-cost methods for buoy telemetry in the Brevin shelf,2019,ART,S11,10.55555/s11.2019.8918,,false,FEED
W947,Long-term trends in tidal asymmetry in fjords,2021,ART,S11,10.55555/s11.2021.1096,,false,FEED
W948,A framework for wave runup in fjords,2021,ART,S01,10.55555/s01.2021.3775,,false,FEED
W949,Erratum: Observations of survey vessel autonomy in tidal inlets,2024,ERR,S02,10.55555/s02.2024.1996,,false,FEED
W950,A model of storm surge in mixed-energy coasts,2025,ART,S11,10.55555/s11.2025.9754,,false,FEED
W951,Machine learning for wave boundary layers in sandy coasts,2025,SUP,S06,10.55555/s06.2025.1638,,false,FEED
W953,Remote sensing of internal waves in harbour basins,2020,ART,S09,10.55555/s09.2020.4825,,false,FEED
W954,Observations of wave runup in sandy coasts,2024,ART,S09,10.55555/s09.2024.4003,,false,FEED
W955,Long-term trends in coastal upwelling in sandy coasts,2021,ART,S10,10.55555/s10.2021.7664,,false,FEED
W956,Long-term trends in breaking waves in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8664,,false,FEED
W957,Observations of channel hydraulics,2024,ART,S03,10.55555/s03.2024.5461,,false,FEED
W958,Low-cost methods for underwater docking,2020,ART,S03,10.55555/s03.2020.1334,,false,FEED
W959,Editorial: long-term trends in wave runup in sandy coasts,2022,EDT,S12,10.55555/s12.2022.2759,,false,FEED
W960,Revisiting wave runup in shallow channels,2022,ART,S12,10.55555/s12.2022.5927,,false,FEED
W963,Observations of harbour seiches,2025,ART,S08,10.55555/s08.2025.4411,,false,FEED
W964,Revisiting marsh accretion in the open shelf: a review,2020,REV,S12,10.55555/s12.2020.1542,,false,FEED
W965,A model of breaking waves in the North Sea,2024,ART,S03,10.55555/s03.2024.6293,,false,FEED
W966,Editorial: scaling laws for river plumes in fjords,2024,EDT,S07,10.55555/s07.2024.3221,,false,FEED
W967,Seasonal variability in estuarine plumes in shallow channels,2022,ART,S06,10.55555/s06.2022.9084,,false,FEED
W968,Machine learning for sensor calibration in a laboratory flume,2023,ART,S09,10.55555/s09.2023.1201,,false,FEED
W969,Long-term trends in battery endurance in the Wexcombe marshes,2025,ART,S01,10.55555/s01.2025.7064,,false,FEED
W970,Long-term trends in vortex shedding in the Wexcombe marshes,2019,ART,S02,10.55555/s02.2019.4940,,false,FEED
W971,Long-term trends in sediment resuspension in the North Sea,2025,SUP,S01,10.55555/s01.2025.4830,,false,STG
W972,Long-term trends in acoustic positioning,2020,ART,S02,10.55555/s02.2020.5199,,false,FEED
W973,Uncertainty in glider navigation estimates in the Brevin shelf,2024,ART,S03,10.55555/s03.2024.2247,,true,FEED
W975,Remote sensing of acoustic positioning in the North Sea,2019,ART,S13,10.55555/s13.2019.2750,,false,FEED
W976,Foreword: sediment resuspension,2021,EDT,S06,10.55555/s06.2021.6763,,false,FEED
W977,Seasonal variability in coastal upwelling in sandy coasts,2022,ART,S11,10.55555/s11.2022.4113,,false,FEED
W978,Low-cost methods for river plumes in a laboratory flume,2020,ART,S12,10.55555/s12.2020.4935,,false,FEED
W979,Machine learning for battery endurance,2021,ART,S03,10.55555/s03.2021.9378,,false,FEED
W980,A framework for marsh accretion in harbour basins,2022,ART,S12,10.55555/s12.2022.7448,,false,FEED
W981,Remote sensing of wave boundary layers in the Wexcombe marshes,2021,ART,S02,10.55555/s02.2021.6786,,false,FEED
W983,Revisiting internal waves,2025,ART,S11,10.55555/s11.2025.6392,,false,FEED
W984,A model of survey vessel autonomy,2024,ART,S01,10.55555/s01.2024.8952,,false,FEED
W985,Remote sensing of vortex shedding,2023,ART,S09,10.55555/s09.2023.3775,,false,FEED
W986,Remote sensing of storm surge,2020,ART,S04,10.55555/s04.2020.2577,,false,FEED
W987,Machine learning for stratified flows,2025,ART,S02,10.55555/s02.2025.6401,,false,STG
W988,Observations of harbour seiches in the open shelf,2021,ART,S07,10.55555/s07.2021.3121,,false,FEED
W989,Editorial: long-term trends in marsh accretion in the Wexcombe marshes,2020,EDT,S08,10.55555/s08.2020.1702,,false,FEED
W990,Long-term trends in estuarine plumes in tidal inlets,2020,ART,S11,10.55555/s11.2020.4722,,false,FEED
W991,Editorial: revisiting estuarine salinity in a laboratory flume,2023,EDT,S07,10.55555/s07.2023.7046,,false,FEED
W992,Field measurements of harbour seiches in a laboratory flume,2025,ART,S07,10.55555/s07.2025.6267,,false,FEED
W993,Remote sensing of beach profiles in shallow channels,2025,ART,S07,10.55555/s07.2025.8965,,false,FEED
W994,Uncertainty in sediment flux estimates in a laboratory flume,2024,ART,S08,10.55555/s08.2024.6825,,false,FEED
W995,Low-cost methods for buoy telemetry in tidal inlets,2020,REV,S13,10.55555/s13.2020.7694,,false,FEED
W996,Uncertainty in stratified flows estimates in the open shelf,2021,ART,S02,10.55555/s02.2021.6321,,false,FEED
W997,Machine learning for breaking waves in harbour basins,2025,SUP,S01,10.55555/s01.2025.2096,,false,STG
W998,Machine learning for wave boundary layers in harbour basins,2022,ART,S01,10.55555/s01.2022.2392,,false,FEED
W1000,Low-cost methods for internal waves,2024,ART,S01,10.55555/s01.2024.3383,,false,FEED
W1001,Machine learning for harbour seiches in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.3946,,false,FEED
W1002,A framework for dune erosion,2021,SUP,S06,10.55555/s06.2021.1124,,false,FEED
W1003,Field measurements of sensor calibration in the North Sea,2024,ART,S06,10.55555/s06.2024.1859,,false,FEED
W1004,Revisiting acoustic positioning,2024,ART,S02,10.55555/s02.2024.4429,,false,FEED
W1005,Remote sensing of buoy telemetry in fjords,2025,ART,S02,10.55555/s02.2025.1967,,false,FEED
W1006,Seasonal variability in acoustic positioning in a laboratory flume,2020,REV,S13,10.55555/s13.2020.7568,,false,FEED
W1007,A model of storm surge in sandy coasts,2023,ART,S01,10.55555/s01.2023.1365,,false,FEED
W1008,Machine learning for beach profiles in sandy coasts,2025,ART,S11,10.55555/s11.2025.3712,,false,FEED
W1009,Revisiting sediment flux in the open shelf: a review,2022,REV,S12,10.55555/s12.2022.6992,,false,FEED
W1010,Revisiting vortex shedding in mixed-energy coasts,2020,ART,S02,10.55555/s02.2020.9834,,false,FEED
W1011,Scaling laws for fleet coordination in harbour basins,2021,REV,S04,10.55555/s04.2021.3412,,false,FEED
W1012,Seasonal variability in marsh accretion in the Wexcombe marshes,2020,ART,S08,10.55555/s08.2020.9973,,false,FEED
W1013,Revisiting battery endurance in sandy coasts,2025,ART,S04,10.55555/s04.2025.2015,,false,FEED
W1014,A model of sensor calibration in the North Sea,2023,ART,S01,10.55555/s01.2023.5712,,false,FEED
W1015,Revisiting tidal asymmetry in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6449,,false,FEED
W1016,Scaling laws for bed shear stress in a laboratory flume,2025,ART,S06,10.55555/s06.2025.4466,,false,FEED
W1017,A model of tidal asymmetry in tidal inlets,2025,ART,S07,10.55555/s07.2025.7453,,false,FEED
W1018,Remote sensing of estuarine salinity in the Brevin shelf,2025,ART,S08,10.55555/s08.2025.8885,,false,FEED
W1019,Seasonal variability in coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.9079,,false,FEED
W1020,Machine learning for vortex shedding in mixed-energy coasts,2020,ART,S13,10.55555/s13.2020.9111,,false,FEED
W1021,Long-term trends in wave boundary layers,2021,ART,S02,10.55555/s02.2021.1763,,false,FEED
W1022,Uncertainty in storm surge estimates in the Wexcombe marshes,2023,ART,S09,10.55555/s09.2023.6605,,false,FEED
W1023,A model of beach profiles in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.2222,,false,FEED
W1024,Long-term trends in dune erosion in sandy coasts,2020,ART,S12,10.55555/s12.2020.6578,,false,FEED
W1025,Long-term trends in stratified flows,2020,ART,S02,10.55555/s02.2020.8833,,true,FEED
W1026,A model of dune erosion in a macrotidal bay,2019,ART,S09,10.55555/s09.2019.7972,,false,FEED
W1027,Low-cost methods for bed shear stress in fjords: a review,2024,REV,S10,10.55555/s10.2024.9692,,false,FEED
W1028,A model of wave runup in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.6764,,false,FEED
W1029,Seasonal variability in coastal upwelling in the open shelf,2022,ART,S09,10.55555/s09.2022.3414,,false,FEED
W1030,Low-cost methods for storm surge in the open shelf,2021,ART,S12,10.55555/s12.2021.9246,,false,FEED
W1031,Remote sensing of internal waves in the open shelf,2025,ART,S01,10.55555/s01.2025.6020,,false,FEED
W1032,Low-cost methods for coastal upwelling,2019,ART,S02,10.55555/s02.2019.6372,,false,FEED
W1033,Machine learning for tidal asymmetry,2025,ART,S08,10.55555/s08.2025.1174,,false,FEED
W1034,Foreword: tidal mixing,2025,EDT,S06,10.55555/s06.2025.1338,,false,FEED
W1035,Uncertainty in ocean optics estimates in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.2698,,false,FEED
W1036,Uncertainty in bed shear stress estimates in the Albury estuary,2024,ART,S06,10.55555/s06.2024.2520,,false,FEED
W1037,Low-cost methods for harbour seiches in the Wexcombe marshes,2022,ART,S02,10.55555/s02.2022.9954,,true,FEED
W1038,Low-cost methods for marsh accretion,2020,ART,S02,10.55555/s02.2020.7315,,false,FEED
W1039,Revisiting vortex shedding in sandy coasts,2023,ART,S11,10.55555/s11.2023.6380,,false,FEED
W1040,Field measurements of storm surge,2024,ART,S08,10.55555/s08.2024.3437,,false,FEED
W1041,Editorial: survey vessel autonomy,2025,EDT,S03,10.55555/s03.2025.1894,,false,FEED
W1042,Revisiting seabed classification in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.1941,,false,FEED
W1043,Editorial: machine learning for sediment flux,2023,EDT,S08,10.55555/s08.2023.2973,,false,FEED
W1044,Machine learning for acoustic positioning in harbour basins,2021,ART,S02,10.55555/s02.2021.7797,,false,FEED
W1046,Low-cost methods for vortex shedding in a laboratory flume,2024,ART,S01,10.55555/s01.2024.6960,,false,FEED
W1047,Scaling laws for sediment flux,2020,ART,S09,10.55555/s09.2020.3720,,false,FEED
W1048,Long-term trends in fleet coordination in shallow channels,2023,ART,S10,10.55555/s10.2023.6080,,false,FEED
W1049,Field measurements of tidal mixing,2021,PPR,S14,10.55555/s14.2021.1460,W789,false,FEED
W1050,Low-cost methods for glider navigation in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.6796,,false,FEED
W1051,Machine learning for estuarine salinity,2020,ART,S03,10.55555/s03.2020.2154,,false,FEED
W1052,Long-term trends in buoy telemetry in the North Sea,2019,ART,S03,10.55555/s03.2019.3020,,false,FEED
W1053,Remote sensing of tidal asymmetry in harbour basins: a review,2019,REV,S01,10.55555/s01.2019.7693,,false,FEED
W1054,A framework for sonar imaging in the Brevin shelf,2021,PPR,S05,10.55555/s05.2021.4988,,false,FEED
W1056,A model of sonar imaging,2023,ART,S02,10.55555/s02.2023.2546,,false,FEED
W1058,A model of turbidity sensing,2021,ART,S11,10.55555/s11.2021.2492,,false,FEED
W1060,Machine learning for tidal mixing,2020,ART,S11,10.55555/s11.2020.6305,,false,FEED
W1061,Remote sensing of turbidity sensing in shallow channels,2023,ART,S01,10.55555/s01.2023.6359,,false,FEED
W1062,Seasonal variability in wave runup in sandy coasts: a review,2019,REV,S02,10.55555/s02.2019.7336,,false,FEED
W1063,Low-cost methods for fleet coordination in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.5813,,false,FEED
W1064,Seasonal variability in marsh accretion,2019,ART,S07,10.55555/s07.2019.5586,,false,FEED
W1065,Revisiting sensor calibration,2020,ART,S02,10.55555/s02.2020.2079,,false,FEED
```

### authorships.csv
```csv
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```

### citations.csv
```csv
citing_work_id,cited_work_id
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W263,W1063
W265,W430
W265,W682
W266,W430
W267,W275
W267,W547
W267,W879
W268,W436
W269,W227
W270,W779
W270,W1044
W271,W605
W271,W1063
W272,W526
W273,W03
W273,W787
W273,W888
W274,W30
W274,W862
W274,W884
W275,W208
W275,W943
W276,W30
W276,W678
W278,W382
W279,W239
W279,W916
W279,W1063
W281,W932
W282,W20
W282,W341
W282,W398
W284,W312
W284,W534
W284,W559
W285,W730
W285,W798
W289,W30
W289,W486
W291,W562
W292,W807
W293,W319
W294,W239
W296,W402
W296,W572
W296,W876
W297,W256
W299,W575
W300,W20
W300,W855
W302,W20
W302,W217
W302,W454
W303,W552
W304,W1043
W305,W296
W308,W575
W308,W808
W308,W851
W309,W453
W309,W584
W309,W937
W310,W778
W313,W369
W314,W296
W314,W1006
W314,W1017
W315,W02
W315,W03
W315,W227
W317,W465
W317,W887
W318,W31
W318,W511
W318,W800
W320,W30
W320,W31
W320,W476
W320,W637
W320,W958
W322,W324
W322,W346
W325,W335
W325,W834
W325,W880
W326,W227
W326,W516
W329,W22
W329,W595
W330,W422
W331,W605
W331,W749
W334,W30
W334,W319
W334,W383
W334,W989
W337,W660
W338,W40
W338,W465
W338,W602
W338,W736
W338,W843
W339,W716
W339,W864
W341,W453
W341,W804
W348,W403
W348,W681
W349,W03
W349,W524
W349,W773
W349,W851
W354,W410
W354,W500
W354,W995
W355,W264
W355,W528
W357,W333
W357,W530
W357,W674
W357,W842
W359,W277
W365,W323
W366,W550
W369,W296
W369,W737
W369,W1053
W370,W484
W370,W970
W371,W404
W371,W435
W372,W22
W373,W876
W374,W292
W374,W927
W376,W466
W377,W870
W378,W867
W380,W699
W382,W580
W382,W785
W383,W416
W384,W214
W384,W706
W384,W1001
W387,W452
W388,W1063
W389,W593
W396,W40
W396,W803
W397,W02
W397,W03
W398,W350
W399,W400
W399,W426
W399,W565
W401,W291
W403,W958
W405,W419
W405,W710
W406,W269
W406,W849
W406,W896
W407,W414
W407,W635
W407,W1054
W413,W562
W417,W406
W417,W628
W417,W815
W418,W683
W418,W804
W418,W846
W419,W626
W419,W842
W420,W733
W421,W438
W421,W473
W421,W627
W421,W855
W422,W790
W422,W824
W424,W742
W425,W275
W425,W369
W425,W816
W427,W523
W427,W527
W427,W869
W428,W713
W428,W727
W428,W910
W430,W672
W431,W752
W436,W901
W436,W976
W439,W30
W439,W927
W440,W588
W440,W608
W440,W735
W441,W428
W442,W665
W442,W1026
W444,W755
W448,W354
W448,W665
W448,W807
W453,W770
W456,W385
W456,W803
W456,W821
W457,W733
W458,W279
W458,W696
W459,W271
W459,W649
W459,W1026
W460,W269
W460,W1024
W462,W277
W462,W816
W462,W901
W463,W716
W465,W896
W466,W588
W467,W691
W467,W696
W467,W979
W469,W820
W469,W990
W470,W972
W475,W809
W477,W601
W477,W803
W477,W1036
W478,W861
W481,W716
W486,W720
W486,W858
W487,W808
W487,W835
W488,W22
W488,W1060
W489,W807
W491,W401
W496,W237
W496,W555
W496,W771
W499,W725
W501,W376
W501,W458
W503,W369
W503,W527
W503,W555
W505,W565
W505,W777
W507,W1030
W508,W731
W509,W479
W509,W649
W509,W851
W512,W782
W512,W983
W515,W20
W515,W935
W520,W269
W520,W790
W520,W827
W522,W749
W522,W771
W524,W513
W524,W630
W524,W820
W526,W322
W527,W480
W527,W823
W528,W516
W528,W612
W529,W237
W529,W860
W529,W908
W531,W942
W531,W1065
W533,W500
W533,W539
W535,W02
W535,W03
W535,W553
W536,W491
W536,W728
W536,W1047
W538,W669
W539,W901
W541,W630
W542,W584
W544,W02
W544,W751
W544,W807
W544,W1065
W546,W40
W546,W660
W546,W782
W547,W953
W549,W1035
W550,W237
W550,W988
W550,W1010
W551,W211
W551,W489
W552,W742
W555,W978
W557,W323
W557,W580
W558,W02
W558,W706
W559,W564
W560,W491
W562,W728
W562,W749
W567,W599
W567,W696
W567,W948
W569,W03
W569,W319
W569,W411
W570,W465
W570,W666
W570,W944
W572,W613
W572,W713
W573,W22
W573,W303
W573,W932
W573,W954
W575,W331
W575,W500
W576,W880
W579,W524
W579,W588
W579,W790
W580,W616
W581,W1010
W582,W22
W582,W300
W582,W389
W583,W291
W583,W946
W586,W20
W586,W296
W586,W473
W586,W654
W589,W970
W592,W20
W592,W981
W595,W453
W598,W03
W598,W1064
W599,W461
W602,W01
W602,W1011
W605,W388
W610,W22
W610,W235
W610,W300
W610,W564
W610,W967
W612,W574
W613,W296
W613,W322
W613,W820
W614,W459
W615,W331
W615,W715
W615,W959
W617,W373
W618,W913
W619,W259
W619,W430
W619,W502
W621,W20
W621,W624
W625,W832
W626,W758
W626,W1028
W627,W480
W627,W807
W628,W584
W628,W630
W628,W946
W629,W725
W630,W461
W630,W876
W630,W1062
W632,W270
W633,W260
W633,W366
W635,W527
W640,W870
W642,W902
W643,W403
W643,W589
W645,W555
W649,W741
W650,W31
W651,W742
W651,W881
W651,W1064
W652,W645
W652,W836
W655,W361
W655,W489
W656,W545
W656,W651
W656,W858
W657,W01
W659,W817
W659,W934
W660,W01
W660,W940
W660,W1035
W661,W848
W661,W884
W663,W741
W664,W296
W664,W888
W665,W780
W666,W426
W666,W921
W667,W593
W668,W480
W672,W820
W672,W858
W673,W368
W673,W992
W674,W901
W675,W519
W675,W881
W676,W03
W676,W621
W676,W690
W678,W256
W678,W605
W678,W608
W679,W834
W680,W22
W680,W410
W680,W480
W680,W728
W682,W229
W682,W584
W682,W871
W683,W368
W683,W798
W684,W346
W684,W678
W684,W856
W685,W317
W686,W752
W688,W314
W692,W882
W693,W346
W693,W1063
W696,W243
W696,W369
W696,W584
W697,W626
W699,W433
W699,W782
W699,W968
W700,W22
W700,W246
W700,W572
W702,W799
W703,W801
W704,W615
W705,W628
W707,W331
W707,W500
W707,W733
W709,W946
W710,W1047
W711,W03
W711,W505
W714,W382
W714,W722
W715,W516
W718,W413
W719,W858
W721,W970
W722,W275
W722,W346
W722,W730
W724,W579
W724,W972
W725,W354
W725,W886
W725,W995
W727,W430
W729,W420
W730,W849
W732,W243
W732,W465
W733,W279
W733,W502
W733,W772
W734,W22
W734,W985
W734,W1042
W737,W556
W737,W916
W738,W559
W739,W545
W739,W713
W739,W772
W740,W722
W742,W908
W744,W417
W744,W705
W745,W457
W745,W623
W745,W1032
W747,W755
W747,W1007
W748,W03
W749,W858
W750,W285
W750,W655
W750,W976
W751,W263
W751,W373
W751,W516
W752,W880
W753,W1052
W756,W400
W756,W816
W757,W42
W760,W204
W761,W03
W761,W442
W761,W575
W761,W991
W762,W1000
W763,W433
W763,W459
W763,W540
W764,W555
W765,W222
W766,W326
W768,W1064
W769,W522
W772,W545
W774,W275
W776,W668
W777,W267
W777,W896
W778,W465
W779,W388
W780,W696
W782,W903
W783,W20
W783,W707
W783,W787
W784,W430
W784,W583
W784,W618
W785,W206
W785,W838
W785,W1051
W786,W453
W786,W881
W787,W367
W787,W467
W787,W1058
W788,W1027
W789,W616
W791,W208
W791,W305
W791,W976
W792,W1044
W793,W441
W794,W31
W794,W925
W794,W955
W794,W1028
W798,W486
W799,W545
W799,W960
W800,W322
W801,W660
W803,W579
W806,W401
W807,W692
W807,W769
W807,W944
W808,W476
W808,W897
W810,W741
W812,W03
W813,W331
W813,W787
W813,W960
W816,W296
W816,W623
W816,W835
W817,W735
W818,W588
W819,W22
W819,W382
W821,W344
W821,W383
W822,W292
W822,W642
W822,W722
W823,W500
W823,W858
W824,W811
W826,W336
W830,W406
W831,W466
W831,W774
W831,W828
W832,W269
W833,W03
W833,W466
W836,W995
W836,W1053
W836,W1065
W837,W20
W837,W21
W837,W713
W838,W279
W840,W376
W840,W669
W842,W620
W842,W826
W843,W02
W843,W03
W844,W01
W844,W660
W846,W296
W846,W574
W846,W922
W847,W453
W847,W1060
W848,W775
W848,W882
W848,W932
W851,W31
W851,W1063
W852,W401
W852,W944
W853,W20
W853,W616
W853,W981
W854,W480
W855,W836
W856,W30
W856,W588
W857,W790
W857,W820
W857,W989
W858,W896
W859,W927
W860,W424
W860,W755
W860,W756
W861,W772
W861,W1026
W864,W696
W865,W344
W865,W756
W865,W927
W866,W22
W867,W874
W868,W22
W868,W935
W868,W1016
W870,W211
W870,W672
W870,W944
W872,W572
W872,W696
W873,W562
W874,W424
W874,W664
W874,W1019
W875,W496
W875,W941
W875,W975
W876,W271
W876,W331
W876,W424
W877,W471
W877,W784
W878,W30
W878,W31
W879,W583
W879,W599
W880,W835
W881,W613
W882,W309
W882,W324
W882,W916
W884,W322
W885,W946
W889,W03
W889,W277
W889,W337
W889,W867
W890,W03
W890,W218
W890,W664
W890,W811
W894,W30
W894,W433
W894,W536
W895,W01
W895,W40
W895,W41
W897,W241
W897,W601
W897,W663
W900,W579
W901,W735
W903,W373
W903,W908
W903,W964
W904,W20
W904,W450
W904,W921
W905,W466
W907,W713
W908,W458
W908,W502
W908,W780
W910,W1051
W913,W672
W913,W749
W913,W908
W914,W389
W914,W729
W917,W659
W921,W313
W921,W348
W921,W572
W922,W40
W922,W477
W924,W417
W924,W428
W924,W448
W924,W642
W924,W762
W925,W393
W925,W886
W925,W1037
W927,W1028
W928,W450
W928,W707
W930,W420
W930,W437
W930,W894
W931,W03
W931,W519
W931,W755
W932,W638
W933,W618
W934,W668
W934,W1048
W935,W332
W935,W354
W935,W439
W936,W426
W936,W749
W937,W263
W937,W552
W940,W1012
W941,W835
W943,W201
W943,W513
W943,W730
W944,W243
W944,W583
W944,W1052
W946,W277
W946,W556
W946,W630
W947,W415
W947,W453
W947,W784
W948,W807
W949,W208
W949,W1061
W950,W1016
W953,W562
W954,W304
W959,W457
W964,W294
W964,W399
W964,W936
W965,W606
W966,W560
W966,W801
W966,W1036
W967,W1002
W968,W587
W968,W616
W968,W713
W970,W936
W971,W22
W971,W252
W972,W755
W973,W03
W975,W665
W977,W752
W978,W410
W978,W672
W978,W1063
W980,W336
W980,W579
W980,W601
W981,W753
W981,W804
W984,W355
W984,W824
W986,W424
W986,W593
W987,W22
W987,W608
W988,W30
W988,W322
W989,W903
W990,W294
W991,W623
W992,W30
W993,W449
W993,W617
W993,W947
W994,W278
W994,W756
W995,W275
W996,W579
W996,W903
W996,W989
W997,W22
W997,W496
W997,W709
W997,W1033
W1000,W317
W1000,W978
W1001,W797
W1002,W218
W1002,W461
W1002,W742
W1005,W233
W1005,W251
W1005,W706
W1006,W1047
W1007,W458
W1007,W735
W1007,W772
W1009,W988
W1011,W453
W1011,W623
W1011,W910
W1012,W876
W1014,W731
W1016,W242
W1016,W793
W1016,W1046
W1017,W246
W1018,W343
W1020,W556
W1022,W309
W1022,W876
W1024,W401
W1024,W692
W1024,W769
W1025,W275
W1025,W331
W1025,W572
W1026,W626
W1027,W210
W1027,W349
W1027,W728
W1029,W649
W1031,W521
W1031,W699
W1031,W702
W1032,W713
W1033,W30
W1033,W977
W1034,W383
W1034,W631
W1034,W1001
W1037,W312
W1038,W572
W1039,W31
W1039,W42
W1040,W896
W1042,W455
W1042,W602
W1043,W276
W1043,W506
W1043,W784
W1044,W713
W1046,W301
W1047,W870
W1048,W02
W1048,W601
W1048,W821
W1049,W313
W1050,W774
W1051,W522
W1052,W970
W1056,W03
W1058,W555
W1058,W808
W1058,W822
W1060,W271
W1060,W552
W1060,W946
W1061,W522
W1061,W757
W1064,W944
W1064,W1026
W1065,W870
W1065,W1024
```

## Questions

Answer each question below from the data above. Start each answer on a new line with its
number in bold, like **Q1.**, give the direct answer first, then at most two sentences of
reasoning that cite the records (IDs) you relied on.

Then end with one JSON block (```json) holding the structured answer to each question listed
here, with exactly these fields, shaped like {"Q1": {"field": value}, ...}. Name works, authors, institutions and sources by their record ID: the work_id, author_id, institution_id or source_id in the CSV files, or the part of the IRI after res: in the RDF (W01, A07, I02, S03; not their titles or names).

- Q1: count (a number)
- Q2: works (a list of record IDs)
- Q3: same ("yes", "no" or "depends")
- Q4: count (a number)
- Q5: same ("yes", "no" or "depends")
- Q6: author (a record ID)
- Q7: count (a number)
- Q8: parent (a record ID)
- Q9: count (a number)
- Q10: count (a number)
- Q11: count (a number)
- Q12: full (a number), fractional (a number)
- Q13: full (a record ID), fractional (a record ID)
- Q14: full (a number), fractional (a number)
- Q15: count (a number)
- Q16: count (a number)
- Q17: works (a list of record IDs)
- Q18: count (a number)
- Q19: count (a number)
- Q20: works (a list of record IDs)
- Q21: count (a number)
- Q22: more_in_total (a record ID), more_in_window (a record ID)
- Q23: total (a number), in_window (a number)
- Q24: count (a number)
- Q25: count (a number)
- Q26: counts ("yes", "no" or "depends")
- Q27: institution (a record ID), citing_works (a number)
- Q28: count (a number)
- Q29: author (a number), institution (a number), country (a number)
- Q30: count (a number)
- Q31: works (a list of record IDs)
- Q32: count (a number)
- Q33: work (a record ID)
- Q34: count (a number)
- Q35: count (a number)
- Q36: count (a number)
- Q37: institution (a record ID)
- Q38: institutions (a list of record IDs)
- Q39: count (a number)
- Q40: source (a record ID)
- Q41: higher ("yes", "no" or "depends")
- Q42: count (a number)
- Q43: research ("yes", "no" or "depends")
- Q44: institutions (a list of record IDs)
- Q45: count (a number)
- Q46: parent (a record ID)

Q1. How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?
Q2. List every work, of any type, that Mara Ellison (A01) is an author of.
Q3. Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?
Q4. How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?
Q5. Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?
Q6. Which author has the most research works credited to the University of Albury, its units included?
Q7. How many research works has Mara Ellison authored?
Q8. What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)?
Q9. How many research works is the University of Albury (I02) credited with, its units included?
Q10. How many research works is the Albury University System (I01) credited with, all its units included?
Q11. How many research works is Kesting University (I07) credited with, its units included?
Q12. How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?
Q13. In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?
Q14. How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?
Q15. How many research works appeared in Ocean Sensing Letters (S02) in 2024?
Q16. How many research works appeared in the Journal of Marine Autonomy (S01)?
Q17. Which of Mara Ellison's works are not research output because of their document type?
Q18. How many distinct research works has Priya Ramanathan (A07) authored?
Q19. How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?
Q20. Which works in the data are preprints of another work that is also in the data?
Q21. How many research works is Oskel Polytechnic (I14) credited with?
Q22. Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?
Q23. How many citations has W30 received in total, and how many within its publication year and the two years after?
Q24. How many research works has Lena Vossberg (A09) authored?
Q25. What is the total of the citation counts of Lena Vossberg's research works?
Q26. Does W23 count towards Kesting University's research output?
Q27. Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?
Q28. How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?
Q29. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?
Q30. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?
Q31. Which works cite at least one of the works that cite W01?
Q32. How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?
Q33. Which of Kesting University's research works has the most citations?
Q34. How many research works was Kesting University (units included) credited with in 2025?
Q35. How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?
Q36. How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?
Q37. Which institution is W70 credited to?
Q38. Which institutions is W71 credited to, at every level?
Q39. How many of the University of Albury's research works (units included) appeared in a source of the highest tier?
Q40. Which source is in the highest tier?
Q41. Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?
Q42. How many research works appeared in Global Marine Science Reports (S04)?
Q43. Is W07 research output?
Q44. Which institutions are part of the Albury University System, at any level below it?
Q45. How many research works is the Halloran Institute for Coastal Studies (I06) credited with?
Q46. What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?
Q47. Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?
Q48. Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?

R3 csv+padding (150452 characters)

<!-- system: You answer questions about a research-analytics dataset of works, authors, institutions, sources and citations. Use only the data you are given and what it tells you about its own meaning. If a question is ambiguous, or the data cannot settle it, say so. Be concise. -->

## The data

### institutions.csv
```csv
institution_id,name,ror,country,type,parent_id
I01,Albury University System,0hygr4985,GB,SYS,
I02,University of Albury,06safhw22,GB,UNI,I01
I03,Albury Centre for Marine Robotics,06a9yq342,GB,LAB,I02
I04,Tessel Laboratory for Ocean Sensing,0002ezf81,GB,LAB,I03
I05,Albury Metropolitan University,0ww7kxb57,GB,UNI,I01
I06,Halloran Institute for Coastal Studies,0175f3924,GB,AFF,I02
I07,Kesting University,0593t4875,DE,UNI,
I08,Kesting Institute of Hydrodynamics,0brjdg570,DE,LAB,I07
I09,Rostval Technical University,0k8rh7879,NL,UNI,
I10,Marrow Instruments BV,0t3x83535,NL,CO,
I11,Brevin Ocean Agency,0wvack776,FR,GOV,
I12,Université de Lorvain,091pt9775,FR,UNI,
I13,Dunmore College,095cwy722,GB,UNI,
I14,Oskel Polytechnic,06t6n5818,NL,UNI,
I15,Carrow State University,0v91gp428,US,UNI,
I16,Hoshimine Institute of Technology,06afa6f88,JP,UNI,
I17,Université de Mallois,0pshcv029,CA,UNI,
I18,Universidad de Ventolera,0ay9jr885,ES,UNI,
I19,Albury Laboratory for Acoustic Imaging,0xe2n1515,GB,LAB,I02
I20,Albury Metropolitan Centre for Port Studies,0bp5b1111,GB,LAB,I05
I21,Wexcombe Institute for Estuary Research,0ms1zdt74,GB,AFF,I05
I22,Sandhaven Institute for Wave Research,0rn08b412,DE,AFF,I07
I23,Rostval Laboratory for Offshore Structures,0zekfva10,NL,LAB,I09
I24,Pellmore University,0n0j86p46,US,UNI,
I25,Università di Calvessa,08mz9rf83,IT,UNI,
I26,Tarnowa University of Technology,0189z6431,PL,UNI,
I27,Kirrabay University,0wam41j64,AU,UNI,
I28,Nordvik University,00etvqe29,NO,UNI,
I29,Hanseo Ocean Institute,0g18r1r20,KR,GOV,
I30,Universidade de Arvela,0ha4xax60,PT,UNI,
I31,Corrimal Marine Systems Inc,0nq63kw54,US,CO,
```

### authors.csv
```csv
author_id,name,orcid
A01,Mara Ellison,0000-0002-9841-6229
A02,M. Ellison,0000-0002-9841-6229
A03,"Ellison, Mara J.",0000-0002-9841-6229
A04,M. Ellison,0000-0004-8662-8360
A05,Jonas Brandt,0000-0001-6105-5008
A06,Jonas Brandt,0000-0007-5475-1779
A07,Priya Ramanathan,0000-0009-2298-3695
A08,Tomasz Wierzba,0000-0007-9318-6032
A09,Lena Vossberg,0000-0000-8073-7028
A10,Dirk Hallmann,0000-0003-8222-6468
A11,Sofie de Raat,0000-0006-1642-5247
A12,Pieter Maas,0000-0007-6472-5877
A13,Claire Fontanet,0000-0001-8841-3301
A14,Hugo Marchetti,0000-0007-5682-0525
A15,Aisha Okonjo,0000-0008-9831-9489
A16,Rhys Calloway,
A17,Ingrid Solberg,0000-0003-9494-8214
A18,Bram Kuipers,0000-0001-6210-5218
A19,Femke Hoogeveen,0000-0005-4914-5244
A20,Joost Verhaar,0000-0001-0646-0013
A21,Petra Lindqvist,0000-0000-4118-9557
A22,Niamh Corrigan,0000-0009-9065-9397
A30,Ana Aranda,0000-0006-1584-6450
A31,Ben Fujimura,0000-0006-0454-1465
A32,Chiara Kincaid,0000-0009-0853-8012
A33,Daichi Pruitt,0000-0009-1102-8594
A34,Elif Esposito,0000-0000-6925-6663
A35,Felipe Jaramillo,0000-0006-3228-0886
A36,Grace Olmedo,0000-0004-2300-4876
A37,Haruto Dorsey,0000-0004-5291-2808
A38,Ines Ishida,0000-0004-5850-0370
A39,Julien Nakagawa,0000-0003-8265-3845
A40,Kai Carver,0000-0003-5577-8794
A41,Lucia Hartwell,0000-0003-2627-0586
A42,Mateo Morrow,0000-0000-2145-8421
A43,Noor Beaulieu,0000-0000-8394-9066
A44,Oscar Galvez,0000-0008-8281-1265
A45,Paula Lefebvre,0000-0008-4409-3244
A101,M. Ellison,0000-0002-9841-6229
A102,M. Ellison,0000-0008-4738-8328
A103,L. Vossberg,0000-0000-8073-7028
A104,J. Brandt,0000-0001-6105-5008
A105,Jonas Brandt,0000-0004-9046-7961
A106,T. Wierzba,0000-0007-9318-6032
A107,S. de Raat,0000-0006-1642-5247
A108,Priya Ramanathan,0000-0007-1802-8393
A109,Greta Yelland,0000-0002-6545-4969
A110,Quinn Yelland,0000-0003-7597-9990
A111,Hester Falconer,0000-0007-5409-8704
A112,Katrin Elphick,0000-0008-6293-8407
A113,Henrik Corbridge,0000-0001-7569-4541
A114,Ivo Brockmann,0000-0009-9653-9901
A115,Tamsin Vandersloot,0000-0008-5622-7508
A116,Emrys Bellamore,0000-0001-3732-2664
A117,Viggo Bellamore,0000-0002-5926-5216
A118,Dorian Bellamore,0000-0000-4633-9010
A119,Jarno Quarrie,0000-0009-8605-0541
A120,Linus Haverkamp,0000-0000-3133-9422
A121,Marit Sallis,0000-0001-8432-2588
A122,Katrin Dannecker,0000-0005-9430-8644
A123,Florin Penhallow,0000-0008-6186-9535
A124,Niko Vandersloot,0000-0008-3786-7418
A125,Greta Ostergaard,0000-0002-5410-0810
A126,Yara Quarrie,0000-0002-3972-8364
A127,Delphine Ashdown,0000-0000-5148-3260
A128,Jarno Tregunna,
A129,Delphine Ibbotson,0000-0000-6389-2468
A130,Tamsin Castellan,0000-0004-8526-1242
A131,Emrys Nordahl,0000-0000-3843-6782
A132,Linus Penhallow,0000-0000-9780-0868
A133,Liesel Lachance,0000-0003-1768-1087
A134,Silas Castellan,0000-0003-3481-4429
A135,Olwen Quarrie,0000-0001-4750-0051
A136,Jolien Haverkamp,0000-0009-6519-3014
A137,Olwen Uttley,0000-0006-0842-6639
A138,Olwen Whitcombe,0000-0008-9432-6799
A139,Odile Tregunna,0000-0002-2495-1719
A140,Jolien Bellamore,0000-0009-0548-3869
A141,Delphine Bellamore,0000-0003-0209-4519
A142,Greta Rademaker,0000-0009-9961-6216
A143,Marit Ibbotson,0000-0009-8383-5608
A144,Silas Ashdown,0000-0007-8521-8973
A145,Ivo Corbridge,0000-0006-1367-0053
A146,Cosimo Bellamore,0000-0002-3308-6027
A147,Niko Uttley,0000-0009-7757-5966
A148,Kester Aldous,0000-0004-3203-0789
A149,Liesel Whitcombe,0000-0008-7432-0373
A150,Yara Castellan,0000-0006-4842-1959
A151,Elsa Penhallow,0000-0008-1093-6341
A152,Florin Whitcombe,
A153,Emrys Merriman,0000-0008-9865-6168
A154,Henrik Lachance,0000-0000-6078-6579
A155,Delphine Dewhurst,
A156,Greta Elphick,0000-0000-1295-1089
A157,Dorian Falconer,0000-0009-2170-6438
A158,Kester Jansma,0000-0009-6522-6126
A159,Wren Whitcombe,0000-0009-7906-1807
A160,Kester Zandvoort,0000-0006-9930-9118
A161,Jolien Dewhurst,0000-0005-3613-9857
A162,Liesel Ibbotson,0000-0007-2655-6310
A163,Nils Jansma,0000-0004-7426-1752
A164,Silas Corbridge,0000-0001-8029-9865
A165,Niko Penhallow,0000-0002-5295-8953
A166,Henrik Sallis,0000-0003-9677-7161
A167,Henrik Haverkamp,0000-0007-4485-0931
A168,Henrik Yelland,0000-0001-2141-4246
A169,Ulla Haverkamp,0000-0000-8586-5161
A170,Bastian Ashdown,0000-0005-3547-5180
A171,Ulla Aldous,0000-0005-5058-4742
A172,Hester Aldous,0000-0009-3776-6819
A173,Fenna Uttley,0000-0000-4008-7950
A174,Tamsin Gisborne,0000-0004-4300-1807
A175,Jarno Whitcombe,0000-0000-2155-5864
A176,Yara Dewhurst,0000-0004-7256-8312
A177,Carys Uttley,0000-0008-3085-0372
A178,Elsa Merriman,
A179,Alba Ashdown,0000-0001-5735-1490
A180,Ilse Aldous,0000-0002-8044-9596
A181,Henrik Kerridge,0000-0009-5689-0994
A182,Ulla Penhallow,0000-0003-2191-4747
A183,Bastian Kerridge,0000-0007-6448-2483
A184,Odile Ashdown,
A185,Olwen Ostergaard,0000-0005-9437-0650
A186,Carys Tregunna,0000-0002-3962-9717
A187,Jolien Aldous,0000-0002-8271-6177
A188,Bastian Tregunna,
A189,Zeno Aldous,0000-0006-2989-6155
A190,Maelle Ashdown,0000-0009-5279-0424
A191,Silas Zandvoort,0000-0005-2590-0644
A192,Pim Aldous,0000-0002-0569-8605
A193,Niko Yelland,
A194,Alba Corbridge,0000-0001-5776-4679
A195,Yara Penhallow,0000-0003-6890-9836
A196,Fenna Gisborne,0000-0008-9819-5281
A197,Maelle Brockmann,0000-0005-2578-6292
A198,Jarno Ashdown,0000-0001-4780-0378
A199,Delphine Merriman,0000-0005-5487-7183
A200,Ivo Penhallow,0000-0000-9986-0432
A201,Hester Dewhurst,0000-0002-8179-0448
A202,Marit Ostergaard,0000-0007-5698-5981
A203,Jolien Quarrie,0000-0007-9816-0934
A204,Katrin Kerridge,0000-0002-0159-1367
A205,Yara Lachance,
A206,Olwen Yelland,
A207,Maelle Dannecker,0000-0007-9373-7702
A208,Liesel Jansma,0000-0005-1693-8254
A209,Jolien Kerridge,0000-0001-6525-8467
A210,Ilse Bellamore,
A211,Ivo Rademaker,0000-0002-7687-0223
A212,Jarno Elphick,0000-0006-5440-8972
A213,Odile Whitcombe,0000-0003-3309-8851
A214,Anouk Castellan,0000-0005-5240-8672
A215,Zeno Dannecker,0000-0008-4772-3832
A216,Nils Rademaker,0000-0001-3498-1824
A217,Odile Rademaker,0000-0009-2609-6797
A218,Bryony Jansma,0000-0003-3146-5873
A219,Bryony Jansma,0000-0002-4103-1118
A220,Hester Ostergaard,0000-0008-3455-9598
A221,Hester Ostergaard,0000-0003-8085-8585
A222,Liesel Aldous,0000-0009-2600-3022
A223,Liesel Aldous,0000-0008-4203-7095
A224,Ilse Eberhardt,0000-0009-6534-9320
A225,Ilse Eberhardt,0000-0000-0712-5619
A226,Cosimo Penhallow,0000-0000-1869-5361
A227,Cosimo Penhallow,0000-0008-9935-6581
A228,Gideon Yelland,0000-0009-3500-8530
A229,Gideon Yelland,0000-0003-6264-2564
```

### sources.csv
```csv
source_id,name,issn,type,tier
S01,Journal of Marine Autonomy,9866-3925,JOU,K3
S02,Ocean Sensing Letters,3195-4973,JOU,K2
S03,Coastal Engineering Review,1154-9679,JOU,K1
S04,Global Marine Science Reports,8864-5325,JOU,K0
S05,OceanArXiv,,REP,
S06,Proceedings of the Hydrodynamics Forum,9804-2748,JOU,K2
S07,Journal of Estuarine Dynamics,1483-2835,JOU,K2
S08,Hydrology Notes,9832-2482,JOU,K1
S09,Journal of Coastal Hydraulics,3431-7424,JOU,K2
S10,Marine Technology Bulletin,7809-8515,JOU,K1
S11,Annals of Ocean Observation,8324-8964,JOU,K2
S12,Shelf Sea Letters,8103-2767,JOU,K1
S13,International Journal of Ocean Frontiers,1765-9671,JOU,K0
S14,CoastRxiv,,REP,
```

### works.csv
```csv
work_id,title,year,type,source_id,doi,version_of,is_retracted,record_source
W01,Adaptive path planning for underwater gliders,2021,ART,S01,10.55555/s01.2021.1465,,false,FEED
W02,Drift-aware mapping with low-cost sonar,2022,PPR,S05,10.55555/s05.2022.2911,W03,false,FEED
W03,Drift-aware mapping with low-cost sonar,2023,ART,S02,10.55555/s02.2023.9437,,false,FEED
W04,Editorial: a new decade of marine autonomy,2023,EDT,S01,10.55555/s01.2023.1032,,false,FEED
W05,Erratum: Drift-aware mapping with low-cost sonar,2024,ERR,S02,10.55555/s02.2024.7136,,false,FEED
W06,Shoreline change detection from glider transects,2024,ART,S03,10.55555/s03.2024.2042,,false,FEED
W07,Low-cost sonar arrays for coastal monitoring,2020,ART,S04,10.55555/s04.2020.7029,,false,FEED
W08,Turbulent wake modelling behind tidal turbines,2025,ART,S01,10.55555/s01.2025.5958,,false,FEED
W09,Issue information,2023,PTX,S01,10.55555/s01.2023.4542,,false,FEED
W10,Front matter,2024,PTX,S02,10.55555/s02.2024.9718,,false,FEED
W12,Sonar mosaics from glider fleets,2024,ART,S02,10.55555/s02.2024.3526,,false,CRIS
W13,Fleet coordination for survey gliders,2024,ART,S01,10.55555/s01.2024.5065,,false,FEED
W14,Harbour mapping with autonomous surface vessels,2025,ART,S03,10.55555/s03.2025.3072,,false,FEED
W15,Low-cost sonar: a review,2025,REV,S02,10.55555/s02.2025.2741,,false,FEED
W16,Sonar-based wake detection,2025,ART,S02,10.55555/s02.2025.6345,,false,FEED
W17,Acoustic positioning near the shore,2024,SUP,S06,10.55555/s06.2024.8939,,false,FEED
W18,Comparing sonar odometry methods,2022,PPR,S05,10.55555/s05.2022.2759,,false,FEED
W19,Glider-borne turbidity sensing,2025,ART,S02,10.55555/s02.2025.2198,,false,CRIS
W20,Bed shear stress under breaking waves,2024,ART,S01,10.55555/s01.2024.7245,,false,FEED
W21,A field campaign on tidal mixing,2024,ART,S02,10.55555/s02.2024.5301,,false,FEED
W22,Turbulence closures for coastal models: a review,2024,REV,S03,10.55555/s03.2024.5939,,false,FEED
W23,Anomalous dissipation in estuarine plumes,2023,ART,S02,10.55555/s02.2023.2925,,true,FEED
W24,Vortex shedding in shallow channels,2025,SUP,S06,10.55555/s06.2025.6698,,false,FEED
W27,Sensor fusion for moored buoys,2024,ART,S03,10.55555/s03.2024.8772,,false,FEED
W28,Calibration drift in conductivity sensors,2024,ART,S02,10.55555/s02.2024.9171,,false,FEED
W29,Open hardware for ocean observation: a review,2024,REV,S01,10.55555/s01.2024.2981,,false,FEED
W30,Tidal stream resource maps for the Dunmore coast,2019,ART,S03,10.55555/s03.2019.9502,,false,FEED
W31,Machine-learned tidal forecasts,2023,ART,S01,10.55555/s01.2023.5047,,false,FEED
W32,Wave-current interaction over sandbars,2025,ART,S01,10.55555/s01.2025.8470,,false,FEED
W33,Mixing efficiency in stratified tidal flows,2025,ART,S02,10.55555/s02.2025.6654,,false,FEED
W34,Evaluating turbulence closures against flume data,2025,ART,S03,10.55555/s03.2025.2352,,false,FEED
W35,Sediment resuspension by storms: a review,2025,REV,S02,10.55555/s02.2025.2131,,false,FEED
W36,Shear and mixing in a macrotidal estuary,2025,ART,S03,10.55555/s03.2025.2439,,false,FEED
W37,Port traffic and seabed disturbance,2022,ART,S03,10.55555/s03.2022.9107,,false,FEED
W38,Seagrass mapping from aerial imagery,2023,ART,S02,10.55555/s02.2023.6112,,false,FEED
W39,Replicating dissipation estimates in plumes,2024,ART,S03,10.55555/s03.2024.5346,,false,FEED
W40,Energy budgets for long-range gliders,2022,ART,S02,10.55555/s02.2022.4703,,false,FEED
W41,Path planning under uncertain currents,2023,ART,S03,10.55555/s03.2023.3758,,false,FEED
W42,Machine-learned tidal forecasts,2023,PPR,S05,10.55555/s05.2023.6876,W31,false,FEED
W50,Battery ageing in autonomous platforms,2024,ART,S03,10.55555/s03.2024.6324,,false,FEED
W51,Benchmarks for marine path planners,2024,ART,S02,10.55555/s02.2024.8087,,false,FEED
W52,Route optimisation for ocean drones,2025,ART,S01,10.55555/s01.2025.9294,,false,FEED
W60,Remote sensing of dune erosion,2020,ART,S08,10.55555/s08.2020.8236,,false,FEED
W61,Uncertainty in marsh accretion estimates,2022,ART,S07,10.55555/s07.2022.2930,,false,FEED
W62,Seasonal variability in dune erosion,2023,ART,S08,10.55555/s08.2023.5393,,false,FEED
W63,Seasonal variability in sediment flux,2024,ART,S07,10.55555/s07.2024.8504,,false,FEED
W64,Remote sensing of internal waves,2025,ART,S08,10.55555/s08.2025.7711,,false,FEED
W65,Observations of dune erosion,2024,ART,S08,10.55555/s08.2024.6414,,false,FEED
W66,Remote sensing of wave runup,2025,ART,S07,10.55555/s07.2025.5131,,false,FEED
W67,Seasonal variability in tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1192,,false,FEED
W70,Optical backscatter in turbid estuaries,2023,ART,S02,10.55555/s02.2023.6434,,false,FEED
W71,Low-power optical sensors for gliders,2024,ART,S01,10.55555/s01.2024.6287,,false,FEED
W72,Integrating optical sensors on survey gliders,2024,ART,S03,10.55555/s03.2024.9080,,false,FEED
W73,Saltmarsh retreat on the Halloran shore,2022,ART,S02,10.55555/s02.2022.7603,,false,CRIS
W74,Coastal squeeze and managed realignment: a review,2023,REV,S01,10.55555/s01.2023.6139,,false,FEED
W75,Rip currents at tourist beaches,2023,ART,S04,10.55555/s04.2023.3895,,false,FEED
W76,Foreword to the Forum proceedings,2025,EDT,S06,10.55555/s06.2025.4219,,false,FEED
W90,Sediment transport in tidal inlets,2025,ART,S02,10.55555/s02.2025.8585,,false,STG
W91,Closure models for wave boundary layers,2025,ART,S01,10.55555/s01.2025.4607,,false,STG
W92,Coastal turbulence: a review,2025,REV,S03,10.55555/s03.2025.6710,,false,STG
W101,Long-term trends in estuarine salinity,2019,ART,S08,10.55555/s08.2019.4427,,false,FEED
W102,Long-term trends in dune erosion,2023,ART,S07,10.55555/s07.2023.1186,,false,FEED
W103,A model of harbour seiches,2020,ART,S07,10.55555/s07.2020.2380,,false,FEED
W104,Remote sensing of wave runup,2019,ART,S07,10.55555/s07.2019.6591,,false,FEED
W105,Seasonal variability in harbour seiches,2021,ART,S08,10.55555/s08.2021.9028,,false,FEED
W106,Seasonal variability in harbour seiches: a review,2022,REV,S07,10.55555/s07.2022.7552,,false,FEED
W107,Observations of marsh accretion: a review,2019,REV,S08,10.55555/s08.2019.9349,,false,FEED
W108,Seasonal variability in tidal asymmetry,2021,ART,S07,10.55555/s07.2021.9650,,false,FEED
W109,A model of river plumes,2019,ART,S07,10.55555/s07.2019.5434,,false,FEED
W110,Editorial: beach profiles,2021,EDT,S07,10.55555/s07.2021.3358,,false,FEED
W111,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.5383,,false,FEED
W112,Observations of tidal asymmetry,2020,ART,S07,10.55555/s07.2020.9946,,false,FEED
W113,Seasonal variability in coastal upwelling,2021,ART,S07,10.55555/s07.2021.6316,,false,FEED
W114,Observations of estuarine salinity,2019,ART,S08,10.55555/s08.2019.1460,,false,FEED
W115,Remote sensing of internal waves: a review,2025,REV,S08,10.55555/s08.2025.4950,,false,FEED
W116,A model of coastal upwelling,2022,ART,S08,10.55555/s08.2022.6950,,false,FEED
W117,Uncertainty in beach profiles estimates,2024,ART,S08,10.55555/s08.2024.4202,,false,FEED
W118,Long-term trends in internal waves,2025,ART,S07,10.55555/s07.2025.4335,,false,FEED
W119,A model of internal waves,2019,ART,S08,10.55555/s08.2019.1156,,false,FEED
W120,Remote sensing of tidal asymmetry: a review,2021,REV,S07,10.55555/s07.2021.6881,,false,FEED
W121,Long-term trends in internal waves,2024,ART,S08,10.55555/s08.2024.8676,,false,FEED
W122,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.1686,,false,FEED
W123,Editorial: river plumes,2023,EDT,S08,10.55555/s08.2023.3508,,false,FEED
W124,A model of coastal upwelling,2019,ART,S08,10.55555/s08.2019.2165,,false,FEED
W125,Remote sensing of sediment flux,2024,ART,S08,10.55555/s08.2024.4906,,false,FEED
W201,Machine learning for marsh accretion,2019,ART,S09,10.55555/s09.2019.3873,,false,FEED
W202,Issue information,2023,PTX,S02,10.55555/s02.2023.6274,,false,FEED
W203,A community intercomparison of beach profiles,2024,ART,S03,10.55555/s03.2024.9368,,false,FEED
W204,Long-term trends in tidal asymmetry in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.3604,,false,FEED
W205,Uncertainty in sensor calibration estimates: a review,2025,REV,S03,10.55555/s03.2025.2579,,false,FEED
W206,Observations of buoy telemetry in a semi-enclosed sea,2020,ART,S01,10.55555/s01.2020.8424,,false,FEED
W208,A framework for sensor calibration in tidal inlets,2019,ART,S10,10.55555/s10.2019.9187,,false,FEED
W209,Remote sensing of turbulent wakes in sandy coasts,2025,ART,S02,10.55555/s02.2025.2983,,false,FEED
W210,Low-cost methods for estuarine salinity,2021,PPR,S14,10.55555/s14.2021.5188,W902,false,FEED
W211,Long-term trends in internal waves in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.3569,,false,FEED
W212,Issue information,2019,PTX,S03,10.55555/s03.2019.4582,,false,FEED
W214,A framework for buoy telemetry in shallow channels,2023,ART,S03,10.55555/s03.2023.5869,,false,FEED
W215,Long-term trends in harbour seiches in harbour basins,2024,ART,S12,10.55555/s12.2024.4967,,false,FEED
W216,Observations of vortex shedding in the Albury estuary,2025,ART,S03,10.55555/s03.2025.8866,,false,FEED
W217,Machine learning for estuarine salinity in harbour basins,2024,ART,S02,10.55555/s02.2024.4926,,false,FEED
W218,Field measurements of wave runup in the Albury estuary,2021,ART,S11,10.55555/s11.2021.6637,,false,FEED
W219,Remote sensing of sensor calibration,2022,PPR,S05,10.55555/s05.2022.9710,W251,false,FEED
W220,Revisiting river plumes in tidal inlets,2021,ART,S09,10.55555/s09.2021.2494,,false,FEED
W221,A model of marsh accretion in mixed-energy coasts,2023,PPR,S14,10.55555/s14.2023.3805,,false,FEED
W222,Low-cost methods for harbour seiches,2023,ART,S07,10.55555/s07.2023.3997,,false,FEED
W223,Low-cost methods for tidal asymmetry in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.2080,,false,FEED
W224,Editorial: scaling laws for harbour seiches,2025,EDT,S09,10.55555/s09.2025.4466,,false,FEED
W225,Revisiting breaking waves in shallow channels,2025,ART,S09,10.55555/s09.2025.3393,,false,FEED
W226,Uncertainty in estuarine plumes estimates,2023,PPR,S05,10.55555/s05.2023.4761,W710,false,FEED
W227,Low-cost methods for estuarine plumes: a review,2020,REV,S01,10.55555/s01.2020.3822,,false,FEED
W228,Observations of coastal upwelling in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.1383,,false,FEED
W229,Observations of sensor calibration in a semi-enclosed sea,2023,ART,S06,10.55555/s06.2023.9154,,false,FEED
W230,Low-cost methods for wave runup,2024,ART,S03,10.55555/s03.2024.3582,,false,FEED
W232,A model of channel hydraulics,2019,ART,S06,10.55555/s06.2019.8227,,false,FEED
W233,A framework for seabed classification,2024,ART,S06,10.55555/s06.2024.5906,,false,FEED
W235,Scaling laws for coastal upwelling,2025,ART,S07,10.55555/s07.2025.4477,,false,FEED
W237,Field measurements of tidal asymmetry in the open shelf,2020,ART,S12,10.55555/s12.2020.2545,,false,FEED
W238,Observations of survey vessel autonomy in tidal inlets,2023,ART,S02,10.55555/s02.2023.9675,,false,FEED
W239,Observations of beach profiles in harbour basins,2019,ART,S10,10.55555/s10.2019.9025,,false,FEED
W240,Issue information,2025,PTX,S01,10.55555/s01.2025.5660,,false,FEED
W241,Seasonal variability in internal waves in a laboratory flume,2020,ART,S02,10.55555/s02.2020.1199,,false,FEED
W242,Remote sensing of estuarine salinity,2024,ART,S03,10.55555/s03.2024.5114,,false,FEED
W243,Field measurements of acoustic positioning in the open shelf,2019,ART,S02,10.55555/s02.2019.6029,,false,FEED
W246,Low-cost methods for wave runup in a semi-enclosed sea,2023,ART,S11,10.55555/s11.2023.8049,,false,FEED
W247,A framework for harbour seiches,2025,ART,S09,10.55555/s09.2025.8273,,false,FEED
W249,Observations of stratified flows in tidal inlets,2025,ART,S09,10.55555/s09.2025.1434,,false,FEED
W251,Remote sensing of sensor calibration,2023,ART,S02,10.55555/s02.2023.5427,,false,FEED
W252,Machine learning for beach profiles in the North Sea,2025,ART,S02,10.55555/s02.2025.2973,,false,FEED
W253,Field measurements of dune erosion in the North Sea,2025,ART,S07,10.55555/s07.2025.2883,,false,FEED
W254,Observations of storm surge in a laboratory flume,2023,ART,S12,10.55555/s12.2023.8407,,false,FEED
W255,Observations of sediment flux,2025,ART,S03,10.55555/s03.2025.4955,,false,FEED
W256,Machine learning for beach profiles: a review,2019,REV,S02,10.55555/s02.2019.6603,,false,FEED
W257,Uncertainty in dune erosion estimates in the North Sea,2023,ART,S07,10.55555/s07.2023.5247,,false,FEED
W258,A framework for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1248,,false,FEED
W259,A framework for estuarine salinity,2022,ART,S07,10.55555/s07.2022.4755,,false,FEED
W260,Remote sensing of stratified flows,2025,ART,S02,10.55555/s02.2025.7233,,false,FEED
W261,Field measurements of sediment flux in a semi-enclosed sea: a review,2023,REV,S08,10.55555/s08.2023.7081,,false,FEED
W262,Revisiting sensor calibration in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.3687,,false,FEED
W263,Low-cost methods for storm surge in shallow channels,2019,PPR,S05,10.55555/s05.2019.4392,W279,false,FEED
W264,Seasonal variability in tidal mixing in sandy coasts,2022,ART,S10,10.55555/s10.2022.1503,,false,FEED
W265,Remote sensing of coastal upwelling in tidal inlets,2025,ART,S08,10.55555/s08.2025.3453,,false,FEED
W266,Low-cost methods for wave boundary layers,2024,ART,S01,10.55555/s01.2024.3995,,false,FEED
W267,A framework for tidal mixing in the open shelf,2023,ART,S11,10.55555/s11.2023.8676,,false,FEED
W268,Remote sensing of turbulent wakes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.4471,,false,STG
W269,Low-cost methods for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1871,,false,FEED
W270,Revisiting turbulent wakes,2024,ART,S02,10.55555/s02.2024.5947,,false,FEED
W271,Editorial: battery endurance,2019,EDT,S01,10.55555/s01.2019.6724,,false,FEED
W272,Field measurements of marsh accretion in a semi-enclosed sea: a review,2025,REV,S11,10.55555/s11.2025.9074,,false,FEED
W273,Revisiting underwater docking in sandy coasts,2024,ART,S06,10.55555/s06.2024.7050,,false,FEED
W274,Remote sensing of harbour seiches,2024,ART,S11,10.55555/s11.2024.9547,,false,FEED
W275,Low-cost methods for marsh accretion in a macrotidal bay,2020,ART,S07,10.55555/s07.2020.5876,,false,FEED
W276,A model of dune erosion in the open shelf,2022,ART,S08,10.55555/s08.2022.2667,,false,FEED
W277,A model of marsh accretion in fjords: a review,2019,REV,S09,10.55555/s09.2019.7655,,false,FEED
W278,A model of sediment flux in the North Sea,2020,ART,S10,10.55555/s10.2020.2396,,false,FEED
W279,Low-cost methods for storm surge in shallow channels,2019,ART,S01,10.55555/s01.2019.1190,,false,FEED
W281,Field measurements of sediment resuspension,2021,ART,S03,10.55555/s03.2021.2574,,false,FEED
W282,A framework for bed shear stress,2025,ART,S01,10.55555/s01.2025.8575,,false,FEED
W284,Field measurements of sediment flux,2024,ART,S10,10.55555/s10.2024.6669,,false,FEED
W285,Long-term trends in tidal mixing,2023,ART,S11,10.55555/s11.2023.4596,,false,FEED
W286,Front matter,2022,PTX,S03,10.55555/s03.2022.9263,,false,FEED
W289,Revisiting tidal asymmetry in the open shelf,2022,ART,S09,10.55555/s09.2022.2616,,false,FEED
W291,Seasonal variability in dune erosion in the open shelf,2019,ART,S07,10.55555/s07.2019.7163,,false,FEED
W292,A model of underwater docking in the Albury estuary,2020,ART,S01,10.55555/s01.2020.6227,,false,FEED
W293,Low-cost methods for buoy telemetry,2023,ART,S02,10.55555/s02.2023.1027,,false,FEED
W294,A model of sediment flux,2019,ART,S06,10.55555/s06.2019.3962,,false,FEED
W296,Observations of sensor calibration,2019,ART,S02,10.55555/s02.2019.3432,,false,FEED
W297,A framework for estuarine plumes,2019,ART,S11,10.55555/s11.2019.7764,,false,FEED
W299,Remote sensing of marsh accretion in the Albury estuary,2024,ART,S12,10.55555/s12.2024.9010,,false,FEED
W300,A framework for vortex shedding,2025,ART,S03,10.55555/s03.2025.9744,,false,FEED
W301,A framework for wave boundary layers in shallow channels,2020,ART,S02,10.55555/s02.2020.2955,,false,FEED
W302,A framework for estuarine plumes in a laboratory flume,2024,ART,S11,10.55555/s11.2024.9681,,false,FEED
W303,A framework for tidal asymmetry in the Albury estuary,2020,ART,S03,10.55555/s03.2020.9436,,false,FEED
W304,Long-term trends in estuarine salinity in harbour basins,2024,ART,S01,10.55555/s01.2024.9643,,false,FEED
W305,Uncertainty in marsh accretion estimates in the Albury estuary,2023,ART,S09,10.55555/s09.2023.7844,,false,FEED
W306,Seasonal variability in sediment flux in the Brevin shelf,2023,PPR,S14,10.55555/s14.2023.5478,,false,FEED
W308,A model of ocean optics in the open shelf,2024,ART,S01,10.55555/s01.2024.4225,,false,FEED
W309,Scaling laws for vortex shedding,2019,ART,S10,10.55555/s10.2019.5629,,false,FEED
W310,Machine learning for tidal asymmetry in fjords,2025,ART,S11,10.55555/s11.2025.8764,,false,FEED
W312,Observations of estuarine plumes,2021,ART,S03,10.55555/s03.2021.8491,,false,FEED
W313,Uncertainty in turbidity sensing estimates in the Albury estuary,2021,ART,S04,10.55555/s04.2021.1580,,false,FEED
W314,Observations of seabed classification in the open shelf,2025,ART,S01,10.55555/s01.2025.2601,,false,FEED
W315,Seasonal variability in acoustic positioning,2024,ART,S11,10.55555/s11.2024.3037,,false,FEED
W317,A framework for beach profiles,2021,ART,S11,10.55555/s11.2021.2440,,false,FEED
W318,A framework for internal waves,2025,ART,S11,10.55555/s11.2025.1115,,false,FEED
W319,Revisiting seabed classification in shallow channels,2023,ART,S09,10.55555/s09.2023.4827,,false,FEED
W320,Field measurements of coastal upwelling in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.9420,,true,FEED
W321,Erratum: A model of breaking waves in the North Sea,2025,ERR,S03,10.55555/s03.2025.6357,,false,FEED
W322,A framework for fleet coordination,2019,PPR,S14,10.55555/s14.2019.9512,W453,false,FEED
W323,A model of wave runup in the Albury estuary,2020,ART,S10,10.55555/s10.2020.5947,,false,FEED
W324,A model of wave runup in sandy coasts,2019,ART,S12,10.55555/s12.2019.6638,,false,FEED
W325,Remote sensing of vortex shedding in the Wexcombe marshes,2023,ART,S04,10.55555/s04.2023.9647,,false,FEED
W326,Seasonal variability in tidal asymmetry in the North Sea,2020,ART,S10,10.55555/s10.2020.4586,,false,FEED
W329,Field measurements of channel hydraulics in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.8849,,false,STG
W330,Low-cost methods for dune erosion in the Wexcombe marshes,2025,ART,S09,10.55555/s09.2025.7821,,false,FEED
W331,Editorial: ocean optics,2019,EDT,S02,10.55555/s02.2019.4747,,false,FEED
W332,Scaling laws for marsh accretion in mixed-energy coasts,2022,ART,S11,10.55555/s11.2022.6992,,false,FEED
W333,Low-cost methods for tidal mixing,2024,ART,S01,10.55555/s01.2024.5072,,false,FEED
W334,A model of tidal asymmetry in a semi-enclosed sea,2023,ART,S09,10.55555/s09.2023.3033,,false,FEED
W335,Seasonal variability in dune erosion in tidal inlets,2022,ART,S09,10.55555/s09.2022.7815,,false,FEED
W336,Uncertainty in river plumes estimates in a semi-enclosed sea,2021,PPR,S14,10.55555/s14.2021.3671,,false,FEED
W337,Machine learning for acoustic positioning in the open shelf,2022,ART,S11,10.55555/s11.2022.6556,,false,FEED
W338,Seasonal variability in acoustic positioning in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.5509,,false,FEED
W339,Uncertainty in storm surge estimates in the North Sea,2022,ART,S10,10.55555/s10.2022.3624,,false,FEED
W341,Remote sensing of estuarine plumes,2020,ART,S03,10.55555/s03.2020.2906,,false,FEED
W342,Field measurements of stratified flows,2023,ART,S03,10.55555/s03.2023.8139,,false,FEED
W343,Revisiting battery endurance in the open shelf,2025,ART,S02,10.55555/s02.2025.5231,,false,FEED
W344,Machine learning for underwater docking in the Wexcombe marshes,2020,ART,S03,10.55555/s03.2020.4113,,false,FEED
W345,A framework for beach profiles in a macrotidal bay,2021,ART,S12,10.55555/s12.2021.9722,,false,FEED
W346,Revisiting sonar imaging in the Albury estuary,2019,ART,S11,10.55555/s11.2019.4207,,false,FEED
W348,Scaling laws for ocean optics in fjords,2021,ART,S11,10.55555/s11.2021.6494,,false,FEED
W349,Scaling laws for turbidity sensing in a laboratory flume,2024,ART,S01,10.55555/s01.2024.3743,,false,FEED
W350,Revisiting ocean optics,2023,ART,S03,10.55555/s03.2023.5242,,false,FEED
W352,Scaling laws for storm surge in the North Sea,2024,ART,S12,10.55555/s12.2024.1961,,false,FEED
W354,Scaling laws for wave runup in sandy coasts,2021,ART,S01,10.55555/s01.2021.9856,,false,FEED
W355,Scaling laws for wave boundary layers in the North Sea,2024,ART,S09,10.55555/s09.2024.5466,,false,FEED
W356,Long-term trends in underwater docking,2022,ART,S02,10.55555/s02.2022.3480,,false,FEED
W357,Observations of tidal mixing,2025,ART,S10,10.55555/s10.2025.5331,,false,FEED
W358,Scaling laws for tidal asymmetry,2024,ART,S08,10.55555/s08.2024.1604,,false,FEED
W359,Seasonal variability in sediment flux in the Wexcombe marshes,2022,ART,S01,10.55555/s01.2022.7873,,false,FEED
W361,A model of dune erosion,2019,ART,S01,10.55555/s01.2019.9767,,false,FEED
W362,A model of beach profiles in the North Sea,2022,ART,S08,10.55555/s08.2022.8115,,false,FEED
W365,Low-cost methods for channel hydraulics in a macrotidal bay,2021,ART,S03,10.55555/s03.2021.1932,,false,FEED
W366,Scaling laws for tidal mixing in harbour basins,2022,ART,S03,10.55555/s03.2022.2739,,false,FEED
W367,Low-cost methods for dune erosion in mixed-energy coasts,2022,ART,S02,10.55555/s02.2022.4438,,false,FEED
W368,Scaling laws for seabed classification in the Wexcombe marshes: a review,2023,REV,S02,10.55555/s02.2023.1556,,false,FEED
W369,Remote sensing of internal waves in shallow channels: a review,2019,REV,S11,10.55555/s11.2019.7258,,false,FEED
W370,Revisiting survey vessel autonomy in the Wexcombe marshes,2025,ART,S02,10.55555/s02.2025.5705,,false,FEED
W371,Editorial: a model of coastal upwelling in tidal inlets,2024,EDT,S10,10.55555/s10.2024.9940,,false,FEED
W372,A framework for channel hydraulics in fjords,2025,SUP,S02,10.55555/s02.2025.3633,,false,STG
W373,A framework for harbour seiches in a macrotidal bay: a review,2020,REV,S11,10.55555/s11.2020.1542,,false,FEED
W374,Machine learning for underwater docking in the open shelf,2023,ART,S02,10.55555/s02.2023.9914,,true,FEED
W376,Scaling laws for storm surge in a semi-enclosed sea,2024,ART,S10,10.55555/s10.2024.1001,,false,FEED
W377,Long-term trends in marsh accretion,2021,ART,S10,10.55555/s10.2021.9832,,false,FEED
W378,Seasonal variability in tidal asymmetry in mixed-energy coasts: a review,2024,REV,S02,10.55555/s02.2024.7988,,false,FEED
W380,A model of marsh accretion in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5051,,false,FEED
W382,Machine learning for river plumes in a semi-enclosed sea,2020,ART,S07,10.55555/s07.2020.9152,,false,FEED
W383,Field measurements of turbidity sensing: a review,2023,REV,S03,10.55555/s03.2023.3064,,false,FEED
W384,Machine learning for storm surge,2025,ART,S10,10.55555/s10.2025.3246,,false,FEED
W385,A model of fleet coordination in mixed-energy coasts: a review,2024,REV,S09,10.55555/s09.2024.8249,,false,FEED
W387,Uncertainty in internal waves estimates in the open shelf,2024,ART,S07,10.55555/s07.2024.2387,,false,FEED
W388,Observations of buoy telemetry in sandy coasts,2019,ART,S01,10.55555/s01.2019.9333,,false,FEED
W389,A framework for turbidity sensing in shallow channels,2025,ART,S04,10.55555/s04.2025.9599,,false,FEED
W390,A model of river plumes in the Brevin shelf,2022,ART,S03,10.55555/s03.2022.5366,,false,FEED
W392,Field measurements of internal waves in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.9626,,false,FEED
W393,Remote sensing of tidal asymmetry in the Wexcombe marshes,2023,ART,S11,10.55555/s11.2023.9629,,false,FEED
W396,Seasonal variability in battery endurance in the North Sea,2024,ART,S06,10.55555/s06.2024.8221,,false,FEED
W397,Scaling laws for acoustic positioning,2025,ART,S01,10.55555/s01.2025.9888,,false,STG
W398,Machine learning for internal waves in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6906,,false,FEED
W399,A model of marsh accretion in harbour basins,2019,ART,S09,10.55555/s09.2019.6768,,false,FEED
W400,Observations of glider navigation,2019,ART,S02,10.55555/s02.2019.4353,,false,FEED
W401,Long-term trends in wave boundary layers in tidal inlets,2019,ART,S10,10.55555/s10.2019.3057,,false,FEED
W402,Observations of wave runup in shallow channels,2019,ART,S03,10.55555/s03.2019.1468,,false,FEED
W403,Machine learning for marsh accretion in the Brevin shelf,2021,ART,S07,10.55555/s07.2021.5860,,false,FEED
W404,Machine learning for marsh accretion in harbour basins,2021,ART,S07,10.55555/s07.2021.4390,,false,FEED
W405,Field measurements of sediment resuspension in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.1348,,false,FEED
W406,Long-term trends in wave runup in a laboratory flume,2020,ART,S11,10.55555/s11.2020.2202,,false,FEED
W407,Low-cost methods for bed shear stress in fjords: a review,2023,PPR,S14,10.55555/s14.2023.2990,W1027,false,FEED
W408,A framework for coastal upwelling,2024,ART,S13,10.55555/s13.2024.7613,,false,FEED
W410,Low-cost methods for seabed classification in a semi-enclosed sea: a review,2020,REV,S03,10.55555/s03.2020.1868,,false,FEED
W411,Revisiting turbulent wakes in the Brevin shelf,2022,ART,S02,10.55555/s02.2022.5365,,true,FEED
W413,Seasonal variability in sensor calibration in a laboratory flume,2023,ART,S01,10.55555/s01.2023.4722,,false,FEED
W414,Uncertainty in tidal asymmetry estimates in the open shelf,2021,ART,S10,10.55555/s10.2021.1459,,false,FEED
W415,Uncertainty in sediment flux estimates in the Wexcombe marshes: a review,2019,REV,S09,10.55555/s09.2019.3837,,false,FEED
W416,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2020,PPR,S14,10.55555/s14.2020.9254,W640,false,FEED
W417,A model of turbulent wakes in harbour basins,2023,ART,S02,10.55555/s02.2023.8231,,false,FEED
W418,Editorial: dune erosion,2024,EDT,S02,10.55555/s02.2024.3216,,false,FEED
W419,Seasonal variability in vortex shedding,2024,ART,S02,10.55555/s02.2024.4676,,false,FEED
W420,Observations of coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.5603,,false,FEED
W421,Low-cost methods for breaking waves,2024,ART,S02,10.55555/s02.2024.8765,,false,FEED
W422,Remote sensing of coastal upwelling,2023,ART,S01,10.55555/s01.2023.4536,,false,FEED
W423,Seasonal variability in coastal upwelling in tidal inlets,2024,ART,S08,10.55555/s08.2024.1591,,false,FEED
W424,Revisiting marsh accretion in mixed-energy coasts: a review,2019,REV,S10,10.55555/s10.2019.2279,,false,FEED
W425,Uncertainty in sediment flux estimates,2020,ART,S02,10.55555/s02.2020.3211,,false,FEED
W426,Seasonal variability in beach profiles in a laboratory flume,2019,ART,S01,10.55555/s01.2019.7776,,false,FEED
W427,Low-cost methods for coastal upwelling in shallow channels,2023,ART,S09,10.55555/s09.2023.3984,,false,FEED
W428,Revisiting turbulent wakes in the open shelf,2022,ART,S03,10.55555/s03.2022.9134,,false,FEED
W430,Observations of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.3545,,false,FEED
W431,Editorial: revisiting dune erosion,2025,EDT,S11,10.55555/s11.2025.5917,,false,FEED
W432,Revisiting tidal asymmetry in tidal inlets,2023,PPR,S05,10.55555/s05.2023.4384,W879,false,FEED
W433,A model of sediment flux in sandy coasts,2023,ART,S09,10.55555/s09.2023.3506,,false,FEED
W434,Long-term trends in beach profiles in harbour basins,2025,ART,S02,10.55555/s02.2025.2778,,false,FEED
W435,Remote sensing of underwater docking in a macrotidal bay,2023,ART,S06,10.55555/s06.2023.1655,,false,FEED
W436,Low-cost methods for estuarine plumes in a laboratory flume,2024,ART,S01,10.55555/s01.2024.7230,,false,FEED
W437,Editorial: low-cost methods for beach profiles in shallow channels,2024,EDT,S08,10.55555/s08.2024.9419,,false,FEED
W438,Seasonal variability in ocean optics in the open shelf,2022,ART,S11,10.55555/s11.2022.9071,,false,FEED
W439,Seasonal variability in wave runup in the Wexcombe marshes,2022,ART,S09,10.55555/s09.2022.7279,,false,FEED
W440,Long-term trends in harbour seiches in fjords,2022,ART,S08,10.55555/s08.2022.7178,,false,FEED
W441,Observations of estuarine plumes in harbour basins,2023,ART,S11,10.55555/s11.2023.7309,,false,FEED
W442,Uncertainty in harbour seiches estimates in sandy coasts,2021,ART,S09,10.55555/s09.2021.9414,,false,FEED
W443,Field measurements of wave runup in a laboratory flume,2024,ART,S11,10.55555/s11.2024.4375,,false,FEED
W444,Low-cost methods for wave boundary layers in a laboratory flume,2019,ART,S03,10.55555/s03.2019.7273,,true,FEED
W445,A framework for wave runup,2021,SUP,S06,10.55555/s06.2021.8886,,false,FEED
W446,Remote sensing of dune erosion in a macrotidal bay: a review,2022,REV,S03,10.55555/s03.2022.2159,,false,FEED
W448,Remote sensing of coastal upwelling in the Albury estuary,2023,ART,S13,10.55555/s13.2023.7244,,false,FEED
W449,Machine learning for glider navigation,2022,ART,S04,10.55555/s04.2022.2709,,false,FEED
W450,Remote sensing of breaking waves in the Wexcombe marshes,2021,SUP,S02,10.55555/s02.2021.8894,,false,FEED
W451,Revisiting coastal upwelling in a laboratory flume: a review,2025,REV,S08,10.55555/s08.2025.2028,,false,FEED
W452,Field measurements of sonar imaging in shallow channels,2021,ART,S02,10.55555/s02.2021.6330,,false,FEED
W453,A framework for fleet coordination,2019,ART,S03,10.55555/s03.2019.3763,,false,FEED
W454,Long-term trends in vortex shedding,2021,ART,S02,10.55555/s02.2021.3382,,false,FEED
W455,Uncertainty in sonar imaging estimates in sandy coasts,2021,ART,S02,10.55555/s02.2021.6875,,false,FEED
W456,Uncertainty in wave runup estimates in shallow channels,2025,ART,S09,10.55555/s09.2025.3320,,false,FEED
W457,A framework for marsh accretion in shallow channels: a review,2020,REV,S10,10.55555/s10.2020.3260,,false,FEED
W458,Uncertainty in beach profiles estimates in a macrotidal bay,2019,ART,S08,10.55555/s08.2019.3618,,false,FEED
W459,Field measurements of harbour seiches,2021,ART,S06,10.55555/s06.2021.1885,,false,FEED
W460,Low-cost methods for sensor calibration,2022,PPR,S14,10.55555/s14.2022.8065,W496,false,FEED
W461,Long-term trends in sediment flux,2019,ART,S10,10.55555/s10.2019.3191,,false,FEED
W462,Machine learning for sediment flux in fjords,2021,ART,S06,10.55555/s06.2021.1053,,false,FEED
W463,Machine learning for battery endurance in tidal inlets,2023,ART,S03,10.55555/s03.2023.1013,,false,FEED
W464,A framework for turbidity sensing,2021,ART,S09,10.55555/s09.2021.3012,,false,FEED
W465,Long-term trends in buoy telemetry in a laboratory flume,2020,ART,S03,10.55555/s03.2020.7103,,false,FEED
W466,Long-term trends in beach profiles,2020,ART,S08,10.55555/s08.2020.3642,,false,FEED
W467,Remote sensing of harbour seiches in fjords: a review,2024,REV,S01,10.55555/s01.2024.6896,,false,FEED
W469,Uncertainty in wave runup estimates in tidal inlets: a review,2020,REV,S10,10.55555/s10.2020.2479,,false,FEED
W470,Uncertainty in tidal asymmetry estimates in a macrotidal bay,2022,ART,S08,10.55555/s08.2022.2679,,false,FEED
W471,Uncertainty in internal waves estimates in sandy coasts,2022,ART,S09,10.55555/s09.2022.1093,,false,FEED
W473,Field measurements of bed shear stress,2023,ART,S02,10.55555/s02.2023.8085,,false,FEED
W474,Long-term trends in ocean optics: a review,2023,REV,S01,10.55555/s01.2023.1515,,false,FEED
W475,Low-cost methods for beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.6309,,false,FEED
W476,Revisiting beach profiles,2021,ART,S01,10.55555/s01.2021.9653,,false,FEED
W477,Field measurements of channel hydraulics: a review,2024,REV,S06,10.55555/s06.2024.8162,,false,FEED
W478,Long-term trends in bed shear stress in a semi-enclosed sea,2019,ART,S01,10.55555/s01.2019.6241,,false,FEED
W479,Revisiting stratified flows: a review,2020,REV,S02,10.55555/s02.2020.2294,,false,FEED
W480,Editorial: ocean optics,2019,EDT,S03,10.55555/s03.2019.8946,,false,FEED
W481,Erratum: Machine learning for sensor calibration in a laboratory flume,2024,ERR,S09,10.55555/s09.2024.5830,,false,FEED
W483,Observations of marsh accretion in the Albury estuary,2019,ART,S12,10.55555/s12.2019.4182,,false,FEED
W484,Scaling laws for sediment flux in the Wexcombe marshes,2020,ART,S01,10.55555/s01.2020.2410,,false,FEED
W485,Revisiting tidal asymmetry in shallow channels,2021,ART,S07,10.55555/s07.2021.3628,,false,FEED
W486,Uncertainty in vortex shedding estimates in the Brevin shelf,2019,ART,S10,10.55555/s10.2019.2360,,false,FEED
W487,Remote sensing of wave runup in the open shelf,2024,ART,S11,10.55555/s11.2024.1631,,false,FEED
W488,A framework for turbulent wakes,2025,ART,S01,10.55555/s01.2025.9949,,false,STG
W489,Scaling laws for beach profiles in the Albury estuary,2020,ART,S11,10.55555/s11.2020.6314,,false,FEED
W491,Seasonal variability in wave runup in the open shelf,2020,ART,S12,10.55555/s12.2020.4218,,false,FEED
W492,Field measurements of estuarine salinity,2025,ART,S09,10.55555/s09.2025.1360,,false,FEED
W493,Low-cost methods for tidal asymmetry in harbour basins,2024,ART,S11,10.55555/s11.2024.9688,,false,FEED
W496,Low-cost methods for sensor calibration,2022,ART,S02,10.55555/s02.2022.3778,,false,FEED
W497,Remote sensing of vortex shedding in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3309,,false,FEED
W498,Remote sensing of wave runup in sandy coasts,2024,ART,S07,10.55555/s07.2024.6095,,false,FEED
W499,Long-term trends in turbidity sensing,2024,ART,S03,10.55555/s03.2024.1107,,false,FEED
W500,Machine learning for dune erosion,2019,ART,S03,10.55555/s03.2019.9740,,false,FEED
W501,Low-cost methods for glider navigation in the open shelf,2024,ART,S02,10.55555/s02.2024.5158,,false,FEED
W502,Field measurements of harbour seiches in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.4754,,false,FEED
W503,Observations of seabed classification in a macrotidal bay,2021,ART,S01,10.55555/s01.2021.5862,,false,FEED
W504,Field measurements of breaking waves,2024,ART,S03,10.55555/s03.2024.3799,,false,FEED
W505,Field measurements of storm surge in a laboratory flume,2024,ART,S10,10.55555/s10.2024.1506,,false,FEED
W506,Remote sensing of coastal upwelling,2022,PPR,S05,10.55555/s05.2022.7734,W422,false,FEED
W507,Observations of tidal asymmetry in shallow channels,2024,ART,S08,10.55555/s08.2024.9152,,false,FEED
W508,Observations of internal waves in mixed-energy coasts,2021,ART,S10,10.55555/s10.2021.4045,,false,FEED
W509,Uncertainty in harbour seiches estimates in fjords,2024,ART,S08,10.55555/s08.2024.3522,,false,FEED
W510,Field measurements of vortex shedding,2020,ART,S03,10.55555/s03.2020.3398,,false,FEED
W511,Revisiting tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1922,,false,FEED
W512,Long-term trends in estuarine salinity in the open shelf,2025,ART,S07,10.55555/s07.2025.6384,,false,FEED
W513,Field measurements of sonar imaging,2020,ART,S02,10.55555/s02.2020.5677,,false,FEED
W515,Machine learning for bed shear stress,2025,ART,S10,10.55555/s10.2025.3762,,false,FEED
W516,Long-term trends in tidal asymmetry in tidal inlets,2019,ART,S03,10.55555/s03.2019.2384,,false,FEED
W518,Long-term trends in turbulent wakes,2020,ART,S03,10.55555/s03.2020.3210,,false,FEED
W519,A framework for internal waves in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.3765,,false,FEED
W520,Low-cost methods for estuarine salinity in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3227,,true,FEED
W521,Observations of tidal asymmetry in the open shelf,2024,ART,S08,10.55555/s08.2024.6727,,false,FEED
W522,Observations of estuarine plumes,2020,PPR,S14,10.55555/s14.2020.4281,W312,false,FEED
W523,Seasonal variability in sensor calibration in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.2677,,false,FEED
W524,Field measurements of harbour seiches in the North Sea,2020,PPR,S05,10.55555/s05.2020.8964,W807,false,FEED
W525,A model of harbour seiches in the open shelf,2024,ART,S02,10.55555/s02.2024.9338,,false,FEED
W526,Long-term trends in storm surge in sandy coasts,2022,ART,S09,10.55555/s09.2022.9881,,false,FEED
W527,Remote sensing of glider navigation,2019,ART,S11,10.55555/s11.2019.6644,,false,FEED
W528,A framework for tidal mixing,2024,ART,S02,10.55555/s02.2024.7151,,false,FEED
W529,Field measurements of survey vessel autonomy in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.3901,,false,FEED
W530,A model of stratified flows in shallow channels,2021,SUP,S06,10.55555/s06.2021.7136,,false,FEED
W531,A framework for stratified flows in shallow channels,2023,ART,S01,10.55555/s01.2023.4752,,false,FEED
W532,Low-cost methods for estuarine salinity in harbour basins,2024,ART,S10,10.55555/s10.2024.2600,,false,FEED
W533,Long-term trends in internal waves in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3693,,false,FEED
W534,Uncertainty in wave runup estimates,2024,ART,S07,10.55555/s07.2024.1162,,false,FEED
W535,A framework for buoy telemetry in the Albury estuary,2025,ART,S01,10.55555/s01.2025.2827,,false,FEED
W536,Seasonal variability in estuarine salinity in the Albury estuary,2020,ART,S11,10.55555/s11.2020.3257,,false,FEED
W538,A framework for sediment flux in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.5964,,false,FEED
W539,A model of stratified flows,2022,ART,S06,10.55555/s06.2022.8112,,false,FEED
W540,Remote sensing of marsh accretion,2023,ART,S07,10.55555/s07.2023.6674,,false,FEED
W541,Scaling laws for dune erosion in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.7243,,false,FEED
W542,Revisiting wave runup in the open shelf,2021,ART,S11,10.55555/s11.2021.8032,,false,FEED
W544,A model of buoy telemetry in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.1370,,false,FEED
W545,Field measurements of beach profiles,2019,PPR,S14,10.55555/s14.2019.4307,W742,false,FEED
W546,Low-cost methods for sonar imaging,2025,ART,S10,10.55555/s10.2025.8889,,false,FEED
W547,Seasonal variability in internal waves,2021,ART,S11,10.55555/s11.2021.7504,,false,FEED
W548,Editorial: observations of tidal asymmetry in the North Sea,2021,EDT,S09,10.55555/s09.2021.1082,,false,FEED
W549,Observations of wave boundary layers,2024,ART,S11,10.55555/s11.2024.9406,,false,FEED
W550,Uncertainty in internal waves estimates in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.7387,,false,FEED
W551,A model of harbour seiches in the Wexcombe marshes,2022,ART,S11,10.55555/s11.2022.2998,,false,FEED
W552,Machine learning for coastal upwelling,2019,ART,S07,10.55555/s07.2019.6027,,false,FEED
W553,Field measurements of buoy telemetry in mixed-energy coasts,2022,ART,S03,10.55555/s03.2022.5263,,false,FEED
W554,Remote sensing of coastal upwelling in a macrotidal bay,2024,ART,S01,10.55555/s01.2024.2480,,false,FEED
W555,A model of underwater docking in a macrotidal bay,2020,ART,S09,10.55555/s09.2020.3444,,false,FEED
W556,Low-cost methods for marsh accretion,2019,PPR,S05,10.55555/s05.2019.3044,W1038,false,FEED
W557,Low-cost methods for underwater docking in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.3419,,false,FEED
W558,Field measurements of underwater docking in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.9898,,false,FEED
W559,Field measurements of storm surge in shallow channels,2022,ART,S11,10.55555/s11.2022.6814,,false,FEED
W560,Scaling laws for tidal asymmetry in mixed-energy coasts,2023,ART,S01,10.55555/s01.2023.4408,,false,FEED
W561,Front matter,2019,PTX,S06,10.55555/s06.2019.5973,,false,FEED
W562,Machine learning for marsh accretion in the open shelf,2019,ART,S08,10.55555/s08.2019.4214,,false,FEED
W563,Low-cost methods for estuarine plumes in the Wexcombe marshes,2021,ART,S01,10.55555/s01.2021.3599,,false,FEED
W564,Scaling laws for battery endurance in a semi-enclosed sea: a review,2022,REV,S01,10.55555/s01.2022.5208,,false,FEED
W565,Observations of beach profiles,2019,ART,S03,10.55555/s03.2019.7754,,false,FEED
W566,A model of wave runup,2023,PPR,S05,10.55555/s05.2023.9828,,false,FEED
W567,Seasonal variability in turbidity sensing,2025,ART,S04,10.55555/s04.2025.3600,,false,FEED
W568,Remote sensing of battery endurance in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.5300,,false,FEED
W569,A framework for fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9174,,false,STG
W570,Low-cost methods for dune erosion in tidal inlets: a review,2025,REV,S12,10.55555/s12.2025.5362,,false,FEED
W571,Uncertainty in harbour seiches estimates in a macrotidal bay,2024,ART,S02,10.55555/s02.2024.9329,,false,FEED
W572,Editorial: seasonal variability in estuarine salinity,2019,EDT,S10,10.55555/s10.2019.1114,,false,FEED
W573,Long-term trends in estuarine plumes in mixed-energy coasts,2025,REV,S01,10.55555/s01.2025.6255,,false,STG
W574,Revisiting stratified flows in sandy coasts,2020,ART,S02,10.55555/s02.2020.6413,,false,FEED
W575,Seasonal variability in coastal upwelling in fjords: a review,2023,REV,S12,10.55555/s12.2023.9271,,false,FEED
W576,Revisiting wave boundary layers in the North Sea,2021,ART,S03,10.55555/s03.2021.2183,,false,FEED
W578,Seasonal variability in vortex shedding in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.9801,,false,FEED
W579,Machine learning for coastal upwelling in tidal inlets,2020,ART,S12,10.55555/s12.2020.6217,,false,FEED
W580,Remote sensing of harbour seiches in the North Sea,2020,ART,S10,10.55555/s10.2020.2185,,false,FEED
W581,Seasonal variability in sediment flux in a semi-enclosed sea,2023,ART,S10,10.55555/s10.2023.2333,,false,FEED
W582,Field measurements of sediment resuspension in a semi-enclosed sea,2025,ART,S03,10.55555/s03.2025.3135,,false,STG
W583,Long-term trends in dune erosion in tidal inlets,2019,ART,S10,10.55555/s10.2019.7508,,false,FEED
W584,Uncertainty in dune erosion estimates in a semi-enclosed sea,2019,ART,S11,10.55555/s11.2019.4594,,false,FEED
W585,Revisiting battery endurance,2024,ART,S10,10.55555/s10.2024.2511,,false,FEED
W586,Long-term trends in tidal mixing in the open shelf,2025,ART,S02,10.55555/s02.2025.8404,,false,FEED
W587,A framework for harbour seiches in harbour basins,2021,ART,S08,10.55555/s08.2021.1158,,false,FEED
W588,Remote sensing of buoy telemetry,2019,ART,S01,10.55555/s01.2019.1349,,false,FEED
W589,Observations of breaking waves,2020,ART,S11,10.55555/s11.2020.7529,,false,FEED
W590,Front matter,2020,PTX,S02,10.55555/s02.2020.6031,,false,FEED
W592,Remote sensing of estuarine plumes in the Brevin shelf,2025,ART,S03,10.55555/s03.2025.4283,,false,FEED
W593,Seasonal variability in storm surge in sandy coasts: a review,2019,REV,S12,10.55555/s12.2019.6314,,false,FEED
W594,Observations of survey vessel autonomy,2025,ART,S03,10.55555/s03.2025.7998,,false,FEED
W595,Field measurements of stratified flows in a laboratory flume,2024,ART,S11,10.55555/s11.2024.2105,,false,FEED
W598,Revisiting underwater docking in a laboratory flume,2024,ART,S10,10.55555/s10.2024.5249,,false,FEED
W599,Uncertainty in sediment resuspension estimates in the open shelf: a review,2019,REV,S01,10.55555/s01.2019.3968,,false,FEED
W601,Long-term trends in coastal upwelling in a macrotidal bay: a review,2021,REV,S12,10.55555/s12.2021.7790,,false,FEED
W602,Remote sensing of sonar imaging in fjords,2023,ART,S03,10.55555/s03.2023.9987,,false,FEED
W603,Remote sensing of sediment resuspension in shallow channels,2025,ART,S02,10.55555/s02.2025.7119,,false,FEED
W605,Long-term trends in harbour seiches in the Brevin shelf,2019,ART,S03,10.55555/s03.2019.5358,,false,FEED
W606,Scaling laws for beach profiles,2023,ART,S06,10.55555/s06.2023.5454,,false,FEED
W607,Scaling laws for beach profiles in shallow channels,2023,ART,S10,10.55555/s10.2023.4816,,false,FEED
W608,A model of fleet coordination,2020,ART,S01,10.55555/s01.2020.6430,,false,FEED
W609,Machine learning for internal waves in the open shelf,2025,ART,S08,10.55555/s08.2025.8476,,false,FEED
W610,Scaling laws for estuarine plumes in the open shelf,2025,ART,S02,10.55555/s02.2025.5434,,false,STG
W611,A framework for wave boundary layers in shallow channels,2019,PPR,S05,10.55555/s05.2019.5980,W301,false,FEED
W612,A model of survey vessel autonomy in mixed-energy coasts,2023,PPR,S05,10.55555/s05.2023.6455,W869,false,FEED
W613,A model of dune erosion in mixed-energy coasts,2019,ART,S06,10.55555/s06.2019.4535,,false,FEED
W614,Field measurements of marsh accretion in sandy coasts,2023,ART,S10,10.55555/s10.2023.9974,,false,FEED
W615,Low-cost methods for marsh accretion in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3753,,false,FEED
W616,Low-cost methods for storm surge in harbour basins,2020,ART,S11,10.55555/s11.2020.9974,,false,FEED
W617,Scaling laws for dune erosion,2025,ART,S03,10.55555/s03.2025.9852,,false,FEED
W618,Low-cost methods for beach profiles in tidal inlets,2021,ART,S13,10.55555/s13.2021.8504,,false,FEED
W619,Seasonal variability in tidal asymmetry in sandy coasts,2022,ART,S07,10.55555/s07.2022.5383,,false,FEED
W620,Revisiting river plumes in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.1747,,false,FEED
W621,Seasonal variability in turbulent wakes,2025,ART,S02,10.55555/s02.2025.2554,,false,FEED
W623,Revisiting wave runup,2020,ART,S09,10.55555/s09.2020.3090,,false,FEED
W624,Low-cost methods for stratified flows in the Albury estuary,2024,ART,S03,10.55555/s03.2024.1326,,false,FEED
W625,Uncertainty in wave boundary layers estimates in fjords,2023,ART,S03,10.55555/s03.2023.8000,,false,FEED
W626,Editorial: beach profiles,2019,EDT,S02,10.55555/s02.2019.6520,,false,FEED
W627,Scaling laws for wave runup in the open shelf,2021,ART,S09,10.55555/s09.2021.1628,,false,FEED
W628,A framework for tidal asymmetry in the open shelf,2021,ART,S12,10.55555/s12.2021.3010,,false,FEED
W629,Low-cost methods for river plumes,2023,ART,S08,10.55555/s08.2023.1974,,false,FEED
W630,Machine learning for estuarine salinity in the North Sea,2019,ART,S09,10.55555/s09.2019.8821,,false,FEED
W631,Low-cost methods for sediment flux,2024,ART,S01,10.55555/s01.2024.1273,,false,FEED
W632,A framework for sediment flux,2025,ART,S03,10.55555/s03.2025.4934,,false,FEED
W633,Long-term trends in breaking waves in sandy coasts,2025,ART,S03,10.55555/s03.2025.8607,,false,FEED
W635,Scaling laws for internal waves,2021,ART,S09,10.55555/s09.2021.7986,,false,FEED
W636,Machine learning for internal waves in the North Sea,2022,ART,S09,10.55555/s09.2022.2840,,false,FEED
W637,Editorial: a model of river plumes in the Albury estuary,2024,EDT,S12,10.55555/s12.2024.2287,,false,FEED
W638,Uncertainty in marsh accretion estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.4497,,false,FEED
W639,Seasonal variability in channel hydraulics in the North Sea,2019,SUP,S02,10.55555/s02.2019.5404,,false,FEED
W640,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2021,ART,S02,10.55555/s02.2021.1205,,false,FEED
W641,A model of beach profiles,2023,ART,S11,10.55555/s11.2023.2011,,false,FEED
W642,Remote sensing of wave runup in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.9684,,false,FEED
W643,Uncertainty in estuarine plumes estimates in tidal inlets,2022,ART,S03,10.55555/s03.2022.7484,,false,FEED
W644,Long-term trends in marsh accretion in fjords,2025,ART,S09,10.55555/s09.2025.2662,,false,FEED
W645,A framework for wave runup in mixed-energy coasts: a review,2024,REV,S08,10.55555/s08.2024.7416,,false,FEED
W646,Scaling laws for internal waves in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.6121,,false,FEED
W648,A framework for dune erosion in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.9298,,false,FEED
W649,Remote sensing of tidal asymmetry,2021,ART,S11,10.55555/s11.2021.3654,,false,FEED
W650,Field measurements of wave runup in a macrotidal bay,2024,ART,S12,10.55555/s12.2024.3957,,false,FEED
W651,A framework for breaking waves in harbour basins,2019,ART,S03,10.55555/s03.2019.6678,,false,FEED
W652,Revisiting internal waves in a semi-enclosed sea,2025,ART,S12,10.55555/s12.2025.3292,,false,FEED
W654,A framework for estuarine plumes in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.3834,,false,FEED
W655,Seasonal variability in harbour seiches in a macrotidal bay,2020,ART,S10,10.55555/s10.2020.9455,,false,FEED
W656,Scaling laws for river plumes,2020,ART,S02,10.55555/s02.2020.6712,,false,FEED
W657,Long-term trends in glider navigation,2024,ART,S09,10.55555/s09.2024.6062,,false,FEED
W659,Uncertainty in glider navigation estimates,2023,ART,S10,10.55555/s10.2023.6589,,false,FEED
W660,A framework for buoy telemetry in a macrotidal bay,2022,ART,S01,10.55555/s01.2022.2312,,false,FEED
W661,Revisiting turbidity sensing in the Albury estuary,2024,ART,S02,10.55555/s02.2024.5331,,false,FEED
W662,Observations of marsh accretion,2024,ART,S11,10.55555/s11.2024.9264,,false,FEED
W663,A framework for turbidity sensing,2021,PPR,S14,10.55555/s14.2021.4360,W464,false,FEED
W664,Machine learning for estuarine salinity in the Wexcombe marshes,2020,ART,S02,10.55555/s02.2020.7019,,false,FEED
W665,Uncertainty in wave boundary layers estimates,2019,ART,S03,10.55555/s03.2019.9852,,false,FEED
W666,Field measurements of tidal asymmetry: a review,2023,REV,S09,10.55555/s09.2023.6905,,false,FEED
W667,A model of internal waves in harbour basins,2023,ART,S07,10.55555/s07.2023.6431,,false,FEED
W668,Field measurements of wave runup,2021,ART,S10,10.55555/s10.2021.2689,,false,FEED
W669,Machine learning for river plumes in fjords,2023,ART,S11,10.55555/s11.2023.5633,,false,FEED
W670,Low-cost methods for river plumes in fjords,2025,ART,S03,10.55555/s03.2025.4572,,false,FEED
W671,Seasonal variability in beach profiles,2022,ART,S03,10.55555/s03.2022.3200,,false,FEED
W672,Machine learning for estuarine salinity in a macrotidal bay,2019,ART,S11,10.55555/s11.2019.9549,,false,FEED
W673,A model of seabed classification in harbour basins,2025,ART,S06,10.55555/s06.2025.2155,,false,FEED
W674,Foreword: stratified flows,2022,EDT,S06,10.55555/s06.2022.6198,,false,FEED
W675,Seasonal variability in tidal mixing,2024,ART,S01,10.55555/s01.2024.8449,,false,FEED
W676,Low-cost methods for turbidity sensing,2025,ART,S02,10.55555/s02.2025.6159,,false,FEED
W678,Remote sensing of wave runup in fjords,2020,ART,S01,10.55555/s01.2020.5400,,false,FEED
W679,Remote sensing of battery endurance in tidal inlets,2024,ART,S01,10.55555/s01.2024.5950,,false,FEED
W680,Seasonal variability in breaking waves,2025,REV,S02,10.55555/s02.2025.4880,,false,STG
W681,Field measurements of fleet coordination,2019,ART,S03,10.55555/s03.2019.5212,,false,FEED
W682,Long-term trends in battery endurance,2025,ART,S01,10.55555/s01.2025.3617,,false,FEED
W683,Long-term trends in river plumes in a semi-enclosed sea,2024,ART,S07,10.55555/s07.2024.2985,,false,FEED
W684,Field measurements of dune erosion in tidal inlets,2024,ART,S03,10.55555/s03.2024.1442,,false,FEED
W685,Low-cost methods for dune erosion in the Brevin shelf,2023,ART,S09,10.55555/s09.2023.2998,,false,FEED
W686,Field measurements of wave boundary layers in shallow channels,2022,ART,S03,10.55555/s03.2022.5808,,false,FEED
W688,A model of internal waves in mixed-energy coasts,2025,ART,S10,10.55555/s10.2025.3631,,false,FEED
W690,Observations of turbidity sensing,2023,ART,S02,10.55555/s02.2023.4143,,false,FEED
W691,Uncertainty in turbidity sensing estimates,2023,ART,S11,10.55555/s11.2023.5638,,false,FEED
W692,Low-cost methods for storm surge in a semi-enclosed sea,2020,ART,S12,10.55555/s12.2020.7316,,false,FEED
W693,A framework for wave boundary layers in tidal inlets,2025,ART,S01,10.55555/s01.2025.4141,,true,FEED
W696,Scaling laws for tidal mixing,2019,ART,S06,10.55555/s06.2019.7374,,false,FEED
W697,Observations of vortex shedding,2019,ART,S03,10.55555/s03.2019.2721,,false,FEED
W699,Seasonal variability in sediment flux in mixed-energy coasts,2023,ART,S09,10.55555/s09.2023.6292,,false,FEED
W700,Observations of stratified flows,2025,ART,S03,10.55555/s03.2025.3995,,false,STG
W702,Revisiting marsh accretion,2022,ART,S03,10.55555/s03.2022.5477,,false,FEED
W703,Field measurements of estuarine salinity in the open shelf,2025,ART,S10,10.55555/s10.2025.9900,,false,FEED
W704,Uncertainty in river plumes estimates,2024,ART,S09,10.55555/s09.2024.9163,,false,FEED
W705,Seasonal variability in turbulent wakes in a semi-enclosed sea,2024,ART,S02,10.55555/s02.2024.4059,,false,FEED
W706,Machine learning for sediment flux in the Brevin shelf,2024,REV,S04,10.55555/s04.2024.7328,,false,FEED
W707,Machine learning for channel hydraulics in sandy coasts,2019,ART,S02,10.55555/s02.2019.9758,,false,FEED
W709,Field measurements of estuarine salinity in sandy coasts,2025,ART,S12,10.55555/s12.2025.1295,,false,FEED
W710,Uncertainty in estuarine plumes estimates,2023,ART,S02,10.55555/s02.2023.6237,,false,FEED
W711,Remote sensing of glider navigation in mixed-energy coasts,2025,ART,S02,10.55555/s02.2025.9323,,false,FEED
W713,A model of internal waves in tidal inlets,2019,ART,S09,10.55555/s09.2019.4556,,false,FEED
W714,Low-cost methods for wave boundary layers in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9707,,false,STG
W715,Field measurements of dune erosion,2021,ART,S02,10.55555/s02.2021.7835,,false,FEED
W716,A framework for river plumes,2020,ART,S06,10.55555/s06.2020.3784,,false,FEED
W718,Uncertainty in marsh accretion estimates in the North Sea: a review,2024,REV,S09,10.55555/s09.2024.8260,,false,FEED
W719,Editorial: long-term trends in wave runup,2025,EDT,S07,10.55555/s07.2025.8025,,false,FEED
W720,Revisiting tidal mixing,2019,ART,S01,10.55555/s01.2019.2517,,false,FEED
W721,Field measurements of wave runup in sandy coasts,2024,ART,S02,10.55555/s02.2024.3360,,false,FEED
W722,Long-term trends in river plumes: a review,2020,REV,S09,10.55555/s09.2020.9978,,false,FEED
W723,A model of vortex shedding in tidal inlets,2020,ART,S03,10.55555/s03.2020.3636,,false,FEED
W724,Revisiting dune erosion in harbour basins,2020,ART,S07,10.55555/s07.2020.4604,,false,FEED
W725,Remote sensing of marsh accretion in shallow channels,2022,ART,S06,10.55555/s06.2022.9264,,false,FEED
W726,Remote sensing of storm surge in the Brevin shelf: a review,2020,REV,S10,10.55555/s10.2020.5895,,false,FEED
W727,Field measurements of breaking waves in the Brevin shelf,2022,ART,S01,10.55555/s01.2022.9629,,false,FEED
W728,Uncertainty in wave boundary layers estimates,2019,PPR,S05,10.55555/s05.2019.7711,W665,false,FEED
W729,Uncertainty in wave runup estimates in a macrotidal bay: a review,2024,REV,S11,10.55555/s11.2024.7189,,false,FEED
W730,A framework for tidal asymmetry in the Albury estuary,2020,PPR,S05,10.55555/s05.2020.4764,W303,false,FEED
W731,Long-term trends in river plumes in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.5231,,false,FEED
W732,Long-term trends in coastal upwelling in a laboratory flume,2024,ART,S08,10.55555/s08.2024.7170,,false,FEED
W733,Remote sensing of estuarine plumes in mixed-energy coasts,2019,ART,S01,10.55555/s01.2019.7106,,false,FEED
W734,Uncertainty in turbulent wakes estimates in sandy coasts,2025,SUP,S03,10.55555/s03.2025.2334,,false,STG
W735,Low-cost methods for dune erosion in shallow channels,2020,ART,S07,10.55555/s07.2020.8623,,false,FEED
W736,Low-cost methods for beach profiles,2024,ART,S11,10.55555/s11.2024.5981,,false,FEED
W737,A model of stratified flows in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.2479,,false,FEED
W738,A framework for turbulent wakes in a laboratory flume,2022,ART,S02,10.55555/s02.2022.5805,,false,FEED
W739,Field measurements of estuarine salinity in a laboratory flume: a review,2019,REV,S11,10.55555/s11.2019.2297,,false,FEED
W740,Observations of marsh accretion in the open shelf,2020,ART,S07,10.55555/s07.2020.4709,,false,FEED
W741,Uncertainty in coastal upwelling estimates,2021,ART,S10,10.55555/s10.2021.3357,,false,FEED
W742,Field measurements of beach profiles,2019,ART,S11,10.55555/s11.2019.1296,,false,FEED
W744,Remote sensing of wave boundary layers,2024,ART,S01,10.55555/s01.2024.8528,,false,FEED
W745,A model of sonar imaging in the Brevin shelf,2020,PPR,S05,10.55555/s05.2020.3478,,false,FEED
W747,Observations of river plumes,2024,PPR,S14,10.55555/s14.2024.1295,,false,FEED
W748,Revisiting battery endurance in the Brevin shelf,2024,ART,S11,10.55555/s11.2024.6265,,false,FEED
W749,Field measurements of marsh accretion: a review,2019,REV,S02,10.55555/s02.2019.3932,,false,FEED
W750,Long-term trends in coastal upwelling,2023,ART,S03,10.55555/s03.2023.6676,,false,FEED
W751,Editorial: sensor calibration,2020,EDT,S03,10.55555/s03.2020.2526,,false,FEED
W752,A framework for internal waves in the Albury estuary,2020,ART,S08,10.55555/s08.2020.6465,,false,FEED
W753,Field measurements of survey vessel autonomy in the Wexcombe marshes,2021,ART,S13,10.55555/s13.2021.5183,,false,FEED
W754,Table of contents,2022,PTX,S01,10.55555/s01.2022.1269,,false,FEED
W755,Machine learning for turbidity sensing in shallow channels,2019,ART,S03,10.55555/s03.2019.4685,,false,FEED
W756,Editorial: low-cost methods for marsh accretion in tidal inlets,2020,EDT,S08,10.55555/s08.2020.8771,,false,FEED
W757,Machine learning for tidal asymmetry in tidal inlets,2023,ART,S12,10.55555/s12.2023.7538,,false,FEED
W758,Low-cost methods for glider navigation in harbour basins: a review,2019,REV,S03,10.55555/s03.2019.1424,,false,FEED
W760,Seasonal variability in marsh accretion in fjords,2025,ART,S11,10.55555/s11.2025.2068,,false,FEED
W761,Long-term trends in battery endurance in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.4054,,false,FEED
W762,Seasonal variability in buoy telemetry in the Albury estuary,2024,ART,S10,10.55555/s10.2024.1283,,false,FEED
W763,A model of glider navigation in a macrotidal bay,2024,ART,S13,10.55555/s13.2024.5312,,false,FEED
W764,Long-term trends in harbour seiches in the Albury estuary,2022,ART,S01,10.55555/s01.2022.9782,,false,FEED
W765,Field measurements of storm surge in harbour basins,2025,ART,S10,10.55555/s10.2025.2383,,false,FEED
W766,Erratum: A model of fleet coordination in mixed-energy coasts: a review,2025,ERR,S09,10.55555/s09.2025.9163,,false,FEED
W768,A model of marsh accretion in the Wexcombe marshes,2020,ART,S11,10.55555/s11.2020.5522,,false,FEED
W769,Scaling laws for estuarine salinity: a review,2020,REV,S10,10.55555/s10.2020.4442,,false,FEED
W770,Machine learning for coastal upwelling in the open shelf,2019,ART,S11,10.55555/s11.2019.6039,,false,FEED
W771,Seasonal variability in tidal mixing in tidal inlets: a review,2019,REV,S02,10.55555/s02.2019.3528,,false,FEED
W772,Field measurements of river plumes,2019,ART,S09,10.55555/s09.2019.2828,,false,FEED
W773,Revisiting estuarine salinity in shallow channels,2022,ART,S11,10.55555/s11.2022.7610,,false,FEED
W774,Seasonal variability in glider navigation,2024,ART,S01,10.55555/s01.2024.4977,,false,FEED
W775,Machine learning for storm surge in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.7997,,false,FEED
W776,Low-cost methods for harbour seiches in a semi-enclosed sea: a review,2022,REV,S10,10.55555/s10.2022.2098,,false,FEED
W777,Machine learning for turbulent wakes,2023,ART,S01,10.55555/s01.2023.2466,,false,FEED
W778,Long-term trends in sonar imaging,2023,ART,S13,10.55555/s13.2023.7910,,false,FEED
W779,Scaling laws for estuarine plumes in a semi-enclosed sea: a review,2021,REV,S02,10.55555/s02.2021.8337,,false,FEED
W780,Long-term trends in ocean optics in sandy coasts,2019,PPR,S05,10.55555/s05.2019.6565,,false,FEED
W781,Field measurements of turbidity sensing in the Wexcombe marshes,2025,PPR,S05,10.55555/s05.2025.9755,,false,FEED
W782,Long-term trends in storm surge,2020,ART,S11,10.55555/s11.2020.2195,,false,FEED
W783,A framework for stratified flows in harbour basins,2024,ART,S11,10.55555/s11.2024.9909,,false,FEED
W784,Remote sensing of beach profiles in the Albury estuary,2021,ART,S12,10.55555/s12.2021.2613,,false,FEED
W785,A framework for river plumes in fjords: a review,2020,REV,S09,10.55555/s09.2020.9788,,false,FEED
W786,Editorial: observations of storm surge in fjords,2020,EDT,S08,10.55555/s08.2020.6266,,false,FEED
W787,Long-term trends in battery endurance in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.7188,,false,FEED
W788,Seasonal variability in wave boundary layers,2025,ART,S02,10.55555/s02.2025.6486,,false,FEED
W789,Field measurements of tidal mixing,2022,ART,S09,10.55555/s09.2022.9918,,false,FEED
W790,Seasonal variability in breaking waves in a macrotidal bay,2020,ART,S03,10.55555/s03.2020.7464,,false,FEED
W791,Scaling laws for turbulent wakes in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.7741,,false,FEED
W792,Scaling laws for harbour seiches in the North Sea,2023,ART,S06,10.55555/s06.2023.3994,,false,FEED
W793,A model of stratified flows in sandy coasts,2023,SUP,S06,10.55555/s06.2023.7202,,false,FEED
W794,Revisiting internal waves in tidal inlets,2025,ART,S10,10.55555/s10.2025.3411,,false,FEED
W795,Field measurements of coastal upwelling in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.3340,,false,FEED
W797,Revisiting marsh accretion in shallow channels,2021,ART,S11,10.55555/s11.2021.8578,,false,FEED
W798,Long-term trends in channel hydraulics,2023,ART,S02,10.55555/s02.2023.9344,,false,FEED
W799,A framework for coastal upwelling in the North Sea,2022,ART,S01,10.55555/s01.2022.1570,,false,FEED
W800,A model of tidal mixing in the open shelf,2025,SUP,S06,10.55555/s06.2025.5723,,false,FEED
W801,Observations of seabed classification,2022,ART,S03,10.55555/s03.2022.2362,,false,FEED
W802,Observations of estuarine plumes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8136,,false,STG
W803,Long-term trends in breaking waves,2023,SUP,S06,10.55555/s06.2023.2454,,false,FEED
W804,Long-term trends in harbour seiches,2020,ART,S12,10.55555/s12.2020.9370,,false,FEED
W806,Uncertainty in tidal mixing estimates in sandy coasts,2019,ART,S03,10.55555/s03.2019.2298,,false,FEED
W807,Field measurements of harbour seiches in the North Sea,2020,ART,S03,10.55555/s03.2020.7376,,false,FEED
W808,Uncertainty in beach profiles estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.2786,,false,FEED
W809,Revisiting coastal upwelling,2022,ART,S11,10.55555/s11.2022.4289,,false,FEED
W810,Erratum: Uncertainty in internal waves estimates in the North Sea,2025,ERR,S02,10.55555/s02.2025.6696,,false,FEED
W811,A model of buoy telemetry in the Wexcombe marshes,2022,ART,S03,10.55555/s03.2022.2784,,false,FEED
W812,Low-cost methods for buoy telemetry in the open shelf,2024,ART,S10,10.55555/s10.2024.5642,,false,FEED
W813,Erratum: Remote sensing of buoy telemetry in fjords,2025,ERR,S02,10.55555/s02.2025.2143,,false,FEED
W814,Long-term trends in estuarine salinity in the Wexcombe marshes: a review,2025,REV,S07,10.55555/s07.2025.4609,,false,FEED
W815,Low-cost methods for internal waves in fjords,2022,ART,S03,10.55555/s03.2022.7036,,false,FEED
W816,Low-cost methods for sediment flux in a laboratory flume,2020,ART,S07,10.55555/s07.2020.5801,,false,FEED
W817,Remote sensing of survey vessel autonomy in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.6290,,false,FEED
W818,Field measurements of beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.2786,,false,FEED
W819,Machine learning for wave boundary layers in the open shelf,2025,SUP,S02,10.55555/s02.2025.9700,,false,STG
W820,Long-term trends in tidal asymmetry: a review,2019,REV,S11,10.55555/s11.2019.3624,,false,FEED
W821,Low-cost methods for beach profiles in mixed-energy coasts,2023,ART,S06,10.55555/s06.2023.3335,,false,FEED
W822,A framework for tidal asymmetry in the Brevin shelf,2021,ART,S09,10.55555/s09.2021.7143,,false,FEED
W823,Uncertainty in marsh accretion estimates in mixed-energy coasts,2019,ART,S10,10.55555/s10.2019.9455,,false,FEED
W824,A framework for sonar imaging,2022,PPR,S14,10.55555/s14.2022.5570,,false,FEED
W825,Front matter,2023,PTX,S06,10.55555/s06.2023.9210,,false,FEED
W826,Revisiting wave runup in tidal inlets,2022,ART,S09,10.55555/s09.2022.2879,,false,FEED
W827,Long-term trends in survey vessel autonomy in tidal inlets,2022,ART,S11,10.55555/s11.2022.6278,,false,FEED
W828,A framework for internal waves in the open shelf,2024,ART,S09,10.55555/s09.2024.5979,,false,FEED
W829,Observations of fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.5136,,false,FEED
W830,Scaling laws for turbulent wakes in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.3894,,false,FEED
W831,Revisiting battery endurance in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.3877,,false,FEED
W832,Revisiting breaking waves,2021,ART,S10,10.55555/s10.2021.3252,,false,FEED
W833,Observations of fleet coordination in the Albury estuary,2024,ART,S03,10.55555/s03.2024.2508,,false,FEED
W834,Low-cost methods for battery endurance,2023,ART,S13,10.55555/s13.2023.4105,,false,FEED
W835,A model of marsh accretion,2020,ART,S09,10.55555/s09.2020.7114,,false,FEED
W836,Scaling laws for wave runup in harbour basins: a review,2020,REV,S07,10.55555/s07.2020.4614,,false,FEED
W837,Long-term trends in bed shear stress in sandy coasts,2025,ART,S03,10.55555/s03.2025.8651,,true,FEED
W838,Remote sensing of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.7832,,false,FEED
W840,A model of ocean optics in the Wexcombe marshes: a review,2025,REV,S11,10.55555/s11.2025.7868,,false,FEED
W842,Uncertainty in internal waves estimates,2024,ART,S02,10.55555/s02.2024.9901,,false,FEED
W843,A framework for ocean optics in the Albury estuary,2023,ART,S02,10.55555/s02.2023.2459,,false,FEED
W844,A framework for seabed classification in fjords,2025,ART,S01,10.55555/s01.2025.4503,,false,STG
W845,Low-cost methods for storm surge in a laboratory flume: a review,2022,REV,S11,10.55555/s11.2022.1648,,false,FEED
W846,Revisiting acoustic positioning in the Wexcombe marshes,2024,ART,S03,10.55555/s03.2024.1652,,false,FEED
W847,Observations of wave runup in mixed-energy coasts,2022,ART,S12,10.55555/s12.2022.3379,,false,FEED
W848,Machine learning for wave runup,2021,ART,S02,10.55555/s02.2021.2822,,false,FEED
W849,Revisiting glider navigation,2020,ART,S04,10.55555/s04.2020.2969,,false,FEED
W850,Long-term trends in stratified flows in the North Sea,2025,ART,S10,10.55555/s10.2025.7663,,false,FEED
W851,Uncertainty in dune erosion estimates,2023,ART,S09,10.55555/s09.2023.4367,,false,FEED
W852,Scaling laws for bed shear stress in the Brevin shelf,2020,ART,S01,10.55555/s01.2020.9443,,true,FEED
W853,Seasonal variability in estuarine plumes,2024,ART,S06,10.55555/s06.2024.3708,,false,FEED
W854,Uncertainty in internal waves estimates in the North Sea,2024,ART,S02,10.55555/s02.2024.1640,,false,FEED
W855,Uncertainty in vortex shedding estimates in the open shelf,2021,ART,S01,10.55555/s01.2021.4438,,false,FEED
W856,Observations of estuarine salinity in tidal inlets,2024,ART,S10,10.55555/s10.2024.9567,,false,FEED
W857,Long-term trends in glider navigation in the North Sea: a review,2020,REV,S06,10.55555/s06.2020.7330,,false,FEED
W858,A model of dune erosion in sandy coasts,2019,ART,S12,10.55555/s12.2019.1831,,false,FEED
W859,Scaling laws for sediment flux in the North Sea: a review,2023,REV,S09,10.55555/s09.2023.2558,,false,FEED
W860,Machine learning for sediment flux in the Wexcombe marshes: a review,2020,REV,S01,10.55555/s01.2020.9597,,false,FEED
W861,Observations of storm surge in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.9911,,false,FEED
W862,Revisiting harbour seiches in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.4237,,false,FEED
W863,Uncertainty in harbour seiches estimates in the open shelf,2025,ART,S01,10.55555/s01.2025.7154,,false,FEED
W864,Scaling laws for sediment flux in a semi-enclosed sea,2022,ART,S08,10.55555/s08.2022.1159,,false,FEED
W865,Remote sensing of beach profiles in fjords,2023,ART,S10,10.55555/s10.2023.8011,,false,FEED
W866,Uncertainty in sediment resuspension estimates in shallow channels,2025,SUP,S03,10.55555/s03.2025.9325,,false,STG
W867,Field measurements of internal waves,2023,ART,S11,10.55555/s11.2023.2685,,false,FEED
W868,Scaling laws for breaking waves,2025,ART,S01,10.55555/s01.2025.8064,,false,STG
W869,A model of survey vessel autonomy in mixed-energy coasts,2023,ART,S02,10.55555/s02.2023.6615,,false,FEED
W870,Seasonal variability in wave boundary layers in the Wexcombe marshes,2019,ART,S11,10.55555/s11.2019.4764,,false,FEED
W871,Uncertainty in storm surge estimates in the Albury estuary,2022,ART,S11,10.55555/s11.2022.4343,,false,FEED
W872,Observations of acoustic positioning,2020,ART,S11,10.55555/s11.2020.3206,,false,FEED
W873,Seasonal variability in beach profiles in tidal inlets,2023,ART,S09,10.55555/s09.2023.8810,,false,FEED
W874,Revisiting river plumes,2021,ART,S01,10.55555/s01.2021.9371,,false,FEED
W875,Machine learning for river plumes in the North Sea: a review,2022,REV,S07,10.55555/s07.2022.9264,,false,FEED
W876,Seasonal variability in estuarine plumes in fjords,2019,ART,S02,10.55555/s02.2019.6123,,false,FEED
W877,A model of breaking waves in the North Sea,2023,PPR,S05,10.55555/s05.2023.7929,W965,false,FEED
W878,A model of tidal asymmetry,2025,ART,S08,10.55555/s08.2025.8372,,false,STG
W879,Revisiting tidal asymmetry in tidal inlets,2023,ART,S02,10.55555/s02.2023.6173,,false,FEED
W880,A model of wave boundary layers,2020,ART,S01,10.55555/s01.2020.6134,,false,FEED
W881,Machine learning for vortex shedding,2019,ART,S01,10.55555/s01.2019.2650,,false,FEED
W882,Editorial: stratified flows,2020,EDT,S01,10.55555/s01.2020.7459,,false,FEED
W883,Front matter,2020,PTX,S02,10.55555/s02.2020.4315,,false,FEED
W884,Long-term trends in buoy telemetry,2019,ART,S09,10.55555/s09.2019.2019,,false,FEED
W885,A framework for tidal asymmetry in the North Sea,2025,ART,S09,10.55555/s09.2025.7483,,false,FEED
W886,A framework for underwater docking,2021,ART,S01,10.55555/s01.2021.9824,,false,FEED
W887,Uncertainty in river plumes estimates in the Albury estuary,2020,ART,S12,10.55555/s12.2020.5688,,false,FEED
W888,Remote sensing of sediment flux in a laboratory flume,2020,ART,S10,10.55555/s10.2020.8393,,false,FEED
W889,Observations of battery endurance,2024,ART,S01,10.55555/s01.2024.3798,,false,FEED
W890,Seasonal variability in buoy telemetry,2023,ART,S03,10.55555/s03.2023.1624,,false,FEED
W891,Front matter,2022,PTX,S02,10.55555/s02.2022.4861,,false,FEED
W894,Revisiting harbour seiches,2024,ART,S07,10.55555/s07.2024.7990,,false,FEED
W895,A framework for seabed classification in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5018,,false,FEED
W896,Field measurements of storm surge in the North Sea,2019,ART,S12,10.55555/s12.2019.6122,,false,FEED
W897,Remote sensing of tidal asymmetry in tidal inlets,2021,ART,S10,10.55555/s10.2021.1577,,false,FEED
W900,Seasonal variability in fleet coordination in the Brevin shelf,2023,ART,S02,10.55555/s02.2023.1438,,false,FEED
W901,Editorial: seasonal variability in dune erosion in sandy coasts,2020,EDT,S07,10.55555/s07.2020.7502,,false,FEED
W902,Low-cost methods for estuarine salinity,2021,ART,S03,10.55555/s03.2021.2331,,false,FEED
W903,Uncertainty in dune erosion estimates in shallow channels: a review,2020,REV,S09,10.55555/s09.2020.6801,,false,FEED
W904,Revisiting sediment resuspension in the Albury estuary,2024,ART,S10,10.55555/s10.2024.9519,,false,FEED
W905,Machine learning for battery endurance in a laboratory flume,2025,ART,S01,10.55555/s01.2025.6186,,false,FEED
W906,Uncertainty in estuarine salinity estimates,2024,ART,S12,10.55555/s12.2024.5239,,false,FEED
W907,Revisiting seabed classification,2025,ART,S03,10.55555/s03.2025.3540,,false,FEED
W908,Scaling laws for sensor calibration: a review,2019,REV,S03,10.55555/s03.2019.5831,,false,FEED
W910,Uncertainty in stratified flows estimates,2021,ART,S03,10.55555/s03.2021.1983,,false,FEED
W913,Revisiting buoy telemetry in tidal inlets,2019,ART,S04,10.55555/s04.2019.1964,,false,FEED
W914,Erratum: Field measurements of channel hydraulics: a review,2025,ERR,S06,10.55555/s06.2025.1637,,false,FEED
W916,A framework for acoustic positioning,2019,ART,S02,10.55555/s02.2019.7042,,false,FEED
W917,Revisiting sediment flux in tidal inlets,2024,ART,S01,10.55555/s01.2024.1306,,false,FEED
W918,Scaling laws for tidal asymmetry in the open shelf,2025,ART,S10,10.55555/s10.2025.5930,,false,FEED
W920,Scaling laws for internal waves in sandy coasts,2025,ART,S11,10.55555/s11.2025.3626,,false,FEED
W921,Uncertainty in estuarine salinity estimates in sandy coasts,2023,ART,S11,10.55555/s11.2023.1834,,false,FEED
W922,Observations of ocean optics,2024,ART,S02,10.55555/s02.2024.8011,,true,FEED
W924,Field measurements of sediment resuspension in shallow channels,2024,ART,S06,10.55555/s06.2024.5766,,false,FEED
W925,Machine learning for internal waves: a review,2024,REV,S09,10.55555/s09.2024.3905,,false,FEED
W926,A framework for wave runup in shallow channels,2022,ART,S02,10.55555/s02.2022.1317,,false,FEED
W927,A model of storm surge in the North Sea,2020,ART,S12,10.55555/s12.2020.8228,,false,FEED
W928,Observations of stratified flows in sandy coasts,2025,ART,S01,10.55555/s01.2025.7881,,false,FEED
W929,Scaling laws for coastal upwelling in shallow channels,2022,ART,S01,10.55555/s01.2022.8694,,false,FEED
W930,Revisiting internal waves in a laboratory flume,2025,ART,S10,10.55555/s10.2025.1395,,false,FEED
W931,Revisiting buoy telemetry,2023,ART,S02,10.55555/s02.2023.1282,,false,FEED
W932,Editorial: machine learning for wave runup in the Wexcombe marshes,2021,EDT,S11,10.55555/s11.2021.6896,,false,FEED
W933,Remote sensing of sensor calibration in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.9638,,false,FEED
W934,Remote sensing of harbour seiches in tidal inlets,2023,ART,S08,10.55555/s08.2023.1324,,false,FEED
W935,Scaling laws for breaking waves in sandy coasts,2023,ART,S03,10.55555/s03.2023.5300,,false,FEED
W936,Editorial: fleet coordination,2019,EDT,S01,10.55555/s01.2019.1595,,false,FEED
W937,A model of estuarine salinity,2019,ART,S01,10.55555/s01.2019.4394,,false,FEED
W940,Low-cost methods for tidal asymmetry in a macrotidal bay,2022,ART,S10,10.55555/s10.2022.3098,,false,FEED
W941,Field measurements of bed shear stress in shallow channels,2022,ART,S02,10.55555/s02.2022.9549,,false,FEED
W942,Uncertainty in river plumes estimates in a macrotidal bay,2021,ART,S07,10.55555/s07.2021.7018,,false,FEED
W943,Observations of estuarine salinity in shallow channels,2020,ART,S10,10.55555/s10.2020.7216,,false,FEED
W944,Low-cost methods for harbour seiches in a laboratory flume,2019,ART,S07,10.55555/s07.2019.8059,,false,FEED
W945,Uncertainty in stratified flows estimates in a semi-enclosed sea,2023,SUP,S06,10.55555/s06.2023.1058,,false,FEED
W946,Low-cost methods for buoy telemetry in the Brevin shelf,2019,ART,S11,10.55555/s11.2019.8918,,false,FEED
W947,Long-term trends in tidal asymmetry in fjords,2021,ART,S11,10.55555/s11.2021.1096,,false,FEED
W948,A framework for wave runup in fjords,2021,ART,S01,10.55555/s01.2021.3775,,false,FEED
W949,Erratum: Observations of survey vessel autonomy in tidal inlets,2024,ERR,S02,10.55555/s02.2024.1996,,false,FEED
W950,A model of storm surge in mixed-energy coasts,2025,ART,S11,10.55555/s11.2025.9754,,false,FEED
W951,Machine learning for wave boundary layers in sandy coasts,2025,SUP,S06,10.55555/s06.2025.1638,,false,FEED
W953,Remote sensing of internal waves in harbour basins,2020,ART,S09,10.55555/s09.2020.4825,,false,FEED
W954,Observations of wave runup in sandy coasts,2024,ART,S09,10.55555/s09.2024.4003,,false,FEED
W955,Long-term trends in coastal upwelling in sandy coasts,2021,ART,S10,10.55555/s10.2021.7664,,false,FEED
W956,Long-term trends in breaking waves in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8664,,false,FEED
W957,Observations of channel hydraulics,2024,ART,S03,10.55555/s03.2024.5461,,false,FEED
W958,Low-cost methods for underwater docking,2020,ART,S03,10.55555/s03.2020.1334,,false,FEED
W959,Editorial: long-term trends in wave runup in sandy coasts,2022,EDT,S12,10.55555/s12.2022.2759,,false,FEED
W960,Revisiting wave runup in shallow channels,2022,ART,S12,10.55555/s12.2022.5927,,false,FEED
W963,Observations of harbour seiches,2025,ART,S08,10.55555/s08.2025.4411,,false,FEED
W964,Revisiting marsh accretion in the open shelf: a review,2020,REV,S12,10.55555/s12.2020.1542,,false,FEED
W965,A model of breaking waves in the North Sea,2024,ART,S03,10.55555/s03.2024.6293,,false,FEED
W966,Editorial: scaling laws for river plumes in fjords,2024,EDT,S07,10.55555/s07.2024.3221,,false,FEED
W967,Seasonal variability in estuarine plumes in shallow channels,2022,ART,S06,10.55555/s06.2022.9084,,false,FEED
W968,Machine learning for sensor calibration in a laboratory flume,2023,ART,S09,10.55555/s09.2023.1201,,false,FEED
W969,Long-term trends in battery endurance in the Wexcombe marshes,2025,ART,S01,10.55555/s01.2025.7064,,false,FEED
W970,Long-term trends in vortex shedding in the Wexcombe marshes,2019,ART,S02,10.55555/s02.2019.4940,,false,FEED
W971,Long-term trends in sediment resuspension in the North Sea,2025,SUP,S01,10.55555/s01.2025.4830,,false,STG
W972,Long-term trends in acoustic positioning,2020,ART,S02,10.55555/s02.2020.5199,,false,FEED
W973,Uncertainty in glider navigation estimates in the Brevin shelf,2024,ART,S03,10.55555/s03.2024.2247,,true,FEED
W975,Remote sensing of acoustic positioning in the North Sea,2019,ART,S13,10.55555/s13.2019.2750,,false,FEED
W976,Foreword: sediment resuspension,2021,EDT,S06,10.55555/s06.2021.6763,,false,FEED
W977,Seasonal variability in coastal upwelling in sandy coasts,2022,ART,S11,10.55555/s11.2022.4113,,false,FEED
W978,Low-cost methods for river plumes in a laboratory flume,2020,ART,S12,10.55555/s12.2020.4935,,false,FEED
W979,Machine learning for battery endurance,2021,ART,S03,10.55555/s03.2021.9378,,false,FEED
W980,A framework for marsh accretion in harbour basins,2022,ART,S12,10.55555/s12.2022.7448,,false,FEED
W981,Remote sensing of wave boundary layers in the Wexcombe marshes,2021,ART,S02,10.55555/s02.2021.6786,,false,FEED
W983,Revisiting internal waves,2025,ART,S11,10.55555/s11.2025.6392,,false,FEED
W984,A model of survey vessel autonomy,2024,ART,S01,10.55555/s01.2024.8952,,false,FEED
W985,Remote sensing of vortex shedding,2023,ART,S09,10.55555/s09.2023.3775,,false,FEED
W986,Remote sensing of storm surge,2020,ART,S04,10.55555/s04.2020.2577,,false,FEED
W987,Machine learning for stratified flows,2025,ART,S02,10.55555/s02.2025.6401,,false,STG
W988,Observations of harbour seiches in the open shelf,2021,ART,S07,10.55555/s07.2021.3121,,false,FEED
W989,Editorial: long-term trends in marsh accretion in the Wexcombe marshes,2020,EDT,S08,10.55555/s08.2020.1702,,false,FEED
W990,Long-term trends in estuarine plumes in tidal inlets,2020,ART,S11,10.55555/s11.2020.4722,,false,FEED
W991,Editorial: revisiting estuarine salinity in a laboratory flume,2023,EDT,S07,10.55555/s07.2023.7046,,false,FEED
W992,Field measurements of harbour seiches in a laboratory flume,2025,ART,S07,10.55555/s07.2025.6267,,false,FEED
W993,Remote sensing of beach profiles in shallow channels,2025,ART,S07,10.55555/s07.2025.8965,,false,FEED
W994,Uncertainty in sediment flux estimates in a laboratory flume,2024,ART,S08,10.55555/s08.2024.6825,,false,FEED
W995,Low-cost methods for buoy telemetry in tidal inlets,2020,REV,S13,10.55555/s13.2020.7694,,false,FEED
W996,Uncertainty in stratified flows estimates in the open shelf,2021,ART,S02,10.55555/s02.2021.6321,,false,FEED
W997,Machine learning for breaking waves in harbour basins,2025,SUP,S01,10.55555/s01.2025.2096,,false,STG
W998,Machine learning for wave boundary layers in harbour basins,2022,ART,S01,10.55555/s01.2022.2392,,false,FEED
W1000,Low-cost methods for internal waves,2024,ART,S01,10.55555/s01.2024.3383,,false,FEED
W1001,Machine learning for harbour seiches in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.3946,,false,FEED
W1002,A framework for dune erosion,2021,SUP,S06,10.55555/s06.2021.1124,,false,FEED
W1003,Field measurements of sensor calibration in the North Sea,2024,ART,S06,10.55555/s06.2024.1859,,false,FEED
W1004,Revisiting acoustic positioning,2024,ART,S02,10.55555/s02.2024.4429,,false,FEED
W1005,Remote sensing of buoy telemetry in fjords,2025,ART,S02,10.55555/s02.2025.1967,,false,FEED
W1006,Seasonal variability in acoustic positioning in a laboratory flume,2020,REV,S13,10.55555/s13.2020.7568,,false,FEED
W1007,A model of storm surge in sandy coasts,2023,ART,S01,10.55555/s01.2023.1365,,false,FEED
W1008,Machine learning for beach profiles in sandy coasts,2025,ART,S11,10.55555/s11.2025.3712,,false,FEED
W1009,Revisiting sediment flux in the open shelf: a review,2022,REV,S12,10.55555/s12.2022.6992,,false,FEED
W1010,Revisiting vortex shedding in mixed-energy coasts,2020,ART,S02,10.55555/s02.2020.9834,,false,FEED
W1011,Scaling laws for fleet coordination in harbour basins,2021,REV,S04,10.55555/s04.2021.3412,,false,FEED
W1012,Seasonal variability in marsh accretion in the Wexcombe marshes,2020,ART,S08,10.55555/s08.2020.9973,,false,FEED
W1013,Revisiting battery endurance in sandy coasts,2025,ART,S04,10.55555/s04.2025.2015,,false,FEED
W1014,A model of sensor calibration in the North Sea,2023,ART,S01,10.55555/s01.2023.5712,,false,FEED
W1015,Revisiting tidal asymmetry in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6449,,false,FEED
W1016,Scaling laws for bed shear stress in a laboratory flume,2025,ART,S06,10.55555/s06.2025.4466,,false,FEED
W1017,A model of tidal asymmetry in tidal inlets,2025,ART,S07,10.55555/s07.2025.7453,,false,FEED
W1018,Remote sensing of estuarine salinity in the Brevin shelf,2025,ART,S08,10.55555/s08.2025.8885,,false,FEED
W1019,Seasonal variability in coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.9079,,false,FEED
W1020,Machine learning for vortex shedding in mixed-energy coasts,2020,ART,S13,10.55555/s13.2020.9111,,false,FEED
W1021,Long-term trends in wave boundary layers,2021,ART,S02,10.55555/s02.2021.1763,,false,FEED
W1022,Uncertainty in storm surge estimates in the Wexcombe marshes,2023,ART,S09,10.55555/s09.2023.6605,,false,FEED
W1023,A model of beach profiles in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.2222,,false,FEED
W1024,Long-term trends in dune erosion in sandy coasts,2020,ART,S12,10.55555/s12.2020.6578,,false,FEED
W1025,Long-term trends in stratified flows,2020,ART,S02,10.55555/s02.2020.8833,,true,FEED
W1026,A model of dune erosion in a macrotidal bay,2019,ART,S09,10.55555/s09.2019.7972,,false,FEED
W1027,Low-cost methods for bed shear stress in fjords: a review,2024,REV,S10,10.55555/s10.2024.9692,,false,FEED
W1028,A model of wave runup in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.6764,,false,FEED
W1029,Seasonal variability in coastal upwelling in the open shelf,2022,ART,S09,10.55555/s09.2022.3414,,false,FEED
W1030,Low-cost methods for storm surge in the open shelf,2021,ART,S12,10.55555/s12.2021.9246,,false,FEED
W1031,Remote sensing of internal waves in the open shelf,2025,ART,S01,10.55555/s01.2025.6020,,false,FEED
W1032,Low-cost methods for coastal upwelling,2019,ART,S02,10.55555/s02.2019.6372,,false,FEED
W1033,Machine learning for tidal asymmetry,2025,ART,S08,10.55555/s08.2025.1174,,false,FEED
W1034,Foreword: tidal mixing,2025,EDT,S06,10.55555/s06.2025.1338,,false,FEED
W1035,Uncertainty in ocean optics estimates in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.2698,,false,FEED
W1036,Uncertainty in bed shear stress estimates in the Albury estuary,2024,ART,S06,10.55555/s06.2024.2520,,false,FEED
W1037,Low-cost methods for harbour seiches in the Wexcombe marshes,2022,ART,S02,10.55555/s02.2022.9954,,true,FEED
W1038,Low-cost methods for marsh accretion,2020,ART,S02,10.55555/s02.2020.7315,,false,FEED
W1039,Revisiting vortex shedding in sandy coasts,2023,ART,S11,10.55555/s11.2023.6380,,false,FEED
W1040,Field measurements of storm surge,2024,ART,S08,10.55555/s08.2024.3437,,false,FEED
W1041,Editorial: survey vessel autonomy,2025,EDT,S03,10.55555/s03.2025.1894,,false,FEED
W1042,Revisiting seabed classification in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.1941,,false,FEED
W1043,Editorial: machine learning for sediment flux,2023,EDT,S08,10.55555/s08.2023.2973,,false,FEED
W1044,Machine learning for acoustic positioning in harbour basins,2021,ART,S02,10.55555/s02.2021.7797,,false,FEED
W1046,Low-cost methods for vortex shedding in a laboratory flume,2024,ART,S01,10.55555/s01.2024.6960,,false,FEED
W1047,Scaling laws for sediment flux,2020,ART,S09,10.55555/s09.2020.3720,,false,FEED
W1048,Long-term trends in fleet coordination in shallow channels,2023,ART,S10,10.55555/s10.2023.6080,,false,FEED
W1049,Field measurements of tidal mixing,2021,PPR,S14,10.55555/s14.2021.1460,W789,false,FEED
W1050,Low-cost methods for glider navigation in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.6796,,false,FEED
W1051,Machine learning for estuarine salinity,2020,ART,S03,10.55555/s03.2020.2154,,false,FEED
W1052,Long-term trends in buoy telemetry in the North Sea,2019,ART,S03,10.55555/s03.2019.3020,,false,FEED
W1053,Remote sensing of tidal asymmetry in harbour basins: a review,2019,REV,S01,10.55555/s01.2019.7693,,false,FEED
W1054,A framework for sonar imaging in the Brevin shelf,2021,PPR,S05,10.55555/s05.2021.4988,,false,FEED
W1056,A model of sonar imaging,2023,ART,S02,10.55555/s02.2023.2546,,false,FEED
W1058,A model of turbidity sensing,2021,ART,S11,10.55555/s11.2021.2492,,false,FEED
W1060,Machine learning for tidal mixing,2020,ART,S11,10.55555/s11.2020.6305,,false,FEED
W1061,Remote sensing of turbidity sensing in shallow channels,2023,ART,S01,10.55555/s01.2023.6359,,false,FEED
W1062,Seasonal variability in wave runup in sandy coasts: a review,2019,REV,S02,10.55555/s02.2019.7336,,false,FEED
W1063,Low-cost methods for fleet coordination in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.5813,,false,FEED
W1064,Seasonal variability in marsh accretion,2019,ART,S07,10.55555/s07.2019.5586,,false,FEED
W1065,Revisiting sensor calibration,2020,ART,S02,10.55555/s02.2020.2079,,false,FEED
```

### authorships.csv
```csv
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```

### citations.csv
```csv
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W448,W354
W448,W665
W448,W807
W453,W770
W456,W385
W456,W803
W456,W821
W457,W733
W458,W279
W458,W696
W459,W271
W459,W649
W459,W1026
W460,W269
W460,W1024
W462,W277
W462,W816
W462,W901
W463,W716
W465,W896
W466,W588
W467,W691
W467,W696
W467,W979
W469,W820
W469,W990
W470,W972
W475,W809
W477,W601
W477,W803
W477,W1036
W478,W861
W481,W716
W486,W720
W486,W858
W487,W808
W487,W835
W488,W22
W488,W1060
W489,W807
W491,W401
W496,W237
W496,W555
W496,W771
W499,W725
W501,W376
W501,W458
W503,W369
W503,W527
W503,W555
W505,W565
W505,W777
W507,W1030
W508,W731
W509,W479
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W509,W851
W512,W782
W512,W983
W515,W20
W515,W935
W520,W269
W520,W790
W520,W827
W522,W749
W522,W771
W524,W513
W524,W630
W524,W820
W526,W322
W527,W480
W527,W823
W528,W516
W528,W612
W529,W237
W529,W860
W529,W908
W531,W942
W531,W1065
W533,W500
W533,W539
W535,W02
W535,W03
W535,W553
W536,W491
W536,W728
W536,W1047
W538,W669
W539,W901
W541,W630
W542,W584
W544,W02
W544,W751
W544,W807
W544,W1065
W546,W40
W546,W660
W546,W782
W547,W953
W549,W1035
W550,W237
W550,W988
W550,W1010
W551,W211
W551,W489
W552,W742
W555,W978
W557,W323
W557,W580
W558,W02
W558,W706
W559,W564
W560,W491
W562,W728
W562,W749
W567,W599
W567,W696
W567,W948
W569,W03
W569,W319
W569,W411
W570,W465
W570,W666
W570,W944
W572,W613
W572,W713
W573,W22
W573,W303
W573,W932
W573,W954
W575,W331
W575,W500
W576,W880
W579,W524
W579,W588
W579,W790
W580,W616
W581,W1010
W582,W22
W582,W300
W582,W389
W583,W291
W583,W946
W586,W20
W586,W296
W586,W473
W586,W654
W589,W970
W592,W20
W592,W981
W595,W453
W598,W03
W598,W1064
W599,W461
W602,W01
W602,W1011
W605,W388
W610,W22
W610,W235
W610,W300
W610,W564
W610,W967
W612,W574
W613,W296
W613,W322
W613,W820
W614,W459
W615,W331
W615,W715
W615,W959
W617,W373
W618,W913
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W619,W430
W619,W502
W621,W20
W621,W624
W625,W832
W626,W758
W626,W1028
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W627,W807
W628,W584
W628,W630
W628,W946
W629,W725
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W632,W270
W633,W260
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W640,W870
W642,W902
W643,W403
W643,W589
W645,W555
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W655,W361
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W678,W608
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W738,W559
W739,W545
W739,W713
W739,W772
W740,W722
W742,W908
W744,W417
W744,W705
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W745,W623
W745,W1032
W747,W755
W747,W1007
W748,W03
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W751,W373
W751,W516
W752,W880
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W756,W816
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W761,W575
W761,W991
W762,W1000
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W763,W459
W763,W540
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W765,W222
W766,W326
W768,W1064
W769,W522
W772,W545
W774,W275
W776,W668
W777,W267
W777,W896
W778,W465
W779,W388
W780,W696
W782,W903
W783,W20
W783,W707
W783,W787
W784,W430
W784,W583
W784,W618
W785,W206
W785,W838
W785,W1051
W786,W453
W786,W881
W787,W367
W787,W467
W787,W1058
W788,W1027
W789,W616
W791,W208
W791,W305
W791,W976
W792,W1044
W793,W441
W794,W31
W794,W925
W794,W955
W794,W1028
W798,W486
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W799,W960
W800,W322
W801,W660
W803,W579
W806,W401
W807,W692
W807,W769
W807,W944
W808,W476
W808,W897
W810,W741
W812,W03
W813,W331
W813,W787
W813,W960
W816,W296
W816,W623
W816,W835
W817,W735
W818,W588
W819,W22
W819,W382
W821,W344
W821,W383
W822,W292
W822,W642
W822,W722
W823,W500
W823,W858
W824,W811
W826,W336
W830,W406
W831,W466
W831,W774
W831,W828
W832,W269
W833,W03
W833,W466
W836,W995
W836,W1053
W836,W1065
W837,W20
W837,W21
W837,W713
W838,W279
W840,W376
W840,W669
W842,W620
W842,W826
W843,W02
W843,W03
W844,W01
W844,W660
W846,W296
W846,W574
W846,W922
W847,W453
W847,W1060
W848,W775
W848,W882
W848,W932
W851,W31
W851,W1063
W852,W401
W852,W944
W853,W20
W853,W616
W853,W981
W854,W480
W855,W836
W856,W30
W856,W588
W857,W790
W857,W820
W857,W989
W858,W896
W859,W927
W860,W424
W860,W755
W860,W756
W861,W772
W861,W1026
W864,W696
W865,W344
W865,W756
W865,W927
W866,W22
W867,W874
W868,W22
W868,W935
W868,W1016
W870,W211
W870,W672
W870,W944
W872,W572
W872,W696
W873,W562
W874,W424
W874,W664
W874,W1019
W875,W496
W875,W941
W875,W975
W876,W271
W876,W331
W876,W424
W877,W471
W877,W784
W878,W30
W878,W31
W879,W583
W879,W599
W880,W835
W881,W613
W882,W309
W882,W324
W882,W916
W884,W322
W885,W946
W889,W03
W889,W277
W889,W337
W889,W867
W890,W03
W890,W218
W890,W664
W890,W811
W894,W30
W894,W433
W894,W536
W895,W01
W895,W40
W895,W41
W897,W241
W897,W601
W897,W663
W900,W579
W901,W735
W903,W373
W903,W908
W903,W964
W904,W20
W904,W450
W904,W921
W905,W466
W907,W713
W908,W458
W908,W502
W908,W780
W910,W1051
W913,W672
W913,W749
W913,W908
W914,W389
W914,W729
W917,W659
W921,W313
W921,W348
W921,W572
W922,W40
W922,W477
W924,W417
W924,W428
W924,W448
W924,W642
W924,W762
W925,W393
W925,W886
W925,W1037
W927,W1028
W928,W450
W928,W707
W930,W420
W930,W437
W930,W894
W931,W03
W931,W519
W931,W755
W932,W638
W933,W618
W934,W668
W934,W1048
W935,W332
W935,W354
W935,W439
W936,W426
W936,W749
W937,W263
W937,W552
W940,W1012
W941,W835
W943,W201
W943,W513
W943,W730
W944,W243
W944,W583
W944,W1052
W946,W277
W946,W556
W946,W630
W947,W415
W947,W453
W947,W784
W948,W807
W949,W208
W949,W1061
W950,W1016
W953,W562
W954,W304
W959,W457
W964,W294
W964,W399
W964,W936
W965,W606
W966,W560
W966,W801
W966,W1036
W967,W1002
W968,W587
W968,W616
W968,W713
W970,W936
W971,W22
W971,W252
W972,W755
W973,W03
W975,W665
W977,W752
W978,W410
W978,W672
W978,W1063
W980,W336
W980,W579
W980,W601
W981,W753
W981,W804
W984,W355
W984,W824
W986,W424
W986,W593
W987,W22
W987,W608
W988,W30
W988,W322
W989,W903
W990,W294
W991,W623
W992,W30
W993,W449
W993,W617
W993,W947
W994,W278
W994,W756
W995,W275
W996,W579
W996,W903
W996,W989
W997,W22
W997,W496
W997,W709
W997,W1033
W1000,W317
W1000,W978
W1001,W797
W1002,W218
W1002,W461
W1002,W742
W1005,W233
W1005,W251
W1005,W706
W1006,W1047
W1007,W458
W1007,W735
W1007,W772
W1009,W988
W1011,W453
W1011,W623
W1011,W910
W1012,W876
W1014,W731
W1016,W242
W1016,W793
W1016,W1046
W1017,W246
W1018,W343
W1020,W556
W1022,W309
W1022,W876
W1024,W401
W1024,W692
W1024,W769
W1025,W275
W1025,W331
W1025,W572
W1026,W626
W1027,W210
W1027,W349
W1027,W728
W1029,W649
W1031,W521
W1031,W699
W1031,W702
W1032,W713
W1033,W30
W1033,W977
W1034,W383
W1034,W631
W1034,W1001
W1037,W312
W1038,W572
W1039,W31
W1039,W42
W1040,W896
W1042,W455
W1042,W602
W1043,W276
W1043,W506
W1043,W784
W1044,W713
W1046,W301
W1047,W870
W1048,W02
W1048,W601
W1048,W821
W1049,W313
W1050,W774
W1051,W522
W1052,W970
W1056,W03
W1058,W555
W1058,W808
W1058,W822
W1060,W271
W1060,W552
W1060,W946
W1061,W522
W1061,W757
W1064,W944
W1064,W1026
W1065,W870
W1065,W1024
```

### background.md

# Scholarly publishing mechanics: a short glossary

How a manuscript becomes a published article: submission, review, production, registration and licensing. General background on how journals work.

## Submission

### Manuscript

The text an author sends to a journal, with its figures, tables and any data files. Most journals ask for it in a set format, often a word-processor file or a LaTeX source, together with a cover letter that says why the work suits the journal.

### Submission system

The web application a journal uses to receive manuscripts and track them through review. Authors upload files, reviewers download them and return reports, and editors record decisions, all in one place, so that every step leaves a dated trace.

### Scope

The range of topics a journal publishes. An editor's first check is whether a manuscript falls within it; a manuscript outside the scope is usually returned within days, without review, so that the author can send it elsewhere.

### Author guidelines

The journal's instructions on length, structure, reference style, figure resolution and the statements a manuscript must carry, such as funding and competing interests. Following them closely saves a round of back-and-forth before review begins.

## Peer review

### Handling editor

The editor who takes charge of a manuscript, chooses its reviewers and makes the decision. In large journals this is an associate editor with expertise close to the topic; the editor-in-chief sets policy and settles disputes.

### Reviewer

A researcher asked to assess a manuscript: whether its question matters, whether the methods can answer it, whether the conclusions follow from the results, and whether it is clearly written. Reviewers are usually unpaid and give their time as part of their professional duties.

### Single-blind review

The reviewers know who the authors are, but the authors do not learn who reviewed them. It is the most common arrangement in the natural sciences.

### Double-blind review

Neither side knows the other. The authors must remove their names and obvious self-references from the manuscript. It aims to reduce bias, though in a small field reviewers can often guess the authors anyway.

### Open review

The reviewers' names, and sometimes their reports, are published with the article. Supporters argue that it makes reviews more careful and gives reviewers credit; critics worry that junior reviewers will hesitate to criticise senior authors.

### Decision letter

The editor's message to the authors after review: accept, minor revision, major revision or reject. It gathers the reviewers' reports and states what the authors must change. A revised manuscript usually returns with a letter answering each point in turn.

### Revision round

One cycle of revision and re-review. Most articles go through one or two. Each round can take weeks or months, which is why the time from submission to publication varies so widely between fields.

### Desk rejection

A rejection by the editor before review, typically because the manuscript is out of scope, too preliminary or poorly prepared. It is fast, and spares reviewers' time.

### Manuscript transfer

An offer, after rejection, to move the manuscript and its reviews to another journal from the same publisher, so that the authors need not start again. The receiving editor may accept the earlier reviews or ask for new ones.

### Reviewer report

The written assessment a reviewer returns: a summary of the work, its main strengths and weaknesses, and specific requests. Many journals also ask for a confidential comment to the editor and a recommendation, which the editor weighs but need not follow.

## Production

### Copyediting

Checking the accepted text for grammar, consistency, house style and the completeness of references. A copyeditor queries anything unclear rather than changing the meaning, and the queries go back to the authors with the proofs.

### Typesetting

Laying out the edited text, figures and tables in the journal's design, for print, PDF and the web. Most publishers now typeset from a structured source, usually XML, so that the same content can be rendered in several formats.

### JATS

The Journal Article Tag Suite, an XML vocabulary for the structure of articles: front matter, body sections, figures, tables, references and back matter. Publishers, archives and indexing services exchange articles in it, which spares each of them from parsing PDFs.

### Proofs

The typeset article sent to the authors for a last check, often with a short deadline of a few days. Authors are expected to correct typesetting errors at this stage, not to rewrite the content.

### Figure preparation

Converting authors' images into formats and resolutions that print and display well, and checking colour, legibility and labelling. Line art is usually kept as vector graphics; photographs as high-resolution bitmaps.

### Accessibility

Making the published article usable by readers with disabilities: text alternatives for figures, tables marked up as tables rather than images, sufficient colour contrast and mathematics that screen readers can speak.

### Reference linking

Turning each entry in a reference list into a link to the work it names, by matching it against registration databases. Linked references let readers follow a chain of reading with one click.

## Issues and publication

### Volume and issue

The traditional way of grouping articles: a volume per year, divided into issues. Many journals now publish articles one at a time as soon as they are ready and assign them to an issue later, or have given up issues altogether.

### Continuous publication

Publishing each article when its production is complete, rather than waiting for an issue to fill. It shortens delays and suits online reading, where issues matter less.

### Article number

An identifier for an article within a volume, used in place of page numbers by journals that publish online only. It lets an article be cited before its position in an issue is known.

### Publication date

The date an article first became publicly available in its final form. Some journals record several dates: received, revised, accepted and published, which together show how long each stage took.

### Embargo

A period during which an article may not be reported by the press, or may not be shared freely, depending on the context. Press embargoes usually lift at the moment of publication.

## Identifiers and registration

### DOI

A Digital Object Identifier: a persistent identifier for a digital object, made of a prefix that identifies the registrant and a suffix the registrant chooses. A DOI is resolved through a central service to the object's current location, so a link built on it keeps working when a publisher moves its website.

### Registration agency

An organisation that assigns DOIs to its members and keeps the metadata that goes with them. Different agencies serve different communities: scholarly publishers, data repositories, film archives and others.

### Deposit

The metadata a publisher sends to a registration agency when it registers a DOI: title, contributors, journal, dates, references, licence and funding. The richer the deposit, the more useful the record is to the services that build on it.

### Resolver

The service that takes a DOI and redirects the reader to the page the registrant has registered for it. It is what makes the identifier persistent: the registrant updates the target, and every existing link follows.

### ISSN

The International Standard Serial Number, an eight-digit code for a serial publication such as a journal. A journal with print and online editions often has one ISSN for each, linked by a common identifier.

## Licensing and access

### Copyright transfer

An agreement in which the authors assign copyright in the article to the publisher, which then controls reuse. It was the norm for subscription journals and is still common there.

### Licence to publish

An agreement in which the authors keep copyright and grant the publisher the rights it needs to publish and distribute the article. It has become more common as authors and funders have asked to retain their rights.

### Open access

Making articles free to read online, without a subscription. It can be arranged in several ways, distinguished by who pays and where the free copy lives.

### Article processing charge

A fee paid, usually by the author's funder or institution, to publish an article open access in a journal that charges one. It replaces subscription income as the publisher's source of revenue for that article.

### Creative Commons licences

A family of standard public licences that let authors grant reuse rights in advance. The most permissive, CC BY, allows any reuse with attribution; others add conditions such as no commercial use or no derivative works.

### Author accepted manuscript

The author's final text after peer review, before the publisher's copyediting and typesetting. Many funders and institutions ask authors to deposit it in a repository so that a free copy exists whatever the journal's model.

### Self-archiving

Authors placing a copy of their work in an institutional or subject repository. Publishers' policies say which version may be archived, where and when.

### Transformative agreement

A contract between a publisher and a library consortium that combines reading access with open-access publishing for the consortium's authors, intended to move journals gradually from subscriptions to open access.

## Ethics and policy

### Competing interests

Financial or personal ties that could be seen to influence a piece of work. Authors, reviewers and editors are asked to declare them, so that readers can judge for themselves.

### Authorship criteria

The conditions a person must meet to be listed as an author, such as a substantial contribution to the work and approval of the final text. Contributions that fall short of them are acknowledged instead.

### Contributor roles

A standard list of roles, such as conceptualisation, data curation, formal analysis and writing, used to say who did what on an article, beyond the order of names in the byline.

### Data availability statement

A short statement in an article saying where the data behind it can be found, and on what terms, or why it cannot be shared.

### Plagiarism check

Comparing a submitted manuscript against published literature and the web with text-matching software, to find copied passages before review. Editors read the report themselves; a high match score is a prompt to look, not a verdict.

### Image integrity

Checks that figures have not been manipulated in ways that change what they show, for example by splicing gel lanes or duplicating panels. Some journals screen every accepted article.

### Publication ethics body

An organisation that publishes guidance on handling misconduct, disputes over authorship and conflicts of interest, and that journals join to signal they follow it.

## Questions

Answer each question below from the data above. Start each answer on a new line with its
number in bold, like **Q1.**, give the direct answer first, then at most two sentences of
reasoning that cite the records (IDs) you relied on.

Then end with one JSON block (```json) holding the structured answer to each question listed
here, with exactly these fields, shaped like {"Q1": {"field": value}, ...}. Name works, authors, institutions and sources by their record ID: the work_id, author_id, institution_id or source_id in the CSV files, or the part of the IRI after res: in the RDF (W01, A07, I02, S03; not their titles or names).

- Q1: count (a number)
- Q2: works (a list of record IDs)
- Q3: same ("yes", "no" or "depends")
- Q4: count (a number)
- Q5: same ("yes", "no" or "depends")
- Q6: author (a record ID)
- Q7: count (a number)
- Q8: parent (a record ID)
- Q9: count (a number)
- Q10: count (a number)
- Q11: count (a number)
- Q12: full (a number), fractional (a number)
- Q13: full (a record ID), fractional (a record ID)
- Q14: full (a number), fractional (a number)
- Q15: count (a number)
- Q16: count (a number)
- Q17: works (a list of record IDs)
- Q18: count (a number)
- Q19: count (a number)
- Q20: works (a list of record IDs)
- Q21: count (a number)
- Q22: more_in_total (a record ID), more_in_window (a record ID)
- Q23: total (a number), in_window (a number)
- Q24: count (a number)
- Q25: count (a number)
- Q26: counts ("yes", "no" or "depends")
- Q27: institution (a record ID), citing_works (a number)
- Q28: count (a number)
- Q29: author (a number), institution (a number), country (a number)
- Q30: count (a number)
- Q31: works (a list of record IDs)
- Q32: count (a number)
- Q33: work (a record ID)
- Q34: count (a number)
- Q35: count (a number)
- Q36: count (a number)
- Q37: institution (a record ID)
- Q38: institutions (a list of record IDs)
- Q39: count (a number)
- Q40: source (a record ID)
- Q41: higher ("yes", "no" or "depends")
- Q42: count (a number)
- Q43: research ("yes", "no" or "depends")
- Q44: institutions (a list of record IDs)
- Q45: count (a number)
- Q46: parent (a record ID)

Q1. How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?
Q2. List every work, of any type, that Mara Ellison (A01) is an author of.
Q3. Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?
Q4. How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?
Q5. Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?
Q6. Which author has the most research works credited to the University of Albury, its units included?
Q7. How many research works has Mara Ellison authored?
Q8. What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)?
Q9. How many research works is the University of Albury (I02) credited with, its units included?
Q10. How many research works is the Albury University System (I01) credited with, all its units included?
Q11. How many research works is Kesting University (I07) credited with, its units included?
Q12. How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?
Q13. In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?
Q14. How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?
Q15. How many research works appeared in Ocean Sensing Letters (S02) in 2024?
Q16. How many research works appeared in the Journal of Marine Autonomy (S01)?
Q17. Which of Mara Ellison's works are not research output because of their document type?
Q18. How many distinct research works has Priya Ramanathan (A07) authored?
Q19. How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?
Q20. Which works in the data are preprints of another work that is also in the data?
Q21. How many research works is Oskel Polytechnic (I14) credited with?
Q22. Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?
Q23. How many citations has W30 received in total, and how many within its publication year and the two years after?
Q24. How many research works has Lena Vossberg (A09) authored?
Q25. What is the total of the citation counts of Lena Vossberg's research works?
Q26. Does W23 count towards Kesting University's research output?
Q27. Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?
Q28. How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?
Q29. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?
Q30. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?
Q31. Which works cite at least one of the works that cite W01?
Q32. How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?
Q33. Which of Kesting University's research works has the most citations?
Q34. How many research works was Kesting University (units included) credited with in 2025?
Q35. How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?
Q36. How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?
Q37. Which institution is W70 credited to?
Q38. Which institutions is W71 credited to, at every level?
Q39. How many of the University of Albury's research works (units included) appeared in a source of the highest tier?
Q40. Which source is in the highest tier?
Q41. Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?
Q42. How many research works appeared in Global Marine Science Reports (S04)?
Q43. Is W07 research output?
Q44. Which institutions are part of the Albury University System, at any level below it?
Q45. How many research works is the Halloran Institute for Coastal Studies (I06) credited with?
Q46. What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?
Q47. Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?
Q48. Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?

R4 csv+markdown (150882 characters)

<!-- system: You answer questions about a research-analytics dataset of works, authors, institutions, sources and citations. Use only the data you are given and what it tells you about its own meaning. If a question is ambiguous, or the data cannot settle it, say so. Be concise. -->

## The data

### institutions.csv
```csv
institution_id,name,ror,country,type,parent_id
I01,Albury University System,0hygr4985,GB,SYS,
I02,University of Albury,06safhw22,GB,UNI,I01
I03,Albury Centre for Marine Robotics,06a9yq342,GB,LAB,I02
I04,Tessel Laboratory for Ocean Sensing,0002ezf81,GB,LAB,I03
I05,Albury Metropolitan University,0ww7kxb57,GB,UNI,I01
I06,Halloran Institute for Coastal Studies,0175f3924,GB,AFF,I02
I07,Kesting University,0593t4875,DE,UNI,
I08,Kesting Institute of Hydrodynamics,0brjdg570,DE,LAB,I07
I09,Rostval Technical University,0k8rh7879,NL,UNI,
I10,Marrow Instruments BV,0t3x83535,NL,CO,
I11,Brevin Ocean Agency,0wvack776,FR,GOV,
I12,Université de Lorvain,091pt9775,FR,UNI,
I13,Dunmore College,095cwy722,GB,UNI,
I14,Oskel Polytechnic,06t6n5818,NL,UNI,
I15,Carrow State University,0v91gp428,US,UNI,
I16,Hoshimine Institute of Technology,06afa6f88,JP,UNI,
I17,Université de Mallois,0pshcv029,CA,UNI,
I18,Universidad de Ventolera,0ay9jr885,ES,UNI,
I19,Albury Laboratory for Acoustic Imaging,0xe2n1515,GB,LAB,I02
I20,Albury Metropolitan Centre for Port Studies,0bp5b1111,GB,LAB,I05
I21,Wexcombe Institute for Estuary Research,0ms1zdt74,GB,AFF,I05
I22,Sandhaven Institute for Wave Research,0rn08b412,DE,AFF,I07
I23,Rostval Laboratory for Offshore Structures,0zekfva10,NL,LAB,I09
I24,Pellmore University,0n0j86p46,US,UNI,
I25,Università di Calvessa,08mz9rf83,IT,UNI,
I26,Tarnowa University of Technology,0189z6431,PL,UNI,
I27,Kirrabay University,0wam41j64,AU,UNI,
I28,Nordvik University,00etvqe29,NO,UNI,
I29,Hanseo Ocean Institute,0g18r1r20,KR,GOV,
I30,Universidade de Arvela,0ha4xax60,PT,UNI,
I31,Corrimal Marine Systems Inc,0nq63kw54,US,CO,
```

### authors.csv
```csv
author_id,name,orcid
A01,Mara Ellison,0000-0002-9841-6229
A02,M. Ellison,0000-0002-9841-6229
A03,"Ellison, Mara J.",0000-0002-9841-6229
A04,M. Ellison,0000-0004-8662-8360
A05,Jonas Brandt,0000-0001-6105-5008
A06,Jonas Brandt,0000-0007-5475-1779
A07,Priya Ramanathan,0000-0009-2298-3695
A08,Tomasz Wierzba,0000-0007-9318-6032
A09,Lena Vossberg,0000-0000-8073-7028
A10,Dirk Hallmann,0000-0003-8222-6468
A11,Sofie de Raat,0000-0006-1642-5247
A12,Pieter Maas,0000-0007-6472-5877
A13,Claire Fontanet,0000-0001-8841-3301
A14,Hugo Marchetti,0000-0007-5682-0525
A15,Aisha Okonjo,0000-0008-9831-9489
A16,Rhys Calloway,
A17,Ingrid Solberg,0000-0003-9494-8214
A18,Bram Kuipers,0000-0001-6210-5218
A19,Femke Hoogeveen,0000-0005-4914-5244
A20,Joost Verhaar,0000-0001-0646-0013
A21,Petra Lindqvist,0000-0000-4118-9557
A22,Niamh Corrigan,0000-0009-9065-9397
A30,Ana Aranda,0000-0006-1584-6450
A31,Ben Fujimura,0000-0006-0454-1465
A32,Chiara Kincaid,0000-0009-0853-8012
A33,Daichi Pruitt,0000-0009-1102-8594
A34,Elif Esposito,0000-0000-6925-6663
A35,Felipe Jaramillo,0000-0006-3228-0886
A36,Grace Olmedo,0000-0004-2300-4876
A37,Haruto Dorsey,0000-0004-5291-2808
A38,Ines Ishida,0000-0004-5850-0370
A39,Julien Nakagawa,0000-0003-8265-3845
A40,Kai Carver,0000-0003-5577-8794
A41,Lucia Hartwell,0000-0003-2627-0586
A42,Mateo Morrow,0000-0000-2145-8421
A43,Noor Beaulieu,0000-0000-8394-9066
A44,Oscar Galvez,0000-0008-8281-1265
A45,Paula Lefebvre,0000-0008-4409-3244
A101,M. Ellison,0000-0002-9841-6229
A102,M. Ellison,0000-0008-4738-8328
A103,L. Vossberg,0000-0000-8073-7028
A104,J. Brandt,0000-0001-6105-5008
A105,Jonas Brandt,0000-0004-9046-7961
A106,T. Wierzba,0000-0007-9318-6032
A107,S. de Raat,0000-0006-1642-5247
A108,Priya Ramanathan,0000-0007-1802-8393
A109,Greta Yelland,0000-0002-6545-4969
A110,Quinn Yelland,0000-0003-7597-9990
A111,Hester Falconer,0000-0007-5409-8704
A112,Katrin Elphick,0000-0008-6293-8407
A113,Henrik Corbridge,0000-0001-7569-4541
A114,Ivo Brockmann,0000-0009-9653-9901
A115,Tamsin Vandersloot,0000-0008-5622-7508
A116,Emrys Bellamore,0000-0001-3732-2664
A117,Viggo Bellamore,0000-0002-5926-5216
A118,Dorian Bellamore,0000-0000-4633-9010
A119,Jarno Quarrie,0000-0009-8605-0541
A120,Linus Haverkamp,0000-0000-3133-9422
A121,Marit Sallis,0000-0001-8432-2588
A122,Katrin Dannecker,0000-0005-9430-8644
A123,Florin Penhallow,0000-0008-6186-9535
A124,Niko Vandersloot,0000-0008-3786-7418
A125,Greta Ostergaard,0000-0002-5410-0810
A126,Yara Quarrie,0000-0002-3972-8364
A127,Delphine Ashdown,0000-0000-5148-3260
A128,Jarno Tregunna,
A129,Delphine Ibbotson,0000-0000-6389-2468
A130,Tamsin Castellan,0000-0004-8526-1242
A131,Emrys Nordahl,0000-0000-3843-6782
A132,Linus Penhallow,0000-0000-9780-0868
A133,Liesel Lachance,0000-0003-1768-1087
A134,Silas Castellan,0000-0003-3481-4429
A135,Olwen Quarrie,0000-0001-4750-0051
A136,Jolien Haverkamp,0000-0009-6519-3014
A137,Olwen Uttley,0000-0006-0842-6639
A138,Olwen Whitcombe,0000-0008-9432-6799
A139,Odile Tregunna,0000-0002-2495-1719
A140,Jolien Bellamore,0000-0009-0548-3869
A141,Delphine Bellamore,0000-0003-0209-4519
A142,Greta Rademaker,0000-0009-9961-6216
A143,Marit Ibbotson,0000-0009-8383-5608
A144,Silas Ashdown,0000-0007-8521-8973
A145,Ivo Corbridge,0000-0006-1367-0053
A146,Cosimo Bellamore,0000-0002-3308-6027
A147,Niko Uttley,0000-0009-7757-5966
A148,Kester Aldous,0000-0004-3203-0789
A149,Liesel Whitcombe,0000-0008-7432-0373
A150,Yara Castellan,0000-0006-4842-1959
A151,Elsa Penhallow,0000-0008-1093-6341
A152,Florin Whitcombe,
A153,Emrys Merriman,0000-0008-9865-6168
A154,Henrik Lachance,0000-0000-6078-6579
A155,Delphine Dewhurst,
A156,Greta Elphick,0000-0000-1295-1089
A157,Dorian Falconer,0000-0009-2170-6438
A158,Kester Jansma,0000-0009-6522-6126
A159,Wren Whitcombe,0000-0009-7906-1807
A160,Kester Zandvoort,0000-0006-9930-9118
A161,Jolien Dewhurst,0000-0005-3613-9857
A162,Liesel Ibbotson,0000-0007-2655-6310
A163,Nils Jansma,0000-0004-7426-1752
A164,Silas Corbridge,0000-0001-8029-9865
A165,Niko Penhallow,0000-0002-5295-8953
A166,Henrik Sallis,0000-0003-9677-7161
A167,Henrik Haverkamp,0000-0007-4485-0931
A168,Henrik Yelland,0000-0001-2141-4246
A169,Ulla Haverkamp,0000-0000-8586-5161
A170,Bastian Ashdown,0000-0005-3547-5180
A171,Ulla Aldous,0000-0005-5058-4742
A172,Hester Aldous,0000-0009-3776-6819
A173,Fenna Uttley,0000-0000-4008-7950
A174,Tamsin Gisborne,0000-0004-4300-1807
A175,Jarno Whitcombe,0000-0000-2155-5864
A176,Yara Dewhurst,0000-0004-7256-8312
A177,Carys Uttley,0000-0008-3085-0372
A178,Elsa Merriman,
A179,Alba Ashdown,0000-0001-5735-1490
A180,Ilse Aldous,0000-0002-8044-9596
A181,Henrik Kerridge,0000-0009-5689-0994
A182,Ulla Penhallow,0000-0003-2191-4747
A183,Bastian Kerridge,0000-0007-6448-2483
A184,Odile Ashdown,
A185,Olwen Ostergaard,0000-0005-9437-0650
A186,Carys Tregunna,0000-0002-3962-9717
A187,Jolien Aldous,0000-0002-8271-6177
A188,Bastian Tregunna,
A189,Zeno Aldous,0000-0006-2989-6155
A190,Maelle Ashdown,0000-0009-5279-0424
A191,Silas Zandvoort,0000-0005-2590-0644
A192,Pim Aldous,0000-0002-0569-8605
A193,Niko Yelland,
A194,Alba Corbridge,0000-0001-5776-4679
A195,Yara Penhallow,0000-0003-6890-9836
A196,Fenna Gisborne,0000-0008-9819-5281
A197,Maelle Brockmann,0000-0005-2578-6292
A198,Jarno Ashdown,0000-0001-4780-0378
A199,Delphine Merriman,0000-0005-5487-7183
A200,Ivo Penhallow,0000-0000-9986-0432
A201,Hester Dewhurst,0000-0002-8179-0448
A202,Marit Ostergaard,0000-0007-5698-5981
A203,Jolien Quarrie,0000-0007-9816-0934
A204,Katrin Kerridge,0000-0002-0159-1367
A205,Yara Lachance,
A206,Olwen Yelland,
A207,Maelle Dannecker,0000-0007-9373-7702
A208,Liesel Jansma,0000-0005-1693-8254
A209,Jolien Kerridge,0000-0001-6525-8467
A210,Ilse Bellamore,
A211,Ivo Rademaker,0000-0002-7687-0223
A212,Jarno Elphick,0000-0006-5440-8972
A213,Odile Whitcombe,0000-0003-3309-8851
A214,Anouk Castellan,0000-0005-5240-8672
A215,Zeno Dannecker,0000-0008-4772-3832
A216,Nils Rademaker,0000-0001-3498-1824
A217,Odile Rademaker,0000-0009-2609-6797
A218,Bryony Jansma,0000-0003-3146-5873
A219,Bryony Jansma,0000-0002-4103-1118
A220,Hester Ostergaard,0000-0008-3455-9598
A221,Hester Ostergaard,0000-0003-8085-8585
A222,Liesel Aldous,0000-0009-2600-3022
A223,Liesel Aldous,0000-0008-4203-7095
A224,Ilse Eberhardt,0000-0009-6534-9320
A225,Ilse Eberhardt,0000-0000-0712-5619
A226,Cosimo Penhallow,0000-0000-1869-5361
A227,Cosimo Penhallow,0000-0008-9935-6581
A228,Gideon Yelland,0000-0009-3500-8530
A229,Gideon Yelland,0000-0003-6264-2564
```

### sources.csv
```csv
source_id,name,issn,type,tier
S01,Journal of Marine Autonomy,9866-3925,JOU,K3
S02,Ocean Sensing Letters,3195-4973,JOU,K2
S03,Coastal Engineering Review,1154-9679,JOU,K1
S04,Global Marine Science Reports,8864-5325,JOU,K0
S05,OceanArXiv,,REP,
S06,Proceedings of the Hydrodynamics Forum,9804-2748,JOU,K2
S07,Journal of Estuarine Dynamics,1483-2835,JOU,K2
S08,Hydrology Notes,9832-2482,JOU,K1
S09,Journal of Coastal Hydraulics,3431-7424,JOU,K2
S10,Marine Technology Bulletin,7809-8515,JOU,K1
S11,Annals of Ocean Observation,8324-8964,JOU,K2
S12,Shelf Sea Letters,8103-2767,JOU,K1
S13,International Journal of Ocean Frontiers,1765-9671,JOU,K0
S14,CoastRxiv,,REP,
```

### works.csv
```csv
work_id,title,year,type,source_id,doi,version_of,is_retracted,record_source
W01,Adaptive path planning for underwater gliders,2021,ART,S01,10.55555/s01.2021.1465,,false,FEED
W02,Drift-aware mapping with low-cost sonar,2022,PPR,S05,10.55555/s05.2022.2911,W03,false,FEED
W03,Drift-aware mapping with low-cost sonar,2023,ART,S02,10.55555/s02.2023.9437,,false,FEED
W04,Editorial: a new decade of marine autonomy,2023,EDT,S01,10.55555/s01.2023.1032,,false,FEED
W05,Erratum: Drift-aware mapping with low-cost sonar,2024,ERR,S02,10.55555/s02.2024.7136,,false,FEED
W06,Shoreline change detection from glider transects,2024,ART,S03,10.55555/s03.2024.2042,,false,FEED
W07,Low-cost sonar arrays for coastal monitoring,2020,ART,S04,10.55555/s04.2020.7029,,false,FEED
W08,Turbulent wake modelling behind tidal turbines,2025,ART,S01,10.55555/s01.2025.5958,,false,FEED
W09,Issue information,2023,PTX,S01,10.55555/s01.2023.4542,,false,FEED
W10,Front matter,2024,PTX,S02,10.55555/s02.2024.9718,,false,FEED
W12,Sonar mosaics from glider fleets,2024,ART,S02,10.55555/s02.2024.3526,,false,CRIS
W13,Fleet coordination for survey gliders,2024,ART,S01,10.55555/s01.2024.5065,,false,FEED
W14,Harbour mapping with autonomous surface vessels,2025,ART,S03,10.55555/s03.2025.3072,,false,FEED
W15,Low-cost sonar: a review,2025,REV,S02,10.55555/s02.2025.2741,,false,FEED
W16,Sonar-based wake detection,2025,ART,S02,10.55555/s02.2025.6345,,false,FEED
W17,Acoustic positioning near the shore,2024,SUP,S06,10.55555/s06.2024.8939,,false,FEED
W18,Comparing sonar odometry methods,2022,PPR,S05,10.55555/s05.2022.2759,,false,FEED
W19,Glider-borne turbidity sensing,2025,ART,S02,10.55555/s02.2025.2198,,false,CRIS
W20,Bed shear stress under breaking waves,2024,ART,S01,10.55555/s01.2024.7245,,false,FEED
W21,A field campaign on tidal mixing,2024,ART,S02,10.55555/s02.2024.5301,,false,FEED
W22,Turbulence closures for coastal models: a review,2024,REV,S03,10.55555/s03.2024.5939,,false,FEED
W23,Anomalous dissipation in estuarine plumes,2023,ART,S02,10.55555/s02.2023.2925,,true,FEED
W24,Vortex shedding in shallow channels,2025,SUP,S06,10.55555/s06.2025.6698,,false,FEED
W27,Sensor fusion for moored buoys,2024,ART,S03,10.55555/s03.2024.8772,,false,FEED
W28,Calibration drift in conductivity sensors,2024,ART,S02,10.55555/s02.2024.9171,,false,FEED
W29,Open hardware for ocean observation: a review,2024,REV,S01,10.55555/s01.2024.2981,,false,FEED
W30,Tidal stream resource maps for the Dunmore coast,2019,ART,S03,10.55555/s03.2019.9502,,false,FEED
W31,Machine-learned tidal forecasts,2023,ART,S01,10.55555/s01.2023.5047,,false,FEED
W32,Wave-current interaction over sandbars,2025,ART,S01,10.55555/s01.2025.8470,,false,FEED
W33,Mixing efficiency in stratified tidal flows,2025,ART,S02,10.55555/s02.2025.6654,,false,FEED
W34,Evaluating turbulence closures against flume data,2025,ART,S03,10.55555/s03.2025.2352,,false,FEED
W35,Sediment resuspension by storms: a review,2025,REV,S02,10.55555/s02.2025.2131,,false,FEED
W36,Shear and mixing in a macrotidal estuary,2025,ART,S03,10.55555/s03.2025.2439,,false,FEED
W37,Port traffic and seabed disturbance,2022,ART,S03,10.55555/s03.2022.9107,,false,FEED
W38,Seagrass mapping from aerial imagery,2023,ART,S02,10.55555/s02.2023.6112,,false,FEED
W39,Replicating dissipation estimates in plumes,2024,ART,S03,10.55555/s03.2024.5346,,false,FEED
W40,Energy budgets for long-range gliders,2022,ART,S02,10.55555/s02.2022.4703,,false,FEED
W41,Path planning under uncertain currents,2023,ART,S03,10.55555/s03.2023.3758,,false,FEED
W42,Machine-learned tidal forecasts,2023,PPR,S05,10.55555/s05.2023.6876,W31,false,FEED
W50,Battery ageing in autonomous platforms,2024,ART,S03,10.55555/s03.2024.6324,,false,FEED
W51,Benchmarks for marine path planners,2024,ART,S02,10.55555/s02.2024.8087,,false,FEED
W52,Route optimisation for ocean drones,2025,ART,S01,10.55555/s01.2025.9294,,false,FEED
W60,Remote sensing of dune erosion,2020,ART,S08,10.55555/s08.2020.8236,,false,FEED
W61,Uncertainty in marsh accretion estimates,2022,ART,S07,10.55555/s07.2022.2930,,false,FEED
W62,Seasonal variability in dune erosion,2023,ART,S08,10.55555/s08.2023.5393,,false,FEED
W63,Seasonal variability in sediment flux,2024,ART,S07,10.55555/s07.2024.8504,,false,FEED
W64,Remote sensing of internal waves,2025,ART,S08,10.55555/s08.2025.7711,,false,FEED
W65,Observations of dune erosion,2024,ART,S08,10.55555/s08.2024.6414,,false,FEED
W66,Remote sensing of wave runup,2025,ART,S07,10.55555/s07.2025.5131,,false,FEED
W67,Seasonal variability in tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1192,,false,FEED
W70,Optical backscatter in turbid estuaries,2023,ART,S02,10.55555/s02.2023.6434,,false,FEED
W71,Low-power optical sensors for gliders,2024,ART,S01,10.55555/s01.2024.6287,,false,FEED
W72,Integrating optical sensors on survey gliders,2024,ART,S03,10.55555/s03.2024.9080,,false,FEED
W73,Saltmarsh retreat on the Halloran shore,2022,ART,S02,10.55555/s02.2022.7603,,false,CRIS
W74,Coastal squeeze and managed realignment: a review,2023,REV,S01,10.55555/s01.2023.6139,,false,FEED
W75,Rip currents at tourist beaches,2023,ART,S04,10.55555/s04.2023.3895,,false,FEED
W76,Foreword to the Forum proceedings,2025,EDT,S06,10.55555/s06.2025.4219,,false,FEED
W90,Sediment transport in tidal inlets,2025,ART,S02,10.55555/s02.2025.8585,,false,STG
W91,Closure models for wave boundary layers,2025,ART,S01,10.55555/s01.2025.4607,,false,STG
W92,Coastal turbulence: a review,2025,REV,S03,10.55555/s03.2025.6710,,false,STG
W101,Long-term trends in estuarine salinity,2019,ART,S08,10.55555/s08.2019.4427,,false,FEED
W102,Long-term trends in dune erosion,2023,ART,S07,10.55555/s07.2023.1186,,false,FEED
W103,A model of harbour seiches,2020,ART,S07,10.55555/s07.2020.2380,,false,FEED
W104,Remote sensing of wave runup,2019,ART,S07,10.55555/s07.2019.6591,,false,FEED
W105,Seasonal variability in harbour seiches,2021,ART,S08,10.55555/s08.2021.9028,,false,FEED
W106,Seasonal variability in harbour seiches: a review,2022,REV,S07,10.55555/s07.2022.7552,,false,FEED
W107,Observations of marsh accretion: a review,2019,REV,S08,10.55555/s08.2019.9349,,false,FEED
W108,Seasonal variability in tidal asymmetry,2021,ART,S07,10.55555/s07.2021.9650,,false,FEED
W109,A model of river plumes,2019,ART,S07,10.55555/s07.2019.5434,,false,FEED
W110,Editorial: beach profiles,2021,EDT,S07,10.55555/s07.2021.3358,,false,FEED
W111,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.5383,,false,FEED
W112,Observations of tidal asymmetry,2020,ART,S07,10.55555/s07.2020.9946,,false,FEED
W113,Seasonal variability in coastal upwelling,2021,ART,S07,10.55555/s07.2021.6316,,false,FEED
W114,Observations of estuarine salinity,2019,ART,S08,10.55555/s08.2019.1460,,false,FEED
W115,Remote sensing of internal waves: a review,2025,REV,S08,10.55555/s08.2025.4950,,false,FEED
W116,A model of coastal upwelling,2022,ART,S08,10.55555/s08.2022.6950,,false,FEED
W117,Uncertainty in beach profiles estimates,2024,ART,S08,10.55555/s08.2024.4202,,false,FEED
W118,Long-term trends in internal waves,2025,ART,S07,10.55555/s07.2025.4335,,false,FEED
W119,A model of internal waves,2019,ART,S08,10.55555/s08.2019.1156,,false,FEED
W120,Remote sensing of tidal asymmetry: a review,2021,REV,S07,10.55555/s07.2021.6881,,false,FEED
W121,Long-term trends in internal waves,2024,ART,S08,10.55555/s08.2024.8676,,false,FEED
W122,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.1686,,false,FEED
W123,Editorial: river plumes,2023,EDT,S08,10.55555/s08.2023.3508,,false,FEED
W124,A model of coastal upwelling,2019,ART,S08,10.55555/s08.2019.2165,,false,FEED
W125,Remote sensing of sediment flux,2024,ART,S08,10.55555/s08.2024.4906,,false,FEED
W201,Machine learning for marsh accretion,2019,ART,S09,10.55555/s09.2019.3873,,false,FEED
W202,Issue information,2023,PTX,S02,10.55555/s02.2023.6274,,false,FEED
W203,A community intercomparison of beach profiles,2024,ART,S03,10.55555/s03.2024.9368,,false,FEED
W204,Long-term trends in tidal asymmetry in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.3604,,false,FEED
W205,Uncertainty in sensor calibration estimates: a review,2025,REV,S03,10.55555/s03.2025.2579,,false,FEED
W206,Observations of buoy telemetry in a semi-enclosed sea,2020,ART,S01,10.55555/s01.2020.8424,,false,FEED
W208,A framework for sensor calibration in tidal inlets,2019,ART,S10,10.55555/s10.2019.9187,,false,FEED
W209,Remote sensing of turbulent wakes in sandy coasts,2025,ART,S02,10.55555/s02.2025.2983,,false,FEED
W210,Low-cost methods for estuarine salinity,2021,PPR,S14,10.55555/s14.2021.5188,W902,false,FEED
W211,Long-term trends in internal waves in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.3569,,false,FEED
W212,Issue information,2019,PTX,S03,10.55555/s03.2019.4582,,false,FEED
W214,A framework for buoy telemetry in shallow channels,2023,ART,S03,10.55555/s03.2023.5869,,false,FEED
W215,Long-term trends in harbour seiches in harbour basins,2024,ART,S12,10.55555/s12.2024.4967,,false,FEED
W216,Observations of vortex shedding in the Albury estuary,2025,ART,S03,10.55555/s03.2025.8866,,false,FEED
W217,Machine learning for estuarine salinity in harbour basins,2024,ART,S02,10.55555/s02.2024.4926,,false,FEED
W218,Field measurements of wave runup in the Albury estuary,2021,ART,S11,10.55555/s11.2021.6637,,false,FEED
W219,Remote sensing of sensor calibration,2022,PPR,S05,10.55555/s05.2022.9710,W251,false,FEED
W220,Revisiting river plumes in tidal inlets,2021,ART,S09,10.55555/s09.2021.2494,,false,FEED
W221,A model of marsh accretion in mixed-energy coasts,2023,PPR,S14,10.55555/s14.2023.3805,,false,FEED
W222,Low-cost methods for harbour seiches,2023,ART,S07,10.55555/s07.2023.3997,,false,FEED
W223,Low-cost methods for tidal asymmetry in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.2080,,false,FEED
W224,Editorial: scaling laws for harbour seiches,2025,EDT,S09,10.55555/s09.2025.4466,,false,FEED
W225,Revisiting breaking waves in shallow channels,2025,ART,S09,10.55555/s09.2025.3393,,false,FEED
W226,Uncertainty in estuarine plumes estimates,2023,PPR,S05,10.55555/s05.2023.4761,W710,false,FEED
W227,Low-cost methods for estuarine plumes: a review,2020,REV,S01,10.55555/s01.2020.3822,,false,FEED
W228,Observations of coastal upwelling in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.1383,,false,FEED
W229,Observations of sensor calibration in a semi-enclosed sea,2023,ART,S06,10.55555/s06.2023.9154,,false,FEED
W230,Low-cost methods for wave runup,2024,ART,S03,10.55555/s03.2024.3582,,false,FEED
W232,A model of channel hydraulics,2019,ART,S06,10.55555/s06.2019.8227,,false,FEED
W233,A framework for seabed classification,2024,ART,S06,10.55555/s06.2024.5906,,false,FEED
W235,Scaling laws for coastal upwelling,2025,ART,S07,10.55555/s07.2025.4477,,false,FEED
W237,Field measurements of tidal asymmetry in the open shelf,2020,ART,S12,10.55555/s12.2020.2545,,false,FEED
W238,Observations of survey vessel autonomy in tidal inlets,2023,ART,S02,10.55555/s02.2023.9675,,false,FEED
W239,Observations of beach profiles in harbour basins,2019,ART,S10,10.55555/s10.2019.9025,,false,FEED
W240,Issue information,2025,PTX,S01,10.55555/s01.2025.5660,,false,FEED
W241,Seasonal variability in internal waves in a laboratory flume,2020,ART,S02,10.55555/s02.2020.1199,,false,FEED
W242,Remote sensing of estuarine salinity,2024,ART,S03,10.55555/s03.2024.5114,,false,FEED
W243,Field measurements of acoustic positioning in the open shelf,2019,ART,S02,10.55555/s02.2019.6029,,false,FEED
W246,Low-cost methods for wave runup in a semi-enclosed sea,2023,ART,S11,10.55555/s11.2023.8049,,false,FEED
W247,A framework for harbour seiches,2025,ART,S09,10.55555/s09.2025.8273,,false,FEED
W249,Observations of stratified flows in tidal inlets,2025,ART,S09,10.55555/s09.2025.1434,,false,FEED
W251,Remote sensing of sensor calibration,2023,ART,S02,10.55555/s02.2023.5427,,false,FEED
W252,Machine learning for beach profiles in the North Sea,2025,ART,S02,10.55555/s02.2025.2973,,false,FEED
W253,Field measurements of dune erosion in the North Sea,2025,ART,S07,10.55555/s07.2025.2883,,false,FEED
W254,Observations of storm surge in a laboratory flume,2023,ART,S12,10.55555/s12.2023.8407,,false,FEED
W255,Observations of sediment flux,2025,ART,S03,10.55555/s03.2025.4955,,false,FEED
W256,Machine learning for beach profiles: a review,2019,REV,S02,10.55555/s02.2019.6603,,false,FEED
W257,Uncertainty in dune erosion estimates in the North Sea,2023,ART,S07,10.55555/s07.2023.5247,,false,FEED
W258,A framework for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1248,,false,FEED
W259,A framework for estuarine salinity,2022,ART,S07,10.55555/s07.2022.4755,,false,FEED
W260,Remote sensing of stratified flows,2025,ART,S02,10.55555/s02.2025.7233,,false,FEED
W261,Field measurements of sediment flux in a semi-enclosed sea: a review,2023,REV,S08,10.55555/s08.2023.7081,,false,FEED
W262,Revisiting sensor calibration in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.3687,,false,FEED
W263,Low-cost methods for storm surge in shallow channels,2019,PPR,S05,10.55555/s05.2019.4392,W279,false,FEED
W264,Seasonal variability in tidal mixing in sandy coasts,2022,ART,S10,10.55555/s10.2022.1503,,false,FEED
W265,Remote sensing of coastal upwelling in tidal inlets,2025,ART,S08,10.55555/s08.2025.3453,,false,FEED
W266,Low-cost methods for wave boundary layers,2024,ART,S01,10.55555/s01.2024.3995,,false,FEED
W267,A framework for tidal mixing in the open shelf,2023,ART,S11,10.55555/s11.2023.8676,,false,FEED
W268,Remote sensing of turbulent wakes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.4471,,false,STG
W269,Low-cost methods for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1871,,false,FEED
W270,Revisiting turbulent wakes,2024,ART,S02,10.55555/s02.2024.5947,,false,FEED
W271,Editorial: battery endurance,2019,EDT,S01,10.55555/s01.2019.6724,,false,FEED
W272,Field measurements of marsh accretion in a semi-enclosed sea: a review,2025,REV,S11,10.55555/s11.2025.9074,,false,FEED
W273,Revisiting underwater docking in sandy coasts,2024,ART,S06,10.55555/s06.2024.7050,,false,FEED
W274,Remote sensing of harbour seiches,2024,ART,S11,10.55555/s11.2024.9547,,false,FEED
W275,Low-cost methods for marsh accretion in a macrotidal bay,2020,ART,S07,10.55555/s07.2020.5876,,false,FEED
W276,A model of dune erosion in the open shelf,2022,ART,S08,10.55555/s08.2022.2667,,false,FEED
W277,A model of marsh accretion in fjords: a review,2019,REV,S09,10.55555/s09.2019.7655,,false,FEED
W278,A model of sediment flux in the North Sea,2020,ART,S10,10.55555/s10.2020.2396,,false,FEED
W279,Low-cost methods for storm surge in shallow channels,2019,ART,S01,10.55555/s01.2019.1190,,false,FEED
W281,Field measurements of sediment resuspension,2021,ART,S03,10.55555/s03.2021.2574,,false,FEED
W282,A framework for bed shear stress,2025,ART,S01,10.55555/s01.2025.8575,,false,FEED
W284,Field measurements of sediment flux,2024,ART,S10,10.55555/s10.2024.6669,,false,FEED
W285,Long-term trends in tidal mixing,2023,ART,S11,10.55555/s11.2023.4596,,false,FEED
W286,Front matter,2022,PTX,S03,10.55555/s03.2022.9263,,false,FEED
W289,Revisiting tidal asymmetry in the open shelf,2022,ART,S09,10.55555/s09.2022.2616,,false,FEED
W291,Seasonal variability in dune erosion in the open shelf,2019,ART,S07,10.55555/s07.2019.7163,,false,FEED
W292,A model of underwater docking in the Albury estuary,2020,ART,S01,10.55555/s01.2020.6227,,false,FEED
W293,Low-cost methods for buoy telemetry,2023,ART,S02,10.55555/s02.2023.1027,,false,FEED
W294,A model of sediment flux,2019,ART,S06,10.55555/s06.2019.3962,,false,FEED
W296,Observations of sensor calibration,2019,ART,S02,10.55555/s02.2019.3432,,false,FEED
W297,A framework for estuarine plumes,2019,ART,S11,10.55555/s11.2019.7764,,false,FEED
W299,Remote sensing of marsh accretion in the Albury estuary,2024,ART,S12,10.55555/s12.2024.9010,,false,FEED
W300,A framework for vortex shedding,2025,ART,S03,10.55555/s03.2025.9744,,false,FEED
W301,A framework for wave boundary layers in shallow channels,2020,ART,S02,10.55555/s02.2020.2955,,false,FEED
W302,A framework for estuarine plumes in a laboratory flume,2024,ART,S11,10.55555/s11.2024.9681,,false,FEED
W303,A framework for tidal asymmetry in the Albury estuary,2020,ART,S03,10.55555/s03.2020.9436,,false,FEED
W304,Long-term trends in estuarine salinity in harbour basins,2024,ART,S01,10.55555/s01.2024.9643,,false,FEED
W305,Uncertainty in marsh accretion estimates in the Albury estuary,2023,ART,S09,10.55555/s09.2023.7844,,false,FEED
W306,Seasonal variability in sediment flux in the Brevin shelf,2023,PPR,S14,10.55555/s14.2023.5478,,false,FEED
W308,A model of ocean optics in the open shelf,2024,ART,S01,10.55555/s01.2024.4225,,false,FEED
W309,Scaling laws for vortex shedding,2019,ART,S10,10.55555/s10.2019.5629,,false,FEED
W310,Machine learning for tidal asymmetry in fjords,2025,ART,S11,10.55555/s11.2025.8764,,false,FEED
W312,Observations of estuarine plumes,2021,ART,S03,10.55555/s03.2021.8491,,false,FEED
W313,Uncertainty in turbidity sensing estimates in the Albury estuary,2021,ART,S04,10.55555/s04.2021.1580,,false,FEED
W314,Observations of seabed classification in the open shelf,2025,ART,S01,10.55555/s01.2025.2601,,false,FEED
W315,Seasonal variability in acoustic positioning,2024,ART,S11,10.55555/s11.2024.3037,,false,FEED
W317,A framework for beach profiles,2021,ART,S11,10.55555/s11.2021.2440,,false,FEED
W318,A framework for internal waves,2025,ART,S11,10.55555/s11.2025.1115,,false,FEED
W319,Revisiting seabed classification in shallow channels,2023,ART,S09,10.55555/s09.2023.4827,,false,FEED
W320,Field measurements of coastal upwelling in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.9420,,true,FEED
W321,Erratum: A model of breaking waves in the North Sea,2025,ERR,S03,10.55555/s03.2025.6357,,false,FEED
W322,A framework for fleet coordination,2019,PPR,S14,10.55555/s14.2019.9512,W453,false,FEED
W323,A model of wave runup in the Albury estuary,2020,ART,S10,10.55555/s10.2020.5947,,false,FEED
W324,A model of wave runup in sandy coasts,2019,ART,S12,10.55555/s12.2019.6638,,false,FEED
W325,Remote sensing of vortex shedding in the Wexcombe marshes,2023,ART,S04,10.55555/s04.2023.9647,,false,FEED
W326,Seasonal variability in tidal asymmetry in the North Sea,2020,ART,S10,10.55555/s10.2020.4586,,false,FEED
W329,Field measurements of channel hydraulics in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.8849,,false,STG
W330,Low-cost methods for dune erosion in the Wexcombe marshes,2025,ART,S09,10.55555/s09.2025.7821,,false,FEED
W331,Editorial: ocean optics,2019,EDT,S02,10.55555/s02.2019.4747,,false,FEED
W332,Scaling laws for marsh accretion in mixed-energy coasts,2022,ART,S11,10.55555/s11.2022.6992,,false,FEED
W333,Low-cost methods for tidal mixing,2024,ART,S01,10.55555/s01.2024.5072,,false,FEED
W334,A model of tidal asymmetry in a semi-enclosed sea,2023,ART,S09,10.55555/s09.2023.3033,,false,FEED
W335,Seasonal variability in dune erosion in tidal inlets,2022,ART,S09,10.55555/s09.2022.7815,,false,FEED
W336,Uncertainty in river plumes estimates in a semi-enclosed sea,2021,PPR,S14,10.55555/s14.2021.3671,,false,FEED
W337,Machine learning for acoustic positioning in the open shelf,2022,ART,S11,10.55555/s11.2022.6556,,false,FEED
W338,Seasonal variability in acoustic positioning in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.5509,,false,FEED
W339,Uncertainty in storm surge estimates in the North Sea,2022,ART,S10,10.55555/s10.2022.3624,,false,FEED
W341,Remote sensing of estuarine plumes,2020,ART,S03,10.55555/s03.2020.2906,,false,FEED
W342,Field measurements of stratified flows,2023,ART,S03,10.55555/s03.2023.8139,,false,FEED
W343,Revisiting battery endurance in the open shelf,2025,ART,S02,10.55555/s02.2025.5231,,false,FEED
W344,Machine learning for underwater docking in the Wexcombe marshes,2020,ART,S03,10.55555/s03.2020.4113,,false,FEED
W345,A framework for beach profiles in a macrotidal bay,2021,ART,S12,10.55555/s12.2021.9722,,false,FEED
W346,Revisiting sonar imaging in the Albury estuary,2019,ART,S11,10.55555/s11.2019.4207,,false,FEED
W348,Scaling laws for ocean optics in fjords,2021,ART,S11,10.55555/s11.2021.6494,,false,FEED
W349,Scaling laws for turbidity sensing in a laboratory flume,2024,ART,S01,10.55555/s01.2024.3743,,false,FEED
W350,Revisiting ocean optics,2023,ART,S03,10.55555/s03.2023.5242,,false,FEED
W352,Scaling laws for storm surge in the North Sea,2024,ART,S12,10.55555/s12.2024.1961,,false,FEED
W354,Scaling laws for wave runup in sandy coasts,2021,ART,S01,10.55555/s01.2021.9856,,false,FEED
W355,Scaling laws for wave boundary layers in the North Sea,2024,ART,S09,10.55555/s09.2024.5466,,false,FEED
W356,Long-term trends in underwater docking,2022,ART,S02,10.55555/s02.2022.3480,,false,FEED
W357,Observations of tidal mixing,2025,ART,S10,10.55555/s10.2025.5331,,false,FEED
W358,Scaling laws for tidal asymmetry,2024,ART,S08,10.55555/s08.2024.1604,,false,FEED
W359,Seasonal variability in sediment flux in the Wexcombe marshes,2022,ART,S01,10.55555/s01.2022.7873,,false,FEED
W361,A model of dune erosion,2019,ART,S01,10.55555/s01.2019.9767,,false,FEED
W362,A model of beach profiles in the North Sea,2022,ART,S08,10.55555/s08.2022.8115,,false,FEED
W365,Low-cost methods for channel hydraulics in a macrotidal bay,2021,ART,S03,10.55555/s03.2021.1932,,false,FEED
W366,Scaling laws for tidal mixing in harbour basins,2022,ART,S03,10.55555/s03.2022.2739,,false,FEED
W367,Low-cost methods for dune erosion in mixed-energy coasts,2022,ART,S02,10.55555/s02.2022.4438,,false,FEED
W368,Scaling laws for seabed classification in the Wexcombe marshes: a review,2023,REV,S02,10.55555/s02.2023.1556,,false,FEED
W369,Remote sensing of internal waves in shallow channels: a review,2019,REV,S11,10.55555/s11.2019.7258,,false,FEED
W370,Revisiting survey vessel autonomy in the Wexcombe marshes,2025,ART,S02,10.55555/s02.2025.5705,,false,FEED
W371,Editorial: a model of coastal upwelling in tidal inlets,2024,EDT,S10,10.55555/s10.2024.9940,,false,FEED
W372,A framework for channel hydraulics in fjords,2025,SUP,S02,10.55555/s02.2025.3633,,false,STG
W373,A framework for harbour seiches in a macrotidal bay: a review,2020,REV,S11,10.55555/s11.2020.1542,,false,FEED
W374,Machine learning for underwater docking in the open shelf,2023,ART,S02,10.55555/s02.2023.9914,,true,FEED
W376,Scaling laws for storm surge in a semi-enclosed sea,2024,ART,S10,10.55555/s10.2024.1001,,false,FEED
W377,Long-term trends in marsh accretion,2021,ART,S10,10.55555/s10.2021.9832,,false,FEED
W378,Seasonal variability in tidal asymmetry in mixed-energy coasts: a review,2024,REV,S02,10.55555/s02.2024.7988,,false,FEED
W380,A model of marsh accretion in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5051,,false,FEED
W382,Machine learning for river plumes in a semi-enclosed sea,2020,ART,S07,10.55555/s07.2020.9152,,false,FEED
W383,Field measurements of turbidity sensing: a review,2023,REV,S03,10.55555/s03.2023.3064,,false,FEED
W384,Machine learning for storm surge,2025,ART,S10,10.55555/s10.2025.3246,,false,FEED
W385,A model of fleet coordination in mixed-energy coasts: a review,2024,REV,S09,10.55555/s09.2024.8249,,false,FEED
W387,Uncertainty in internal waves estimates in the open shelf,2024,ART,S07,10.55555/s07.2024.2387,,false,FEED
W388,Observations of buoy telemetry in sandy coasts,2019,ART,S01,10.55555/s01.2019.9333,,false,FEED
W389,A framework for turbidity sensing in shallow channels,2025,ART,S04,10.55555/s04.2025.9599,,false,FEED
W390,A model of river plumes in the Brevin shelf,2022,ART,S03,10.55555/s03.2022.5366,,false,FEED
W392,Field measurements of internal waves in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.9626,,false,FEED
W393,Remote sensing of tidal asymmetry in the Wexcombe marshes,2023,ART,S11,10.55555/s11.2023.9629,,false,FEED
W396,Seasonal variability in battery endurance in the North Sea,2024,ART,S06,10.55555/s06.2024.8221,,false,FEED
W397,Scaling laws for acoustic positioning,2025,ART,S01,10.55555/s01.2025.9888,,false,STG
W398,Machine learning for internal waves in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6906,,false,FEED
W399,A model of marsh accretion in harbour basins,2019,ART,S09,10.55555/s09.2019.6768,,false,FEED
W400,Observations of glider navigation,2019,ART,S02,10.55555/s02.2019.4353,,false,FEED
W401,Long-term trends in wave boundary layers in tidal inlets,2019,ART,S10,10.55555/s10.2019.3057,,false,FEED
W402,Observations of wave runup in shallow channels,2019,ART,S03,10.55555/s03.2019.1468,,false,FEED
W403,Machine learning for marsh accretion in the Brevin shelf,2021,ART,S07,10.55555/s07.2021.5860,,false,FEED
W404,Machine learning for marsh accretion in harbour basins,2021,ART,S07,10.55555/s07.2021.4390,,false,FEED
W405,Field measurements of sediment resuspension in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.1348,,false,FEED
W406,Long-term trends in wave runup in a laboratory flume,2020,ART,S11,10.55555/s11.2020.2202,,false,FEED
W407,Low-cost methods for bed shear stress in fjords: a review,2023,PPR,S14,10.55555/s14.2023.2990,W1027,false,FEED
W408,A framework for coastal upwelling,2024,ART,S13,10.55555/s13.2024.7613,,false,FEED
W410,Low-cost methods for seabed classification in a semi-enclosed sea: a review,2020,REV,S03,10.55555/s03.2020.1868,,false,FEED
W411,Revisiting turbulent wakes in the Brevin shelf,2022,ART,S02,10.55555/s02.2022.5365,,true,FEED
W413,Seasonal variability in sensor calibration in a laboratory flume,2023,ART,S01,10.55555/s01.2023.4722,,false,FEED
W414,Uncertainty in tidal asymmetry estimates in the open shelf,2021,ART,S10,10.55555/s10.2021.1459,,false,FEED
W415,Uncertainty in sediment flux estimates in the Wexcombe marshes: a review,2019,REV,S09,10.55555/s09.2019.3837,,false,FEED
W416,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2020,PPR,S14,10.55555/s14.2020.9254,W640,false,FEED
W417,A model of turbulent wakes in harbour basins,2023,ART,S02,10.55555/s02.2023.8231,,false,FEED
W418,Editorial: dune erosion,2024,EDT,S02,10.55555/s02.2024.3216,,false,FEED
W419,Seasonal variability in vortex shedding,2024,ART,S02,10.55555/s02.2024.4676,,false,FEED
W420,Observations of coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.5603,,false,FEED
W421,Low-cost methods for breaking waves,2024,ART,S02,10.55555/s02.2024.8765,,false,FEED
W422,Remote sensing of coastal upwelling,2023,ART,S01,10.55555/s01.2023.4536,,false,FEED
W423,Seasonal variability in coastal upwelling in tidal inlets,2024,ART,S08,10.55555/s08.2024.1591,,false,FEED
W424,Revisiting marsh accretion in mixed-energy coasts: a review,2019,REV,S10,10.55555/s10.2019.2279,,false,FEED
W425,Uncertainty in sediment flux estimates,2020,ART,S02,10.55555/s02.2020.3211,,false,FEED
W426,Seasonal variability in beach profiles in a laboratory flume,2019,ART,S01,10.55555/s01.2019.7776,,false,FEED
W427,Low-cost methods for coastal upwelling in shallow channels,2023,ART,S09,10.55555/s09.2023.3984,,false,FEED
W428,Revisiting turbulent wakes in the open shelf,2022,ART,S03,10.55555/s03.2022.9134,,false,FEED
W430,Observations of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.3545,,false,FEED
W431,Editorial: revisiting dune erosion,2025,EDT,S11,10.55555/s11.2025.5917,,false,FEED
W432,Revisiting tidal asymmetry in tidal inlets,2023,PPR,S05,10.55555/s05.2023.4384,W879,false,FEED
W433,A model of sediment flux in sandy coasts,2023,ART,S09,10.55555/s09.2023.3506,,false,FEED
W434,Long-term trends in beach profiles in harbour basins,2025,ART,S02,10.55555/s02.2025.2778,,false,FEED
W435,Remote sensing of underwater docking in a macrotidal bay,2023,ART,S06,10.55555/s06.2023.1655,,false,FEED
W436,Low-cost methods for estuarine plumes in a laboratory flume,2024,ART,S01,10.55555/s01.2024.7230,,false,FEED
W437,Editorial: low-cost methods for beach profiles in shallow channels,2024,EDT,S08,10.55555/s08.2024.9419,,false,FEED
W438,Seasonal variability in ocean optics in the open shelf,2022,ART,S11,10.55555/s11.2022.9071,,false,FEED
W439,Seasonal variability in wave runup in the Wexcombe marshes,2022,ART,S09,10.55555/s09.2022.7279,,false,FEED
W440,Long-term trends in harbour seiches in fjords,2022,ART,S08,10.55555/s08.2022.7178,,false,FEED
W441,Observations of estuarine plumes in harbour basins,2023,ART,S11,10.55555/s11.2023.7309,,false,FEED
W442,Uncertainty in harbour seiches estimates in sandy coasts,2021,ART,S09,10.55555/s09.2021.9414,,false,FEED
W443,Field measurements of wave runup in a laboratory flume,2024,ART,S11,10.55555/s11.2024.4375,,false,FEED
W444,Low-cost methods for wave boundary layers in a laboratory flume,2019,ART,S03,10.55555/s03.2019.7273,,true,FEED
W445,A framework for wave runup,2021,SUP,S06,10.55555/s06.2021.8886,,false,FEED
W446,Remote sensing of dune erosion in a macrotidal bay: a review,2022,REV,S03,10.55555/s03.2022.2159,,false,FEED
W448,Remote sensing of coastal upwelling in the Albury estuary,2023,ART,S13,10.55555/s13.2023.7244,,false,FEED
W449,Machine learning for glider navigation,2022,ART,S04,10.55555/s04.2022.2709,,false,FEED
W450,Remote sensing of breaking waves in the Wexcombe marshes,2021,SUP,S02,10.55555/s02.2021.8894,,false,FEED
W451,Revisiting coastal upwelling in a laboratory flume: a review,2025,REV,S08,10.55555/s08.2025.2028,,false,FEED
W452,Field measurements of sonar imaging in shallow channels,2021,ART,S02,10.55555/s02.2021.6330,,false,FEED
W453,A framework for fleet coordination,2019,ART,S03,10.55555/s03.2019.3763,,false,FEED
W454,Long-term trends in vortex shedding,2021,ART,S02,10.55555/s02.2021.3382,,false,FEED
W455,Uncertainty in sonar imaging estimates in sandy coasts,2021,ART,S02,10.55555/s02.2021.6875,,false,FEED
W456,Uncertainty in wave runup estimates in shallow channels,2025,ART,S09,10.55555/s09.2025.3320,,false,FEED
W457,A framework for marsh accretion in shallow channels: a review,2020,REV,S10,10.55555/s10.2020.3260,,false,FEED
W458,Uncertainty in beach profiles estimates in a macrotidal bay,2019,ART,S08,10.55555/s08.2019.3618,,false,FEED
W459,Field measurements of harbour seiches,2021,ART,S06,10.55555/s06.2021.1885,,false,FEED
W460,Low-cost methods for sensor calibration,2022,PPR,S14,10.55555/s14.2022.8065,W496,false,FEED
W461,Long-term trends in sediment flux,2019,ART,S10,10.55555/s10.2019.3191,,false,FEED
W462,Machine learning for sediment flux in fjords,2021,ART,S06,10.55555/s06.2021.1053,,false,FEED
W463,Machine learning for battery endurance in tidal inlets,2023,ART,S03,10.55555/s03.2023.1013,,false,FEED
W464,A framework for turbidity sensing,2021,ART,S09,10.55555/s09.2021.3012,,false,FEED
W465,Long-term trends in buoy telemetry in a laboratory flume,2020,ART,S03,10.55555/s03.2020.7103,,false,FEED
W466,Long-term trends in beach profiles,2020,ART,S08,10.55555/s08.2020.3642,,false,FEED
W467,Remote sensing of harbour seiches in fjords: a review,2024,REV,S01,10.55555/s01.2024.6896,,false,FEED
W469,Uncertainty in wave runup estimates in tidal inlets: a review,2020,REV,S10,10.55555/s10.2020.2479,,false,FEED
W470,Uncertainty in tidal asymmetry estimates in a macrotidal bay,2022,ART,S08,10.55555/s08.2022.2679,,false,FEED
W471,Uncertainty in internal waves estimates in sandy coasts,2022,ART,S09,10.55555/s09.2022.1093,,false,FEED
W473,Field measurements of bed shear stress,2023,ART,S02,10.55555/s02.2023.8085,,false,FEED
W474,Long-term trends in ocean optics: a review,2023,REV,S01,10.55555/s01.2023.1515,,false,FEED
W475,Low-cost methods for beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.6309,,false,FEED
W476,Revisiting beach profiles,2021,ART,S01,10.55555/s01.2021.9653,,false,FEED
W477,Field measurements of channel hydraulics: a review,2024,REV,S06,10.55555/s06.2024.8162,,false,FEED
W478,Long-term trends in bed shear stress in a semi-enclosed sea,2019,ART,S01,10.55555/s01.2019.6241,,false,FEED
W479,Revisiting stratified flows: a review,2020,REV,S02,10.55555/s02.2020.2294,,false,FEED
W480,Editorial: ocean optics,2019,EDT,S03,10.55555/s03.2019.8946,,false,FEED
W481,Erratum: Machine learning for sensor calibration in a laboratory flume,2024,ERR,S09,10.55555/s09.2024.5830,,false,FEED
W483,Observations of marsh accretion in the Albury estuary,2019,ART,S12,10.55555/s12.2019.4182,,false,FEED
W484,Scaling laws for sediment flux in the Wexcombe marshes,2020,ART,S01,10.55555/s01.2020.2410,,false,FEED
W485,Revisiting tidal asymmetry in shallow channels,2021,ART,S07,10.55555/s07.2021.3628,,false,FEED
W486,Uncertainty in vortex shedding estimates in the Brevin shelf,2019,ART,S10,10.55555/s10.2019.2360,,false,FEED
W487,Remote sensing of wave runup in the open shelf,2024,ART,S11,10.55555/s11.2024.1631,,false,FEED
W488,A framework for turbulent wakes,2025,ART,S01,10.55555/s01.2025.9949,,false,STG
W489,Scaling laws for beach profiles in the Albury estuary,2020,ART,S11,10.55555/s11.2020.6314,,false,FEED
W491,Seasonal variability in wave runup in the open shelf,2020,ART,S12,10.55555/s12.2020.4218,,false,FEED
W492,Field measurements of estuarine salinity,2025,ART,S09,10.55555/s09.2025.1360,,false,FEED
W493,Low-cost methods for tidal asymmetry in harbour basins,2024,ART,S11,10.55555/s11.2024.9688,,false,FEED
W496,Low-cost methods for sensor calibration,2022,ART,S02,10.55555/s02.2022.3778,,false,FEED
W497,Remote sensing of vortex shedding in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3309,,false,FEED
W498,Remote sensing of wave runup in sandy coasts,2024,ART,S07,10.55555/s07.2024.6095,,false,FEED
W499,Long-term trends in turbidity sensing,2024,ART,S03,10.55555/s03.2024.1107,,false,FEED
W500,Machine learning for dune erosion,2019,ART,S03,10.55555/s03.2019.9740,,false,FEED
W501,Low-cost methods for glider navigation in the open shelf,2024,ART,S02,10.55555/s02.2024.5158,,false,FEED
W502,Field measurements of harbour seiches in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.4754,,false,FEED
W503,Observations of seabed classification in a macrotidal bay,2021,ART,S01,10.55555/s01.2021.5862,,false,FEED
W504,Field measurements of breaking waves,2024,ART,S03,10.55555/s03.2024.3799,,false,FEED
W505,Field measurements of storm surge in a laboratory flume,2024,ART,S10,10.55555/s10.2024.1506,,false,FEED
W506,Remote sensing of coastal upwelling,2022,PPR,S05,10.55555/s05.2022.7734,W422,false,FEED
W507,Observations of tidal asymmetry in shallow channels,2024,ART,S08,10.55555/s08.2024.9152,,false,FEED
W508,Observations of internal waves in mixed-energy coasts,2021,ART,S10,10.55555/s10.2021.4045,,false,FEED
W509,Uncertainty in harbour seiches estimates in fjords,2024,ART,S08,10.55555/s08.2024.3522,,false,FEED
W510,Field measurements of vortex shedding,2020,ART,S03,10.55555/s03.2020.3398,,false,FEED
W511,Revisiting tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1922,,false,FEED
W512,Long-term trends in estuarine salinity in the open shelf,2025,ART,S07,10.55555/s07.2025.6384,,false,FEED
W513,Field measurements of sonar imaging,2020,ART,S02,10.55555/s02.2020.5677,,false,FEED
W515,Machine learning for bed shear stress,2025,ART,S10,10.55555/s10.2025.3762,,false,FEED
W516,Long-term trends in tidal asymmetry in tidal inlets,2019,ART,S03,10.55555/s03.2019.2384,,false,FEED
W518,Long-term trends in turbulent wakes,2020,ART,S03,10.55555/s03.2020.3210,,false,FEED
W519,A framework for internal waves in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.3765,,false,FEED
W520,Low-cost methods for estuarine salinity in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3227,,true,FEED
W521,Observations of tidal asymmetry in the open shelf,2024,ART,S08,10.55555/s08.2024.6727,,false,FEED
W522,Observations of estuarine plumes,2020,PPR,S14,10.55555/s14.2020.4281,W312,false,FEED
W523,Seasonal variability in sensor calibration in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.2677,,false,FEED
W524,Field measurements of harbour seiches in the North Sea,2020,PPR,S05,10.55555/s05.2020.8964,W807,false,FEED
W525,A model of harbour seiches in the open shelf,2024,ART,S02,10.55555/s02.2024.9338,,false,FEED
W526,Long-term trends in storm surge in sandy coasts,2022,ART,S09,10.55555/s09.2022.9881,,false,FEED
W527,Remote sensing of glider navigation,2019,ART,S11,10.55555/s11.2019.6644,,false,FEED
W528,A framework for tidal mixing,2024,ART,S02,10.55555/s02.2024.7151,,false,FEED
W529,Field measurements of survey vessel autonomy in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.3901,,false,FEED
W530,A model of stratified flows in shallow channels,2021,SUP,S06,10.55555/s06.2021.7136,,false,FEED
W531,A framework for stratified flows in shallow channels,2023,ART,S01,10.55555/s01.2023.4752,,false,FEED
W532,Low-cost methods for estuarine salinity in harbour basins,2024,ART,S10,10.55555/s10.2024.2600,,false,FEED
W533,Long-term trends in internal waves in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3693,,false,FEED
W534,Uncertainty in wave runup estimates,2024,ART,S07,10.55555/s07.2024.1162,,false,FEED
W535,A framework for buoy telemetry in the Albury estuary,2025,ART,S01,10.55555/s01.2025.2827,,false,FEED
W536,Seasonal variability in estuarine salinity in the Albury estuary,2020,ART,S11,10.55555/s11.2020.3257,,false,FEED
W538,A framework for sediment flux in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.5964,,false,FEED
W539,A model of stratified flows,2022,ART,S06,10.55555/s06.2022.8112,,false,FEED
W540,Remote sensing of marsh accretion,2023,ART,S07,10.55555/s07.2023.6674,,false,FEED
W541,Scaling laws for dune erosion in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.7243,,false,FEED
W542,Revisiting wave runup in the open shelf,2021,ART,S11,10.55555/s11.2021.8032,,false,FEED
W544,A model of buoy telemetry in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.1370,,false,FEED
W545,Field measurements of beach profiles,2019,PPR,S14,10.55555/s14.2019.4307,W742,false,FEED
W546,Low-cost methods for sonar imaging,2025,ART,S10,10.55555/s10.2025.8889,,false,FEED
W547,Seasonal variability in internal waves,2021,ART,S11,10.55555/s11.2021.7504,,false,FEED
W548,Editorial: observations of tidal asymmetry in the North Sea,2021,EDT,S09,10.55555/s09.2021.1082,,false,FEED
W549,Observations of wave boundary layers,2024,ART,S11,10.55555/s11.2024.9406,,false,FEED
W550,Uncertainty in internal waves estimates in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.7387,,false,FEED
W551,A model of harbour seiches in the Wexcombe marshes,2022,ART,S11,10.55555/s11.2022.2998,,false,FEED
W552,Machine learning for coastal upwelling,2019,ART,S07,10.55555/s07.2019.6027,,false,FEED
W553,Field measurements of buoy telemetry in mixed-energy coasts,2022,ART,S03,10.55555/s03.2022.5263,,false,FEED
W554,Remote sensing of coastal upwelling in a macrotidal bay,2024,ART,S01,10.55555/s01.2024.2480,,false,FEED
W555,A model of underwater docking in a macrotidal bay,2020,ART,S09,10.55555/s09.2020.3444,,false,FEED
W556,Low-cost methods for marsh accretion,2019,PPR,S05,10.55555/s05.2019.3044,W1038,false,FEED
W557,Low-cost methods for underwater docking in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.3419,,false,FEED
W558,Field measurements of underwater docking in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.9898,,false,FEED
W559,Field measurements of storm surge in shallow channels,2022,ART,S11,10.55555/s11.2022.6814,,false,FEED
W560,Scaling laws for tidal asymmetry in mixed-energy coasts,2023,ART,S01,10.55555/s01.2023.4408,,false,FEED
W561,Front matter,2019,PTX,S06,10.55555/s06.2019.5973,,false,FEED
W562,Machine learning for marsh accretion in the open shelf,2019,ART,S08,10.55555/s08.2019.4214,,false,FEED
W563,Low-cost methods for estuarine plumes in the Wexcombe marshes,2021,ART,S01,10.55555/s01.2021.3599,,false,FEED
W564,Scaling laws for battery endurance in a semi-enclosed sea: a review,2022,REV,S01,10.55555/s01.2022.5208,,false,FEED
W565,Observations of beach profiles,2019,ART,S03,10.55555/s03.2019.7754,,false,FEED
W566,A model of wave runup,2023,PPR,S05,10.55555/s05.2023.9828,,false,FEED
W567,Seasonal variability in turbidity sensing,2025,ART,S04,10.55555/s04.2025.3600,,false,FEED
W568,Remote sensing of battery endurance in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.5300,,false,FEED
W569,A framework for fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9174,,false,STG
W570,Low-cost methods for dune erosion in tidal inlets: a review,2025,REV,S12,10.55555/s12.2025.5362,,false,FEED
W571,Uncertainty in harbour seiches estimates in a macrotidal bay,2024,ART,S02,10.55555/s02.2024.9329,,false,FEED
W572,Editorial: seasonal variability in estuarine salinity,2019,EDT,S10,10.55555/s10.2019.1114,,false,FEED
W573,Long-term trends in estuarine plumes in mixed-energy coasts,2025,REV,S01,10.55555/s01.2025.6255,,false,STG
W574,Revisiting stratified flows in sandy coasts,2020,ART,S02,10.55555/s02.2020.6413,,false,FEED
W575,Seasonal variability in coastal upwelling in fjords: a review,2023,REV,S12,10.55555/s12.2023.9271,,false,FEED
W576,Revisiting wave boundary layers in the North Sea,2021,ART,S03,10.55555/s03.2021.2183,,false,FEED
W578,Seasonal variability in vortex shedding in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.9801,,false,FEED
W579,Machine learning for coastal upwelling in tidal inlets,2020,ART,S12,10.55555/s12.2020.6217,,false,FEED
W580,Remote sensing of harbour seiches in the North Sea,2020,ART,S10,10.55555/s10.2020.2185,,false,FEED
W581,Seasonal variability in sediment flux in a semi-enclosed sea,2023,ART,S10,10.55555/s10.2023.2333,,false,FEED
W582,Field measurements of sediment resuspension in a semi-enclosed sea,2025,ART,S03,10.55555/s03.2025.3135,,false,STG
W583,Long-term trends in dune erosion in tidal inlets,2019,ART,S10,10.55555/s10.2019.7508,,false,FEED
W584,Uncertainty in dune erosion estimates in a semi-enclosed sea,2019,ART,S11,10.55555/s11.2019.4594,,false,FEED
W585,Revisiting battery endurance,2024,ART,S10,10.55555/s10.2024.2511,,false,FEED
W586,Long-term trends in tidal mixing in the open shelf,2025,ART,S02,10.55555/s02.2025.8404,,false,FEED
W587,A framework for harbour seiches in harbour basins,2021,ART,S08,10.55555/s08.2021.1158,,false,FEED
W588,Remote sensing of buoy telemetry,2019,ART,S01,10.55555/s01.2019.1349,,false,FEED
W589,Observations of breaking waves,2020,ART,S11,10.55555/s11.2020.7529,,false,FEED
W590,Front matter,2020,PTX,S02,10.55555/s02.2020.6031,,false,FEED
W592,Remote sensing of estuarine plumes in the Brevin shelf,2025,ART,S03,10.55555/s03.2025.4283,,false,FEED
W593,Seasonal variability in storm surge in sandy coasts: a review,2019,REV,S12,10.55555/s12.2019.6314,,false,FEED
W594,Observations of survey vessel autonomy,2025,ART,S03,10.55555/s03.2025.7998,,false,FEED
W595,Field measurements of stratified flows in a laboratory flume,2024,ART,S11,10.55555/s11.2024.2105,,false,FEED
W598,Revisiting underwater docking in a laboratory flume,2024,ART,S10,10.55555/s10.2024.5249,,false,FEED
W599,Uncertainty in sediment resuspension estimates in the open shelf: a review,2019,REV,S01,10.55555/s01.2019.3968,,false,FEED
W601,Long-term trends in coastal upwelling in a macrotidal bay: a review,2021,REV,S12,10.55555/s12.2021.7790,,false,FEED
W602,Remote sensing of sonar imaging in fjords,2023,ART,S03,10.55555/s03.2023.9987,,false,FEED
W603,Remote sensing of sediment resuspension in shallow channels,2025,ART,S02,10.55555/s02.2025.7119,,false,FEED
W605,Long-term trends in harbour seiches in the Brevin shelf,2019,ART,S03,10.55555/s03.2019.5358,,false,FEED
W606,Scaling laws for beach profiles,2023,ART,S06,10.55555/s06.2023.5454,,false,FEED
W607,Scaling laws for beach profiles in shallow channels,2023,ART,S10,10.55555/s10.2023.4816,,false,FEED
W608,A model of fleet coordination,2020,ART,S01,10.55555/s01.2020.6430,,false,FEED
W609,Machine learning for internal waves in the open shelf,2025,ART,S08,10.55555/s08.2025.8476,,false,FEED
W610,Scaling laws for estuarine plumes in the open shelf,2025,ART,S02,10.55555/s02.2025.5434,,false,STG
W611,A framework for wave boundary layers in shallow channels,2019,PPR,S05,10.55555/s05.2019.5980,W301,false,FEED
W612,A model of survey vessel autonomy in mixed-energy coasts,2023,PPR,S05,10.55555/s05.2023.6455,W869,false,FEED
W613,A model of dune erosion in mixed-energy coasts,2019,ART,S06,10.55555/s06.2019.4535,,false,FEED
W614,Field measurements of marsh accretion in sandy coasts,2023,ART,S10,10.55555/s10.2023.9974,,false,FEED
W615,Low-cost methods for marsh accretion in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3753,,false,FEED
W616,Low-cost methods for storm surge in harbour basins,2020,ART,S11,10.55555/s11.2020.9974,,false,FEED
W617,Scaling laws for dune erosion,2025,ART,S03,10.55555/s03.2025.9852,,false,FEED
W618,Low-cost methods for beach profiles in tidal inlets,2021,ART,S13,10.55555/s13.2021.8504,,false,FEED
W619,Seasonal variability in tidal asymmetry in sandy coasts,2022,ART,S07,10.55555/s07.2022.5383,,false,FEED
W620,Revisiting river plumes in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.1747,,false,FEED
W621,Seasonal variability in turbulent wakes,2025,ART,S02,10.55555/s02.2025.2554,,false,FEED
W623,Revisiting wave runup,2020,ART,S09,10.55555/s09.2020.3090,,false,FEED
W624,Low-cost methods for stratified flows in the Albury estuary,2024,ART,S03,10.55555/s03.2024.1326,,false,FEED
W625,Uncertainty in wave boundary layers estimates in fjords,2023,ART,S03,10.55555/s03.2023.8000,,false,FEED
W626,Editorial: beach profiles,2019,EDT,S02,10.55555/s02.2019.6520,,false,FEED
W627,Scaling laws for wave runup in the open shelf,2021,ART,S09,10.55555/s09.2021.1628,,false,FEED
W628,A framework for tidal asymmetry in the open shelf,2021,ART,S12,10.55555/s12.2021.3010,,false,FEED
W629,Low-cost methods for river plumes,2023,ART,S08,10.55555/s08.2023.1974,,false,FEED
W630,Machine learning for estuarine salinity in the North Sea,2019,ART,S09,10.55555/s09.2019.8821,,false,FEED
W631,Low-cost methods for sediment flux,2024,ART,S01,10.55555/s01.2024.1273,,false,FEED
W632,A framework for sediment flux,2025,ART,S03,10.55555/s03.2025.4934,,false,FEED
W633,Long-term trends in breaking waves in sandy coasts,2025,ART,S03,10.55555/s03.2025.8607,,false,FEED
W635,Scaling laws for internal waves,2021,ART,S09,10.55555/s09.2021.7986,,false,FEED
W636,Machine learning for internal waves in the North Sea,2022,ART,S09,10.55555/s09.2022.2840,,false,FEED
W637,Editorial: a model of river plumes in the Albury estuary,2024,EDT,S12,10.55555/s12.2024.2287,,false,FEED
W638,Uncertainty in marsh accretion estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.4497,,false,FEED
W639,Seasonal variability in channel hydraulics in the North Sea,2019,SUP,S02,10.55555/s02.2019.5404,,false,FEED
W640,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2021,ART,S02,10.55555/s02.2021.1205,,false,FEED
W641,A model of beach profiles,2023,ART,S11,10.55555/s11.2023.2011,,false,FEED
W642,Remote sensing of wave runup in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.9684,,false,FEED
W643,Uncertainty in estuarine plumes estimates in tidal inlets,2022,ART,S03,10.55555/s03.2022.7484,,false,FEED
W644,Long-term trends in marsh accretion in fjords,2025,ART,S09,10.55555/s09.2025.2662,,false,FEED
W645,A framework for wave runup in mixed-energy coasts: a review,2024,REV,S08,10.55555/s08.2024.7416,,false,FEED
W646,Scaling laws for internal waves in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.6121,,false,FEED
W648,A framework for dune erosion in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.9298,,false,FEED
W649,Remote sensing of tidal asymmetry,2021,ART,S11,10.55555/s11.2021.3654,,false,FEED
W650,Field measurements of wave runup in a macrotidal bay,2024,ART,S12,10.55555/s12.2024.3957,,false,FEED
W651,A framework for breaking waves in harbour basins,2019,ART,S03,10.55555/s03.2019.6678,,false,FEED
W652,Revisiting internal waves in a semi-enclosed sea,2025,ART,S12,10.55555/s12.2025.3292,,false,FEED
W654,A framework for estuarine plumes in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.3834,,false,FEED
W655,Seasonal variability in harbour seiches in a macrotidal bay,2020,ART,S10,10.55555/s10.2020.9455,,false,FEED
W656,Scaling laws for river plumes,2020,ART,S02,10.55555/s02.2020.6712,,false,FEED
W657,Long-term trends in glider navigation,2024,ART,S09,10.55555/s09.2024.6062,,false,FEED
W659,Uncertainty in glider navigation estimates,2023,ART,S10,10.55555/s10.2023.6589,,false,FEED
W660,A framework for buoy telemetry in a macrotidal bay,2022,ART,S01,10.55555/s01.2022.2312,,false,FEED
W661,Revisiting turbidity sensing in the Albury estuary,2024,ART,S02,10.55555/s02.2024.5331,,false,FEED
W662,Observations of marsh accretion,2024,ART,S11,10.55555/s11.2024.9264,,false,FEED
W663,A framework for turbidity sensing,2021,PPR,S14,10.55555/s14.2021.4360,W464,false,FEED
W664,Machine learning for estuarine salinity in the Wexcombe marshes,2020,ART,S02,10.55555/s02.2020.7019,,false,FEED
W665,Uncertainty in wave boundary layers estimates,2019,ART,S03,10.55555/s03.2019.9852,,false,FEED
W666,Field measurements of tidal asymmetry: a review,2023,REV,S09,10.55555/s09.2023.6905,,false,FEED
W667,A model of internal waves in harbour basins,2023,ART,S07,10.55555/s07.2023.6431,,false,FEED
W668,Field measurements of wave runup,2021,ART,S10,10.55555/s10.2021.2689,,false,FEED
W669,Machine learning for river plumes in fjords,2023,ART,S11,10.55555/s11.2023.5633,,false,FEED
W670,Low-cost methods for river plumes in fjords,2025,ART,S03,10.55555/s03.2025.4572,,false,FEED
W671,Seasonal variability in beach profiles,2022,ART,S03,10.55555/s03.2022.3200,,false,FEED
W672,Machine learning for estuarine salinity in a macrotidal bay,2019,ART,S11,10.55555/s11.2019.9549,,false,FEED
W673,A model of seabed classification in harbour basins,2025,ART,S06,10.55555/s06.2025.2155,,false,FEED
W674,Foreword: stratified flows,2022,EDT,S06,10.55555/s06.2022.6198,,false,FEED
W675,Seasonal variability in tidal mixing,2024,ART,S01,10.55555/s01.2024.8449,,false,FEED
W676,Low-cost methods for turbidity sensing,2025,ART,S02,10.55555/s02.2025.6159,,false,FEED
W678,Remote sensing of wave runup in fjords,2020,ART,S01,10.55555/s01.2020.5400,,false,FEED
W679,Remote sensing of battery endurance in tidal inlets,2024,ART,S01,10.55555/s01.2024.5950,,false,FEED
W680,Seasonal variability in breaking waves,2025,REV,S02,10.55555/s02.2025.4880,,false,STG
W681,Field measurements of fleet coordination,2019,ART,S03,10.55555/s03.2019.5212,,false,FEED
W682,Long-term trends in battery endurance,2025,ART,S01,10.55555/s01.2025.3617,,false,FEED
W683,Long-term trends in river plumes in a semi-enclosed sea,2024,ART,S07,10.55555/s07.2024.2985,,false,FEED
W684,Field measurements of dune erosion in tidal inlets,2024,ART,S03,10.55555/s03.2024.1442,,false,FEED
W685,Low-cost methods for dune erosion in the Brevin shelf,2023,ART,S09,10.55555/s09.2023.2998,,false,FEED
W686,Field measurements of wave boundary layers in shallow channels,2022,ART,S03,10.55555/s03.2022.5808,,false,FEED
W688,A model of internal waves in mixed-energy coasts,2025,ART,S10,10.55555/s10.2025.3631,,false,FEED
W690,Observations of turbidity sensing,2023,ART,S02,10.55555/s02.2023.4143,,false,FEED
W691,Uncertainty in turbidity sensing estimates,2023,ART,S11,10.55555/s11.2023.5638,,false,FEED
W692,Low-cost methods for storm surge in a semi-enclosed sea,2020,ART,S12,10.55555/s12.2020.7316,,false,FEED
W693,A framework for wave boundary layers in tidal inlets,2025,ART,S01,10.55555/s01.2025.4141,,true,FEED
W696,Scaling laws for tidal mixing,2019,ART,S06,10.55555/s06.2019.7374,,false,FEED
W697,Observations of vortex shedding,2019,ART,S03,10.55555/s03.2019.2721,,false,FEED
W699,Seasonal variability in sediment flux in mixed-energy coasts,2023,ART,S09,10.55555/s09.2023.6292,,false,FEED
W700,Observations of stratified flows,2025,ART,S03,10.55555/s03.2025.3995,,false,STG
W702,Revisiting marsh accretion,2022,ART,S03,10.55555/s03.2022.5477,,false,FEED
W703,Field measurements of estuarine salinity in the open shelf,2025,ART,S10,10.55555/s10.2025.9900,,false,FEED
W704,Uncertainty in river plumes estimates,2024,ART,S09,10.55555/s09.2024.9163,,false,FEED
W705,Seasonal variability in turbulent wakes in a semi-enclosed sea,2024,ART,S02,10.55555/s02.2024.4059,,false,FEED
W706,Machine learning for sediment flux in the Brevin shelf,2024,REV,S04,10.55555/s04.2024.7328,,false,FEED
W707,Machine learning for channel hydraulics in sandy coasts,2019,ART,S02,10.55555/s02.2019.9758,,false,FEED
W709,Field measurements of estuarine salinity in sandy coasts,2025,ART,S12,10.55555/s12.2025.1295,,false,FEED
W710,Uncertainty in estuarine plumes estimates,2023,ART,S02,10.55555/s02.2023.6237,,false,FEED
W711,Remote sensing of glider navigation in mixed-energy coasts,2025,ART,S02,10.55555/s02.2025.9323,,false,FEED
W713,A model of internal waves in tidal inlets,2019,ART,S09,10.55555/s09.2019.4556,,false,FEED
W714,Low-cost methods for wave boundary layers in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9707,,false,STG
W715,Field measurements of dune erosion,2021,ART,S02,10.55555/s02.2021.7835,,false,FEED
W716,A framework for river plumes,2020,ART,S06,10.55555/s06.2020.3784,,false,FEED
W718,Uncertainty in marsh accretion estimates in the North Sea: a review,2024,REV,S09,10.55555/s09.2024.8260,,false,FEED
W719,Editorial: long-term trends in wave runup,2025,EDT,S07,10.55555/s07.2025.8025,,false,FEED
W720,Revisiting tidal mixing,2019,ART,S01,10.55555/s01.2019.2517,,false,FEED
W721,Field measurements of wave runup in sandy coasts,2024,ART,S02,10.55555/s02.2024.3360,,false,FEED
W722,Long-term trends in river plumes: a review,2020,REV,S09,10.55555/s09.2020.9978,,false,FEED
W723,A model of vortex shedding in tidal inlets,2020,ART,S03,10.55555/s03.2020.3636,,false,FEED
W724,Revisiting dune erosion in harbour basins,2020,ART,S07,10.55555/s07.2020.4604,,false,FEED
W725,Remote sensing of marsh accretion in shallow channels,2022,ART,S06,10.55555/s06.2022.9264,,false,FEED
W726,Remote sensing of storm surge in the Brevin shelf: a review,2020,REV,S10,10.55555/s10.2020.5895,,false,FEED
W727,Field measurements of breaking waves in the Brevin shelf,2022,ART,S01,10.55555/s01.2022.9629,,false,FEED
W728,Uncertainty in wave boundary layers estimates,2019,PPR,S05,10.55555/s05.2019.7711,W665,false,FEED
W729,Uncertainty in wave runup estimates in a macrotidal bay: a review,2024,REV,S11,10.55555/s11.2024.7189,,false,FEED
W730,A framework for tidal asymmetry in the Albury estuary,2020,PPR,S05,10.55555/s05.2020.4764,W303,false,FEED
W731,Long-term trends in river plumes in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.5231,,false,FEED
W732,Long-term trends in coastal upwelling in a laboratory flume,2024,ART,S08,10.55555/s08.2024.7170,,false,FEED
W733,Remote sensing of estuarine plumes in mixed-energy coasts,2019,ART,S01,10.55555/s01.2019.7106,,false,FEED
W734,Uncertainty in turbulent wakes estimates in sandy coasts,2025,SUP,S03,10.55555/s03.2025.2334,,false,STG
W735,Low-cost methods for dune erosion in shallow channels,2020,ART,S07,10.55555/s07.2020.8623,,false,FEED
W736,Low-cost methods for beach profiles,2024,ART,S11,10.55555/s11.2024.5981,,false,FEED
W737,A model of stratified flows in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.2479,,false,FEED
W738,A framework for turbulent wakes in a laboratory flume,2022,ART,S02,10.55555/s02.2022.5805,,false,FEED
W739,Field measurements of estuarine salinity in a laboratory flume: a review,2019,REV,S11,10.55555/s11.2019.2297,,false,FEED
W740,Observations of marsh accretion in the open shelf,2020,ART,S07,10.55555/s07.2020.4709,,false,FEED
W741,Uncertainty in coastal upwelling estimates,2021,ART,S10,10.55555/s10.2021.3357,,false,FEED
W742,Field measurements of beach profiles,2019,ART,S11,10.55555/s11.2019.1296,,false,FEED
W744,Remote sensing of wave boundary layers,2024,ART,S01,10.55555/s01.2024.8528,,false,FEED
W745,A model of sonar imaging in the Brevin shelf,2020,PPR,S05,10.55555/s05.2020.3478,,false,FEED
W747,Observations of river plumes,2024,PPR,S14,10.55555/s14.2024.1295,,false,FEED
W748,Revisiting battery endurance in the Brevin shelf,2024,ART,S11,10.55555/s11.2024.6265,,false,FEED
W749,Field measurements of marsh accretion: a review,2019,REV,S02,10.55555/s02.2019.3932,,false,FEED
W750,Long-term trends in coastal upwelling,2023,ART,S03,10.55555/s03.2023.6676,,false,FEED
W751,Editorial: sensor calibration,2020,EDT,S03,10.55555/s03.2020.2526,,false,FEED
W752,A framework for internal waves in the Albury estuary,2020,ART,S08,10.55555/s08.2020.6465,,false,FEED
W753,Field measurements of survey vessel autonomy in the Wexcombe marshes,2021,ART,S13,10.55555/s13.2021.5183,,false,FEED
W754,Table of contents,2022,PTX,S01,10.55555/s01.2022.1269,,false,FEED
W755,Machine learning for turbidity sensing in shallow channels,2019,ART,S03,10.55555/s03.2019.4685,,false,FEED
W756,Editorial: low-cost methods for marsh accretion in tidal inlets,2020,EDT,S08,10.55555/s08.2020.8771,,false,FEED
W757,Machine learning for tidal asymmetry in tidal inlets,2023,ART,S12,10.55555/s12.2023.7538,,false,FEED
W758,Low-cost methods for glider navigation in harbour basins: a review,2019,REV,S03,10.55555/s03.2019.1424,,false,FEED
W760,Seasonal variability in marsh accretion in fjords,2025,ART,S11,10.55555/s11.2025.2068,,false,FEED
W761,Long-term trends in battery endurance in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.4054,,false,FEED
W762,Seasonal variability in buoy telemetry in the Albury estuary,2024,ART,S10,10.55555/s10.2024.1283,,false,FEED
W763,A model of glider navigation in a macrotidal bay,2024,ART,S13,10.55555/s13.2024.5312,,false,FEED
W764,Long-term trends in harbour seiches in the Albury estuary,2022,ART,S01,10.55555/s01.2022.9782,,false,FEED
W765,Field measurements of storm surge in harbour basins,2025,ART,S10,10.55555/s10.2025.2383,,false,FEED
W766,Erratum: A model of fleet coordination in mixed-energy coasts: a review,2025,ERR,S09,10.55555/s09.2025.9163,,false,FEED
W768,A model of marsh accretion in the Wexcombe marshes,2020,ART,S11,10.55555/s11.2020.5522,,false,FEED
W769,Scaling laws for estuarine salinity: a review,2020,REV,S10,10.55555/s10.2020.4442,,false,FEED
W770,Machine learning for coastal upwelling in the open shelf,2019,ART,S11,10.55555/s11.2019.6039,,false,FEED
W771,Seasonal variability in tidal mixing in tidal inlets: a review,2019,REV,S02,10.55555/s02.2019.3528,,false,FEED
W772,Field measurements of river plumes,2019,ART,S09,10.55555/s09.2019.2828,,false,FEED
W773,Revisiting estuarine salinity in shallow channels,2022,ART,S11,10.55555/s11.2022.7610,,false,FEED
W774,Seasonal variability in glider navigation,2024,ART,S01,10.55555/s01.2024.4977,,false,FEED
W775,Machine learning for storm surge in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.7997,,false,FEED
W776,Low-cost methods for harbour seiches in a semi-enclosed sea: a review,2022,REV,S10,10.55555/s10.2022.2098,,false,FEED
W777,Machine learning for turbulent wakes,2023,ART,S01,10.55555/s01.2023.2466,,false,FEED
W778,Long-term trends in sonar imaging,2023,ART,S13,10.55555/s13.2023.7910,,false,FEED
W779,Scaling laws for estuarine plumes in a semi-enclosed sea: a review,2021,REV,S02,10.55555/s02.2021.8337,,false,FEED
W780,Long-term trends in ocean optics in sandy coasts,2019,PPR,S05,10.55555/s05.2019.6565,,false,FEED
W781,Field measurements of turbidity sensing in the Wexcombe marshes,2025,PPR,S05,10.55555/s05.2025.9755,,false,FEED
W782,Long-term trends in storm surge,2020,ART,S11,10.55555/s11.2020.2195,,false,FEED
W783,A framework for stratified flows in harbour basins,2024,ART,S11,10.55555/s11.2024.9909,,false,FEED
W784,Remote sensing of beach profiles in the Albury estuary,2021,ART,S12,10.55555/s12.2021.2613,,false,FEED
W785,A framework for river plumes in fjords: a review,2020,REV,S09,10.55555/s09.2020.9788,,false,FEED
W786,Editorial: observations of storm surge in fjords,2020,EDT,S08,10.55555/s08.2020.6266,,false,FEED
W787,Long-term trends in battery endurance in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.7188,,false,FEED
W788,Seasonal variability in wave boundary layers,2025,ART,S02,10.55555/s02.2025.6486,,false,FEED
W789,Field measurements of tidal mixing,2022,ART,S09,10.55555/s09.2022.9918,,false,FEED
W790,Seasonal variability in breaking waves in a macrotidal bay,2020,ART,S03,10.55555/s03.2020.7464,,false,FEED
W791,Scaling laws for turbulent wakes in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.7741,,false,FEED
W792,Scaling laws for harbour seiches in the North Sea,2023,ART,S06,10.55555/s06.2023.3994,,false,FEED
W793,A model of stratified flows in sandy coasts,2023,SUP,S06,10.55555/s06.2023.7202,,false,FEED
W794,Revisiting internal waves in tidal inlets,2025,ART,S10,10.55555/s10.2025.3411,,false,FEED
W795,Field measurements of coastal upwelling in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.3340,,false,FEED
W797,Revisiting marsh accretion in shallow channels,2021,ART,S11,10.55555/s11.2021.8578,,false,FEED
W798,Long-term trends in channel hydraulics,2023,ART,S02,10.55555/s02.2023.9344,,false,FEED
W799,A framework for coastal upwelling in the North Sea,2022,ART,S01,10.55555/s01.2022.1570,,false,FEED
W800,A model of tidal mixing in the open shelf,2025,SUP,S06,10.55555/s06.2025.5723,,false,FEED
W801,Observations of seabed classification,2022,ART,S03,10.55555/s03.2022.2362,,false,FEED
W802,Observations of estuarine plumes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8136,,false,STG
W803,Long-term trends in breaking waves,2023,SUP,S06,10.55555/s06.2023.2454,,false,FEED
W804,Long-term trends in harbour seiches,2020,ART,S12,10.55555/s12.2020.9370,,false,FEED
W806,Uncertainty in tidal mixing estimates in sandy coasts,2019,ART,S03,10.55555/s03.2019.2298,,false,FEED
W807,Field measurements of harbour seiches in the North Sea,2020,ART,S03,10.55555/s03.2020.7376,,false,FEED
W808,Uncertainty in beach profiles estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.2786,,false,FEED
W809,Revisiting coastal upwelling,2022,ART,S11,10.55555/s11.2022.4289,,false,FEED
W810,Erratum: Uncertainty in internal waves estimates in the North Sea,2025,ERR,S02,10.55555/s02.2025.6696,,false,FEED
W811,A model of buoy telemetry in the Wexcombe marshes,2022,ART,S03,10.55555/s03.2022.2784,,false,FEED
W812,Low-cost methods for buoy telemetry in the open shelf,2024,ART,S10,10.55555/s10.2024.5642,,false,FEED
W813,Erratum: Remote sensing of buoy telemetry in fjords,2025,ERR,S02,10.55555/s02.2025.2143,,false,FEED
W814,Long-term trends in estuarine salinity in the Wexcombe marshes: a review,2025,REV,S07,10.55555/s07.2025.4609,,false,FEED
W815,Low-cost methods for internal waves in fjords,2022,ART,S03,10.55555/s03.2022.7036,,false,FEED
W816,Low-cost methods for sediment flux in a laboratory flume,2020,ART,S07,10.55555/s07.2020.5801,,false,FEED
W817,Remote sensing of survey vessel autonomy in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.6290,,false,FEED
W818,Field measurements of beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.2786,,false,FEED
W819,Machine learning for wave boundary layers in the open shelf,2025,SUP,S02,10.55555/s02.2025.9700,,false,STG
W820,Long-term trends in tidal asymmetry: a review,2019,REV,S11,10.55555/s11.2019.3624,,false,FEED
W821,Low-cost methods for beach profiles in mixed-energy coasts,2023,ART,S06,10.55555/s06.2023.3335,,false,FEED
W822,A framework for tidal asymmetry in the Brevin shelf,2021,ART,S09,10.55555/s09.2021.7143,,false,FEED
W823,Uncertainty in marsh accretion estimates in mixed-energy coasts,2019,ART,S10,10.55555/s10.2019.9455,,false,FEED
W824,A framework for sonar imaging,2022,PPR,S14,10.55555/s14.2022.5570,,false,FEED
W825,Front matter,2023,PTX,S06,10.55555/s06.2023.9210,,false,FEED
W826,Revisiting wave runup in tidal inlets,2022,ART,S09,10.55555/s09.2022.2879,,false,FEED
W827,Long-term trends in survey vessel autonomy in tidal inlets,2022,ART,S11,10.55555/s11.2022.6278,,false,FEED
W828,A framework for internal waves in the open shelf,2024,ART,S09,10.55555/s09.2024.5979,,false,FEED
W829,Observations of fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.5136,,false,FEED
W830,Scaling laws for turbulent wakes in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.3894,,false,FEED
W831,Revisiting battery endurance in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.3877,,false,FEED
W832,Revisiting breaking waves,2021,ART,S10,10.55555/s10.2021.3252,,false,FEED
W833,Observations of fleet coordination in the Albury estuary,2024,ART,S03,10.55555/s03.2024.2508,,false,FEED
W834,Low-cost methods for battery endurance,2023,ART,S13,10.55555/s13.2023.4105,,false,FEED
W835,A model of marsh accretion,2020,ART,S09,10.55555/s09.2020.7114,,false,FEED
W836,Scaling laws for wave runup in harbour basins: a review,2020,REV,S07,10.55555/s07.2020.4614,,false,FEED
W837,Long-term trends in bed shear stress in sandy coasts,2025,ART,S03,10.55555/s03.2025.8651,,true,FEED
W838,Remote sensing of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.7832,,false,FEED
W840,A model of ocean optics in the Wexcombe marshes: a review,2025,REV,S11,10.55555/s11.2025.7868,,false,FEED
W842,Uncertainty in internal waves estimates,2024,ART,S02,10.55555/s02.2024.9901,,false,FEED
W843,A framework for ocean optics in the Albury estuary,2023,ART,S02,10.55555/s02.2023.2459,,false,FEED
W844,A framework for seabed classification in fjords,2025,ART,S01,10.55555/s01.2025.4503,,false,STG
W845,Low-cost methods for storm surge in a laboratory flume: a review,2022,REV,S11,10.55555/s11.2022.1648,,false,FEED
W846,Revisiting acoustic positioning in the Wexcombe marshes,2024,ART,S03,10.55555/s03.2024.1652,,false,FEED
W847,Observations of wave runup in mixed-energy coasts,2022,ART,S12,10.55555/s12.2022.3379,,false,FEED
W848,Machine learning for wave runup,2021,ART,S02,10.55555/s02.2021.2822,,false,FEED
W849,Revisiting glider navigation,2020,ART,S04,10.55555/s04.2020.2969,,false,FEED
W850,Long-term trends in stratified flows in the North Sea,2025,ART,S10,10.55555/s10.2025.7663,,false,FEED
W851,Uncertainty in dune erosion estimates,2023,ART,S09,10.55555/s09.2023.4367,,false,FEED
W852,Scaling laws for bed shear stress in the Brevin shelf,2020,ART,S01,10.55555/s01.2020.9443,,true,FEED
W853,Seasonal variability in estuarine plumes,2024,ART,S06,10.55555/s06.2024.3708,,false,FEED
W854,Uncertainty in internal waves estimates in the North Sea,2024,ART,S02,10.55555/s02.2024.1640,,false,FEED
W855,Uncertainty in vortex shedding estimates in the open shelf,2021,ART,S01,10.55555/s01.2021.4438,,false,FEED
W856,Observations of estuarine salinity in tidal inlets,2024,ART,S10,10.55555/s10.2024.9567,,false,FEED
W857,Long-term trends in glider navigation in the North Sea: a review,2020,REV,S06,10.55555/s06.2020.7330,,false,FEED
W858,A model of dune erosion in sandy coasts,2019,ART,S12,10.55555/s12.2019.1831,,false,FEED
W859,Scaling laws for sediment flux in the North Sea: a review,2023,REV,S09,10.55555/s09.2023.2558,,false,FEED
W860,Machine learning for sediment flux in the Wexcombe marshes: a review,2020,REV,S01,10.55555/s01.2020.9597,,false,FEED
W861,Observations of storm surge in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.9911,,false,FEED
W862,Revisiting harbour seiches in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.4237,,false,FEED
W863,Uncertainty in harbour seiches estimates in the open shelf,2025,ART,S01,10.55555/s01.2025.7154,,false,FEED
W864,Scaling laws for sediment flux in a semi-enclosed sea,2022,ART,S08,10.55555/s08.2022.1159,,false,FEED
W865,Remote sensing of beach profiles in fjords,2023,ART,S10,10.55555/s10.2023.8011,,false,FEED
W866,Uncertainty in sediment resuspension estimates in shallow channels,2025,SUP,S03,10.55555/s03.2025.9325,,false,STG
W867,Field measurements of internal waves,2023,ART,S11,10.55555/s11.2023.2685,,false,FEED
W868,Scaling laws for breaking waves,2025,ART,S01,10.55555/s01.2025.8064,,false,STG
W869,A model of survey vessel autonomy in mixed-energy coasts,2023,ART,S02,10.55555/s02.2023.6615,,false,FEED
W870,Seasonal variability in wave boundary layers in the Wexcombe marshes,2019,ART,S11,10.55555/s11.2019.4764,,false,FEED
W871,Uncertainty in storm surge estimates in the Albury estuary,2022,ART,S11,10.55555/s11.2022.4343,,false,FEED
W872,Observations of acoustic positioning,2020,ART,S11,10.55555/s11.2020.3206,,false,FEED
W873,Seasonal variability in beach profiles in tidal inlets,2023,ART,S09,10.55555/s09.2023.8810,,false,FEED
W874,Revisiting river plumes,2021,ART,S01,10.55555/s01.2021.9371,,false,FEED
W875,Machine learning for river plumes in the North Sea: a review,2022,REV,S07,10.55555/s07.2022.9264,,false,FEED
W876,Seasonal variability in estuarine plumes in fjords,2019,ART,S02,10.55555/s02.2019.6123,,false,FEED
W877,A model of breaking waves in the North Sea,2023,PPR,S05,10.55555/s05.2023.7929,W965,false,FEED
W878,A model of tidal asymmetry,2025,ART,S08,10.55555/s08.2025.8372,,false,STG
W879,Revisiting tidal asymmetry in tidal inlets,2023,ART,S02,10.55555/s02.2023.6173,,false,FEED
W880,A model of wave boundary layers,2020,ART,S01,10.55555/s01.2020.6134,,false,FEED
W881,Machine learning for vortex shedding,2019,ART,S01,10.55555/s01.2019.2650,,false,FEED
W882,Editorial: stratified flows,2020,EDT,S01,10.55555/s01.2020.7459,,false,FEED
W883,Front matter,2020,PTX,S02,10.55555/s02.2020.4315,,false,FEED
W884,Long-term trends in buoy telemetry,2019,ART,S09,10.55555/s09.2019.2019,,false,FEED
W885,A framework for tidal asymmetry in the North Sea,2025,ART,S09,10.55555/s09.2025.7483,,false,FEED
W886,A framework for underwater docking,2021,ART,S01,10.55555/s01.2021.9824,,false,FEED
W887,Uncertainty in river plumes estimates in the Albury estuary,2020,ART,S12,10.55555/s12.2020.5688,,false,FEED
W888,Remote sensing of sediment flux in a laboratory flume,2020,ART,S10,10.55555/s10.2020.8393,,false,FEED
W889,Observations of battery endurance,2024,ART,S01,10.55555/s01.2024.3798,,false,FEED
W890,Seasonal variability in buoy telemetry,2023,ART,S03,10.55555/s03.2023.1624,,false,FEED
W891,Front matter,2022,PTX,S02,10.55555/s02.2022.4861,,false,FEED
W894,Revisiting harbour seiches,2024,ART,S07,10.55555/s07.2024.7990,,false,FEED
W895,A framework for seabed classification in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5018,,false,FEED
W896,Field measurements of storm surge in the North Sea,2019,ART,S12,10.55555/s12.2019.6122,,false,FEED
W897,Remote sensing of tidal asymmetry in tidal inlets,2021,ART,S10,10.55555/s10.2021.1577,,false,FEED
W900,Seasonal variability in fleet coordination in the Brevin shelf,2023,ART,S02,10.55555/s02.2023.1438,,false,FEED
W901,Editorial: seasonal variability in dune erosion in sandy coasts,2020,EDT,S07,10.55555/s07.2020.7502,,false,FEED
W902,Low-cost methods for estuarine salinity,2021,ART,S03,10.55555/s03.2021.2331,,false,FEED
W903,Uncertainty in dune erosion estimates in shallow channels: a review,2020,REV,S09,10.55555/s09.2020.6801,,false,FEED
W904,Revisiting sediment resuspension in the Albury estuary,2024,ART,S10,10.55555/s10.2024.9519,,false,FEED
W905,Machine learning for battery endurance in a laboratory flume,2025,ART,S01,10.55555/s01.2025.6186,,false,FEED
W906,Uncertainty in estuarine salinity estimates,2024,ART,S12,10.55555/s12.2024.5239,,false,FEED
W907,Revisiting seabed classification,2025,ART,S03,10.55555/s03.2025.3540,,false,FEED
W908,Scaling laws for sensor calibration: a review,2019,REV,S03,10.55555/s03.2019.5831,,false,FEED
W910,Uncertainty in stratified flows estimates,2021,ART,S03,10.55555/s03.2021.1983,,false,FEED
W913,Revisiting buoy telemetry in tidal inlets,2019,ART,S04,10.55555/s04.2019.1964,,false,FEED
W914,Erratum: Field measurements of channel hydraulics: a review,2025,ERR,S06,10.55555/s06.2025.1637,,false,FEED
W916,A framework for acoustic positioning,2019,ART,S02,10.55555/s02.2019.7042,,false,FEED
W917,Revisiting sediment flux in tidal inlets,2024,ART,S01,10.55555/s01.2024.1306,,false,FEED
W918,Scaling laws for tidal asymmetry in the open shelf,2025,ART,S10,10.55555/s10.2025.5930,,false,FEED
W920,Scaling laws for internal waves in sandy coasts,2025,ART,S11,10.55555/s11.2025.3626,,false,FEED
W921,Uncertainty in estuarine salinity estimates in sandy coasts,2023,ART,S11,10.55555/s11.2023.1834,,false,FEED
W922,Observations of ocean optics,2024,ART,S02,10.55555/s02.2024.8011,,true,FEED
W924,Field measurements of sediment resuspension in shallow channels,2024,ART,S06,10.55555/s06.2024.5766,,false,FEED
W925,Machine learning for internal waves: a review,2024,REV,S09,10.55555/s09.2024.3905,,false,FEED
W926,A framework for wave runup in shallow channels,2022,ART,S02,10.55555/s02.2022.1317,,false,FEED
W927,A model of storm surge in the North Sea,2020,ART,S12,10.55555/s12.2020.8228,,false,FEED
W928,Observations of stratified flows in sandy coasts,2025,ART,S01,10.55555/s01.2025.7881,,false,FEED
W929,Scaling laws for coastal upwelling in shallow channels,2022,ART,S01,10.55555/s01.2022.8694,,false,FEED
W930,Revisiting internal waves in a laboratory flume,2025,ART,S10,10.55555/s10.2025.1395,,false,FEED
W931,Revisiting buoy telemetry,2023,ART,S02,10.55555/s02.2023.1282,,false,FEED
W932,Editorial: machine learning for wave runup in the Wexcombe marshes,2021,EDT,S11,10.55555/s11.2021.6896,,false,FEED
W933,Remote sensing of sensor calibration in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.9638,,false,FEED
W934,Remote sensing of harbour seiches in tidal inlets,2023,ART,S08,10.55555/s08.2023.1324,,false,FEED
W935,Scaling laws for breaking waves in sandy coasts,2023,ART,S03,10.55555/s03.2023.5300,,false,FEED
W936,Editorial: fleet coordination,2019,EDT,S01,10.55555/s01.2019.1595,,false,FEED
W937,A model of estuarine salinity,2019,ART,S01,10.55555/s01.2019.4394,,false,FEED
W940,Low-cost methods for tidal asymmetry in a macrotidal bay,2022,ART,S10,10.55555/s10.2022.3098,,false,FEED
W941,Field measurements of bed shear stress in shallow channels,2022,ART,S02,10.55555/s02.2022.9549,,false,FEED
W942,Uncertainty in river plumes estimates in a macrotidal bay,2021,ART,S07,10.55555/s07.2021.7018,,false,FEED
W943,Observations of estuarine salinity in shallow channels,2020,ART,S10,10.55555/s10.2020.7216,,false,FEED
W944,Low-cost methods for harbour seiches in a laboratory flume,2019,ART,S07,10.55555/s07.2019.8059,,false,FEED
W945,Uncertainty in stratified flows estimates in a semi-enclosed sea,2023,SUP,S06,10.55555/s06.2023.1058,,false,FEED
W946,Low-cost methods for buoy telemetry in the Brevin shelf,2019,ART,S11,10.55555/s11.2019.8918,,false,FEED
W947,Long-term trends in tidal asymmetry in fjords,2021,ART,S11,10.55555/s11.2021.1096,,false,FEED
W948,A framework for wave runup in fjords,2021,ART,S01,10.55555/s01.2021.3775,,false,FEED
W949,Erratum: Observations of survey vessel autonomy in tidal inlets,2024,ERR,S02,10.55555/s02.2024.1996,,false,FEED
W950,A model of storm surge in mixed-energy coasts,2025,ART,S11,10.55555/s11.2025.9754,,false,FEED
W951,Machine learning for wave boundary layers in sandy coasts,2025,SUP,S06,10.55555/s06.2025.1638,,false,FEED
W953,Remote sensing of internal waves in harbour basins,2020,ART,S09,10.55555/s09.2020.4825,,false,FEED
W954,Observations of wave runup in sandy coasts,2024,ART,S09,10.55555/s09.2024.4003,,false,FEED
W955,Long-term trends in coastal upwelling in sandy coasts,2021,ART,S10,10.55555/s10.2021.7664,,false,FEED
W956,Long-term trends in breaking waves in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8664,,false,FEED
W957,Observations of channel hydraulics,2024,ART,S03,10.55555/s03.2024.5461,,false,FEED
W958,Low-cost methods for underwater docking,2020,ART,S03,10.55555/s03.2020.1334,,false,FEED
W959,Editorial: long-term trends in wave runup in sandy coasts,2022,EDT,S12,10.55555/s12.2022.2759,,false,FEED
W960,Revisiting wave runup in shallow channels,2022,ART,S12,10.55555/s12.2022.5927,,false,FEED
W963,Observations of harbour seiches,2025,ART,S08,10.55555/s08.2025.4411,,false,FEED
W964,Revisiting marsh accretion in the open shelf: a review,2020,REV,S12,10.55555/s12.2020.1542,,false,FEED
W965,A model of breaking waves in the North Sea,2024,ART,S03,10.55555/s03.2024.6293,,false,FEED
W966,Editorial: scaling laws for river plumes in fjords,2024,EDT,S07,10.55555/s07.2024.3221,,false,FEED
W967,Seasonal variability in estuarine plumes in shallow channels,2022,ART,S06,10.55555/s06.2022.9084,,false,FEED
W968,Machine learning for sensor calibration in a laboratory flume,2023,ART,S09,10.55555/s09.2023.1201,,false,FEED
W969,Long-term trends in battery endurance in the Wexcombe marshes,2025,ART,S01,10.55555/s01.2025.7064,,false,FEED
W970,Long-term trends in vortex shedding in the Wexcombe marshes,2019,ART,S02,10.55555/s02.2019.4940,,false,FEED
W971,Long-term trends in sediment resuspension in the North Sea,2025,SUP,S01,10.55555/s01.2025.4830,,false,STG
W972,Long-term trends in acoustic positioning,2020,ART,S02,10.55555/s02.2020.5199,,false,FEED
W973,Uncertainty in glider navigation estimates in the Brevin shelf,2024,ART,S03,10.55555/s03.2024.2247,,true,FEED
W975,Remote sensing of acoustic positioning in the North Sea,2019,ART,S13,10.55555/s13.2019.2750,,false,FEED
W976,Foreword: sediment resuspension,2021,EDT,S06,10.55555/s06.2021.6763,,false,FEED
W977,Seasonal variability in coastal upwelling in sandy coasts,2022,ART,S11,10.55555/s11.2022.4113,,false,FEED
W978,Low-cost methods for river plumes in a laboratory flume,2020,ART,S12,10.55555/s12.2020.4935,,false,FEED
W979,Machine learning for battery endurance,2021,ART,S03,10.55555/s03.2021.9378,,false,FEED
W980,A framework for marsh accretion in harbour basins,2022,ART,S12,10.55555/s12.2022.7448,,false,FEED
W981,Remote sensing of wave boundary layers in the Wexcombe marshes,2021,ART,S02,10.55555/s02.2021.6786,,false,FEED
W983,Revisiting internal waves,2025,ART,S11,10.55555/s11.2025.6392,,false,FEED
W984,A model of survey vessel autonomy,2024,ART,S01,10.55555/s01.2024.8952,,false,FEED
W985,Remote sensing of vortex shedding,2023,ART,S09,10.55555/s09.2023.3775,,false,FEED
W986,Remote sensing of storm surge,2020,ART,S04,10.55555/s04.2020.2577,,false,FEED
W987,Machine learning for stratified flows,2025,ART,S02,10.55555/s02.2025.6401,,false,STG
W988,Observations of harbour seiches in the open shelf,2021,ART,S07,10.55555/s07.2021.3121,,false,FEED
W989,Editorial: long-term trends in marsh accretion in the Wexcombe marshes,2020,EDT,S08,10.55555/s08.2020.1702,,false,FEED
W990,Long-term trends in estuarine plumes in tidal inlets,2020,ART,S11,10.55555/s11.2020.4722,,false,FEED
W991,Editorial: revisiting estuarine salinity in a laboratory flume,2023,EDT,S07,10.55555/s07.2023.7046,,false,FEED
W992,Field measurements of harbour seiches in a laboratory flume,2025,ART,S07,10.55555/s07.2025.6267,,false,FEED
W993,Remote sensing of beach profiles in shallow channels,2025,ART,S07,10.55555/s07.2025.8965,,false,FEED
W994,Uncertainty in sediment flux estimates in a laboratory flume,2024,ART,S08,10.55555/s08.2024.6825,,false,FEED
W995,Low-cost methods for buoy telemetry in tidal inlets,2020,REV,S13,10.55555/s13.2020.7694,,false,FEED
W996,Uncertainty in stratified flows estimates in the open shelf,2021,ART,S02,10.55555/s02.2021.6321,,false,FEED
W997,Machine learning for breaking waves in harbour basins,2025,SUP,S01,10.55555/s01.2025.2096,,false,STG
W998,Machine learning for wave boundary layers in harbour basins,2022,ART,S01,10.55555/s01.2022.2392,,false,FEED
W1000,Low-cost methods for internal waves,2024,ART,S01,10.55555/s01.2024.3383,,false,FEED
W1001,Machine learning for harbour seiches in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.3946,,false,FEED
W1002,A framework for dune erosion,2021,SUP,S06,10.55555/s06.2021.1124,,false,FEED
W1003,Field measurements of sensor calibration in the North Sea,2024,ART,S06,10.55555/s06.2024.1859,,false,FEED
W1004,Revisiting acoustic positioning,2024,ART,S02,10.55555/s02.2024.4429,,false,FEED
W1005,Remote sensing of buoy telemetry in fjords,2025,ART,S02,10.55555/s02.2025.1967,,false,FEED
W1006,Seasonal variability in acoustic positioning in a laboratory flume,2020,REV,S13,10.55555/s13.2020.7568,,false,FEED
W1007,A model of storm surge in sandy coasts,2023,ART,S01,10.55555/s01.2023.1365,,false,FEED
W1008,Machine learning for beach profiles in sandy coasts,2025,ART,S11,10.55555/s11.2025.3712,,false,FEED
W1009,Revisiting sediment flux in the open shelf: a review,2022,REV,S12,10.55555/s12.2022.6992,,false,FEED
W1010,Revisiting vortex shedding in mixed-energy coasts,2020,ART,S02,10.55555/s02.2020.9834,,false,FEED
W1011,Scaling laws for fleet coordination in harbour basins,2021,REV,S04,10.55555/s04.2021.3412,,false,FEED
W1012,Seasonal variability in marsh accretion in the Wexcombe marshes,2020,ART,S08,10.55555/s08.2020.9973,,false,FEED
W1013,Revisiting battery endurance in sandy coasts,2025,ART,S04,10.55555/s04.2025.2015,,false,FEED
W1014,A model of sensor calibration in the North Sea,2023,ART,S01,10.55555/s01.2023.5712,,false,FEED
W1015,Revisiting tidal asymmetry in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6449,,false,FEED
W1016,Scaling laws for bed shear stress in a laboratory flume,2025,ART,S06,10.55555/s06.2025.4466,,false,FEED
W1017,A model of tidal asymmetry in tidal inlets,2025,ART,S07,10.55555/s07.2025.7453,,false,FEED
W1018,Remote sensing of estuarine salinity in the Brevin shelf,2025,ART,S08,10.55555/s08.2025.8885,,false,FEED
W1019,Seasonal variability in coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.9079,,false,FEED
W1020,Machine learning for vortex shedding in mixed-energy coasts,2020,ART,S13,10.55555/s13.2020.9111,,false,FEED
W1021,Long-term trends in wave boundary layers,2021,ART,S02,10.55555/s02.2021.1763,,false,FEED
W1022,Uncertainty in storm surge estimates in the Wexcombe marshes,2023,ART,S09,10.55555/s09.2023.6605,,false,FEED
W1023,A model of beach profiles in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.2222,,false,FEED
W1024,Long-term trends in dune erosion in sandy coasts,2020,ART,S12,10.55555/s12.2020.6578,,false,FEED
W1025,Long-term trends in stratified flows,2020,ART,S02,10.55555/s02.2020.8833,,true,FEED
W1026,A model of dune erosion in a macrotidal bay,2019,ART,S09,10.55555/s09.2019.7972,,false,FEED
W1027,Low-cost methods for bed shear stress in fjords: a review,2024,REV,S10,10.55555/s10.2024.9692,,false,FEED
W1028,A model of wave runup in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.6764,,false,FEED
W1029,Seasonal variability in coastal upwelling in the open shelf,2022,ART,S09,10.55555/s09.2022.3414,,false,FEED
W1030,Low-cost methods for storm surge in the open shelf,2021,ART,S12,10.55555/s12.2021.9246,,false,FEED
W1031,Remote sensing of internal waves in the open shelf,2025,ART,S01,10.55555/s01.2025.6020,,false,FEED
W1032,Low-cost methods for coastal upwelling,2019,ART,S02,10.55555/s02.2019.6372,,false,FEED
W1033,Machine learning for tidal asymmetry,2025,ART,S08,10.55555/s08.2025.1174,,false,FEED
W1034,Foreword: tidal mixing,2025,EDT,S06,10.55555/s06.2025.1338,,false,FEED
W1035,Uncertainty in ocean optics estimates in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.2698,,false,FEED
W1036,Uncertainty in bed shear stress estimates in the Albury estuary,2024,ART,S06,10.55555/s06.2024.2520,,false,FEED
W1037,Low-cost methods for harbour seiches in the Wexcombe marshes,2022,ART,S02,10.55555/s02.2022.9954,,true,FEED
W1038,Low-cost methods for marsh accretion,2020,ART,S02,10.55555/s02.2020.7315,,false,FEED
W1039,Revisiting vortex shedding in sandy coasts,2023,ART,S11,10.55555/s11.2023.6380,,false,FEED
W1040,Field measurements of storm surge,2024,ART,S08,10.55555/s08.2024.3437,,false,FEED
W1041,Editorial: survey vessel autonomy,2025,EDT,S03,10.55555/s03.2025.1894,,false,FEED
W1042,Revisiting seabed classification in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.1941,,false,FEED
W1043,Editorial: machine learning for sediment flux,2023,EDT,S08,10.55555/s08.2023.2973,,false,FEED
W1044,Machine learning for acoustic positioning in harbour basins,2021,ART,S02,10.55555/s02.2021.7797,,false,FEED
W1046,Low-cost methods for vortex shedding in a laboratory flume,2024,ART,S01,10.55555/s01.2024.6960,,false,FEED
W1047,Scaling laws for sediment flux,2020,ART,S09,10.55555/s09.2020.3720,,false,FEED
W1048,Long-term trends in fleet coordination in shallow channels,2023,ART,S10,10.55555/s10.2023.6080,,false,FEED
W1049,Field measurements of tidal mixing,2021,PPR,S14,10.55555/s14.2021.1460,W789,false,FEED
W1050,Low-cost methods for glider navigation in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.6796,,false,FEED
W1051,Machine learning for estuarine salinity,2020,ART,S03,10.55555/s03.2020.2154,,false,FEED
W1052,Long-term trends in buoy telemetry in the North Sea,2019,ART,S03,10.55555/s03.2019.3020,,false,FEED
W1053,Remote sensing of tidal asymmetry in harbour basins: a review,2019,REV,S01,10.55555/s01.2019.7693,,false,FEED
W1054,A framework for sonar imaging in the Brevin shelf,2021,PPR,S05,10.55555/s05.2021.4988,,false,FEED
W1056,A model of sonar imaging,2023,ART,S02,10.55555/s02.2023.2546,,false,FEED
W1058,A model of turbidity sensing,2021,ART,S11,10.55555/s11.2021.2492,,false,FEED
W1060,Machine learning for tidal mixing,2020,ART,S11,10.55555/s11.2020.6305,,false,FEED
W1061,Remote sensing of turbidity sensing in shallow channels,2023,ART,S01,10.55555/s01.2023.6359,,false,FEED
W1062,Seasonal variability in wave runup in sandy coasts: a review,2019,REV,S02,10.55555/s02.2019.7336,,false,FEED
W1063,Low-cost methods for fleet coordination in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.5813,,false,FEED
W1064,Seasonal variability in marsh accretion,2019,ART,S07,10.55555/s07.2019.5586,,false,FEED
W1065,Revisiting sensor calibration,2020,ART,S02,10.55555/s02.2020.2079,,false,FEED
```

### authorships.csv
```csv
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```

### citations.csv
```csv
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W326,W227
W326,W516
W329,W22
W329,W595
W330,W422
W331,W605
W331,W749
W334,W30
W334,W319
W334,W383
W334,W989
W337,W660
W338,W40
W338,W465
W338,W602
W338,W736
W338,W843
W339,W716
W339,W864
W341,W453
W341,W804
W348,W403
W348,W681
W349,W03
W349,W524
W349,W773
W349,W851
W354,W410
W354,W500
W354,W995
W355,W264
W355,W528
W357,W333
W357,W530
W357,W674
W357,W842
W359,W277
W365,W323
W366,W550
W369,W296
W369,W737
W369,W1053
W370,W484
W370,W970
W371,W404
W371,W435
W372,W22
W373,W876
W374,W292
W374,W927
W376,W466
W377,W870
W378,W867
W380,W699
W382,W580
W382,W785
W383,W416
W384,W214
W384,W706
W384,W1001
W387,W452
W388,W1063
W389,W593
W396,W40
W396,W803
W397,W02
W397,W03
W398,W350
W399,W400
W399,W426
W399,W565
W401,W291
W403,W958
W405,W419
W405,W710
W406,W269
W406,W849
W406,W896
W407,W414
W407,W635
W407,W1054
W413,W562
W417,W406
W417,W628
W417,W815
W418,W683
W418,W804
W418,W846
W419,W626
W419,W842
W420,W733
W421,W438
W421,W473
W421,W627
W421,W855
W422,W790
W422,W824
W424,W742
W425,W275
W425,W369
W425,W816
W427,W523
W427,W527
W427,W869
W428,W713
W428,W727
W428,W910
W430,W672
W431,W752
W436,W901
W436,W976
W439,W30
W439,W927
W440,W588
W440,W608
W440,W735
W441,W428
W442,W665
W442,W1026
W444,W755
W448,W354
W448,W665
W448,W807
W453,W770
W456,W385
W456,W803
W456,W821
W457,W733
W458,W279
W458,W696
W459,W271
W459,W649
W459,W1026
W460,W269
W460,W1024
W462,W277
W462,W816
W462,W901
W463,W716
W465,W896
W466,W588
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W467,W696
W467,W979
W469,W820
W469,W990
W470,W972
W475,W809
W477,W601
W477,W803
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W478,W861
W481,W716
W486,W720
W486,W858
W487,W808
W487,W835
W488,W22
W488,W1060
W489,W807
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W496,W237
W496,W555
W496,W771
W499,W725
W501,W376
W501,W458
W503,W369
W503,W527
W503,W555
W505,W565
W505,W777
W507,W1030
W508,W731
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W509,W851
W512,W782
W512,W983
W515,W20
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W520,W269
W520,W790
W520,W827
W522,W749
W522,W771
W524,W513
W524,W630
W524,W820
W526,W322
W527,W480
W527,W823
W528,W516
W528,W612
W529,W237
W529,W860
W529,W908
W531,W942
W531,W1065
W533,W500
W533,W539
W535,W02
W535,W03
W535,W553
W536,W491
W536,W728
W536,W1047
W538,W669
W539,W901
W541,W630
W542,W584
W544,W02
W544,W751
W544,W807
W544,W1065
W546,W40
W546,W660
W546,W782
W547,W953
W549,W1035
W550,W237
W550,W988
W550,W1010
W551,W211
W551,W489
W552,W742
W555,W978
W557,W323
W557,W580
W558,W02
W558,W706
W559,W564
W560,W491
W562,W728
W562,W749
W567,W599
W567,W696
W567,W948
W569,W03
W569,W319
W569,W411
W570,W465
W570,W666
W570,W944
W572,W613
W572,W713
W573,W22
W573,W303
W573,W932
W573,W954
W575,W331
W575,W500
W576,W880
W579,W524
W579,W588
W579,W790
W580,W616
W581,W1010
W582,W22
W582,W300
W582,W389
W583,W291
W583,W946
W586,W20
W586,W296
W586,W473
W586,W654
W589,W970
W592,W20
W592,W981
W595,W453
W598,W03
W598,W1064
W599,W461
W602,W01
W602,W1011
W605,W388
W610,W22
W610,W235
W610,W300
W610,W564
W610,W967
W612,W574
W613,W296
W613,W322
W613,W820
W614,W459
W615,W331
W615,W715
W615,W959
W617,W373
W618,W913
W619,W259
W619,W430
W619,W502
W621,W20
W621,W624
W625,W832
W626,W758
W626,W1028
W627,W480
W627,W807
W628,W584
W628,W630
W628,W946
W629,W725
W630,W461
W630,W876
W630,W1062
W632,W270
W633,W260
W633,W366
W635,W527
W640,W870
W642,W902
W643,W403
W643,W589
W645,W555
W649,W741
W650,W31
W651,W742
W651,W881
W651,W1064
W652,W645
W652,W836
W655,W361
W655,W489
W656,W545
W656,W651
W656,W858
W657,W01
W659,W817
W659,W934
W660,W01
W660,W940
W660,W1035
W661,W848
W661,W884
W663,W741
W664,W296
W664,W888
W665,W780
W666,W426
W666,W921
W667,W593
W668,W480
W672,W820
W672,W858
W673,W368
W673,W992
W674,W901
W675,W519
W675,W881
W676,W03
W676,W621
W676,W690
W678,W256
W678,W605
W678,W608
W679,W834
W680,W22
W680,W410
W680,W480
W680,W728
W682,W229
W682,W584
W682,W871
W683,W368
W683,W798
W684,W346
W684,W678
W684,W856
W685,W317
W686,W752
W688,W314
W692,W882
W693,W346
W693,W1063
W696,W243
W696,W369
W696,W584
W697,W626
W699,W433
W699,W782
W699,W968
W700,W22
W700,W246
W700,W572
W702,W799
W703,W801
W704,W615
W705,W628
W707,W331
W707,W500
W707,W733
W709,W946
W710,W1047
W711,W03
W711,W505
W714,W382
W714,W722
W715,W516
W718,W413
W719,W858
W721,W970
W722,W275
W722,W346
W722,W730
W724,W579
W724,W972
W725,W354
W725,W886
W725,W995
W727,W430
W729,W420
W730,W849
W732,W243
W732,W465
W733,W279
W733,W502
W733,W772
W734,W22
W734,W985
W734,W1042
W737,W556
W737,W916
W738,W559
W739,W545
W739,W713
W739,W772
W740,W722
W742,W908
W744,W417
W744,W705
W745,W457
W745,W623
W745,W1032
W747,W755
W747,W1007
W748,W03
W749,W858
W750,W285
W750,W655
W750,W976
W751,W263
W751,W373
W751,W516
W752,W880
W753,W1052
W756,W400
W756,W816
W757,W42
W760,W204
W761,W03
W761,W442
W761,W575
W761,W991
W762,W1000
W763,W433
W763,W459
W763,W540
W764,W555
W765,W222
W766,W326
W768,W1064
W769,W522
W772,W545
W774,W275
W776,W668
W777,W267
W777,W896
W778,W465
W779,W388
W780,W696
W782,W903
W783,W20
W783,W707
W783,W787
W784,W430
W784,W583
W784,W618
W785,W206
W785,W838
W785,W1051
W786,W453
W786,W881
W787,W367
W787,W467
W787,W1058
W788,W1027
W789,W616
W791,W208
W791,W305
W791,W976
W792,W1044
W793,W441
W794,W31
W794,W925
W794,W955
W794,W1028
W798,W486
W799,W545
W799,W960
W800,W322
W801,W660
W803,W579
W806,W401
W807,W692
W807,W769
W807,W944
W808,W476
W808,W897
W810,W741
W812,W03
W813,W331
W813,W787
W813,W960
W816,W296
W816,W623
W816,W835
W817,W735
W818,W588
W819,W22
W819,W382
W821,W344
W821,W383
W822,W292
W822,W642
W822,W722
W823,W500
W823,W858
W824,W811
W826,W336
W830,W406
W831,W466
W831,W774
W831,W828
W832,W269
W833,W03
W833,W466
W836,W995
W836,W1053
W836,W1065
W837,W20
W837,W21
W837,W713
W838,W279
W840,W376
W840,W669
W842,W620
W842,W826
W843,W02
W843,W03
W844,W01
W844,W660
W846,W296
W846,W574
W846,W922
W847,W453
W847,W1060
W848,W775
W848,W882
W848,W932
W851,W31
W851,W1063
W852,W401
W852,W944
W853,W20
W853,W616
W853,W981
W854,W480
W855,W836
W856,W30
W856,W588
W857,W790
W857,W820
W857,W989
W858,W896
W859,W927
W860,W424
W860,W755
W860,W756
W861,W772
W861,W1026
W864,W696
W865,W344
W865,W756
W865,W927
W866,W22
W867,W874
W868,W22
W868,W935
W868,W1016
W870,W211
W870,W672
W870,W944
W872,W572
W872,W696
W873,W562
W874,W424
W874,W664
W874,W1019
W875,W496
W875,W941
W875,W975
W876,W271
W876,W331
W876,W424
W877,W471
W877,W784
W878,W30
W878,W31
W879,W583
W879,W599
W880,W835
W881,W613
W882,W309
W882,W324
W882,W916
W884,W322
W885,W946
W889,W03
W889,W277
W889,W337
W889,W867
W890,W03
W890,W218
W890,W664
W890,W811
W894,W30
W894,W433
W894,W536
W895,W01
W895,W40
W895,W41
W897,W241
W897,W601
W897,W663
W900,W579
W901,W735
W903,W373
W903,W908
W903,W964
W904,W20
W904,W450
W904,W921
W905,W466
W907,W713
W908,W458
W908,W502
W908,W780
W910,W1051
W913,W672
W913,W749
W913,W908
W914,W389
W914,W729
W917,W659
W921,W313
W921,W348
W921,W572
W922,W40
W922,W477
W924,W417
W924,W428
W924,W448
W924,W642
W924,W762
W925,W393
W925,W886
W925,W1037
W927,W1028
W928,W450
W928,W707
W930,W420
W930,W437
W930,W894
W931,W03
W931,W519
W931,W755
W932,W638
W933,W618
W934,W668
W934,W1048
W935,W332
W935,W354
W935,W439
W936,W426
W936,W749
W937,W263
W937,W552
W940,W1012
W941,W835
W943,W201
W943,W513
W943,W730
W944,W243
W944,W583
W944,W1052
W946,W277
W946,W556
W946,W630
W947,W415
W947,W453
W947,W784
W948,W807
W949,W208
W949,W1061
W950,W1016
W953,W562
W954,W304
W959,W457
W964,W294
W964,W399
W964,W936
W965,W606
W966,W560
W966,W801
W966,W1036
W967,W1002
W968,W587
W968,W616
W968,W713
W970,W936
W971,W22
W971,W252
W972,W755
W973,W03
W975,W665
W977,W752
W978,W410
W978,W672
W978,W1063
W980,W336
W980,W579
W980,W601
W981,W753
W981,W804
W984,W355
W984,W824
W986,W424
W986,W593
W987,W22
W987,W608
W988,W30
W988,W322
W989,W903
W990,W294
W991,W623
W992,W30
W993,W449
W993,W617
W993,W947
W994,W278
W994,W756
W995,W275
W996,W579
W996,W903
W996,W989
W997,W22
W997,W496
W997,W709
W997,W1033
W1000,W317
W1000,W978
W1001,W797
W1002,W218
W1002,W461
W1002,W742
W1005,W233
W1005,W251
W1005,W706
W1006,W1047
W1007,W458
W1007,W735
W1007,W772
W1009,W988
W1011,W453
W1011,W623
W1011,W910
W1012,W876
W1014,W731
W1016,W242
W1016,W793
W1016,W1046
W1017,W246
W1018,W343
W1020,W556
W1022,W309
W1022,W876
W1024,W401
W1024,W692
W1024,W769
W1025,W275
W1025,W331
W1025,W572
W1026,W626
W1027,W210
W1027,W349
W1027,W728
W1029,W649
W1031,W521
W1031,W699
W1031,W702
W1032,W713
W1033,W30
W1033,W977
W1034,W383
W1034,W631
W1034,W1001
W1037,W312
W1038,W572
W1039,W31
W1039,W42
W1040,W896
W1042,W455
W1042,W602
W1043,W276
W1043,W506
W1043,W784
W1044,W713
W1046,W301
W1047,W870
W1048,W02
W1048,W601
W1048,W821
W1049,W313
W1050,W774
W1051,W522
W1052,W970
W1056,W03
W1058,W555
W1058,W808
W1058,W822
W1060,W271
W1060,W552
W1060,W946
W1061,W522
W1061,W757
W1064,W944
W1064,W1026
W1065,W870
W1065,W1024
```

### ontology.md (the vocabulary the data uses)

# Research analytics: a teaching ontology

Works, authors, institutions, sources, authorships, citations and the codes the data uses, each with a definition that states what it means and how to count it. Invented for an experiment; not a model of any real bibliographic database.

## Classes

### Work

A record of something published: an article, review, preprint, editorial, erratum or piece of paratext (work type). Not every work is research output. A research work is a work that (1) is not a test record (see Staging (STG)), (2) is of a research type: an article (ART), a review (REV), a supplement article (SUP) or a preprint (PPR), (3) is not retracted (retracted), and (4) did not appear in a delisted source (Delisted (K0)). Editorials, errata and paratext are never research output. A preprint and its published version (version of) are two records of one research work and count once, under the published version (its year and its source). Every count of works means research works, and citations are counted to research works, unless a question says otherwise.

### Author

An author record: one person as one source spelled them. A person is identified by their ORCID (ORCID), not by their name or record ID. The same person can appear as several author records with differently spelled names: records with the same ORCID are the same person, and every work recorded against any of them is that person's. Two records with the same name and different ORCIDs are different people. A record with no ORCID is a person of its own.

### Institution

An organisation that authors are affiliated with: a university system, university, lab, company, government body or affiliated institute (institution type). Institutions form a hierarchy through parent: a lab can sit under a centre, under a university, under a university system. A work credited to a unit is also credited to every institution above it, to any depth, so counting an institution's works means counting the works of the institution and all its units, each work once. The exception is an affiliated institute (Affiliated institute (AFF)): its parent link does not make it a unit.

### Source

Where a work appeared: a journal or a repository (source type).

### Authorship

One author's place on one work, and one of the institutions they gave for it: one record per author, work and affiliation. An author who gave two affiliations on a work has two authorship records for it, with the same author position and different affiliation sequence. Which one counts is set by affiliation sequence.

### Citation

One work citing another: citing work lists cited work among its references. A citation happens in the citing work's year. A work's citation count is the number of distinct works, of any type, that cite it, leaving out test records (Staging (STG)) and retracted works. A work citing both a preprint and its published version is one citation of that research work. Citation counts for an author, institution or country add up the counts of their research works. When citations are rolled up to the citing side (which institution or country cites another most), each citing work counts once for each institution credited on it, however many of its authors are from that institution. A self-citation depends on the level: an author self-citation is one where the citing and cited works share at least one author (the same person, whatever the record); an institution self-citation is one where they share a credited institution at the level asked about; a country self-citation is one where they share a country of credited institutions. Each level includes the one below it, so the three are different counts. A citation window counts only the citations made in the cited work's publication year and a given number of years after it, so that older and newer works are compared over the same span.

## Properties

### name (CSV column `name`)

The name of an institution, author or source as the record spells it. Names are not identifiers: the same person can be spelled differently, and different people can share a name.

### ROR ID (CSV column `ror`)

The institution's Research Organization Registry identifier (invented here).

### country (CSV column `country`)

ISO code of the country where the institution is. A work's countries are the countries of the institutions credited on it (see affiliation sequence), not of every affiliation listed.

### institution type (CSV column `type`)

What kind of institution it is: a concept of the scheme Institution types.

### parent (CSV column `parent_id`)

The institution this one is a unit of. Follow it upwards, to any depth, to find the institutions a work is also credited to; the ultimate parent is the institution at the top of the chain, the one with no parent. For an affiliated institute (Affiliated institute (AFF)) the link records an agreement, not membership: do not follow it.

### ORCID (CSV column `orcid`)

The person's ORCID identifier (invented here): the identifier that says which person an author record stands for. Same ORCID, same person.

### ISSN (CSV column `issn`)

The journal's ISSN (invented here). Repositories have none.

### source type (CSV column `type`)

Whether the source is a journal or a repository: a concept of the scheme Source types.

### tier (CSV column `tier`)

The source's tier on this dataset's own journal list: a concept of the scheme Journal tiers. The tiers count upwards: K3 is the highest tier and K1 the lowest; K0 is not a tier but a delisting. Repositories have no tier.

### title (CSV column `title`)

The work's title. A preprint and its published version often share a title; two works with the same title are not the same work unless version of links them.

### publication year (CSV column `year`)

The year the work was published. A citation's year is the citing work's publication year.

### work type (CSV column `type`)

What kind of work it is: a concept of the scheme Work types. It decides whether the work is research output (see Work).

### source (CSV column `source_id`)

The journal or repository the work appeared in.

### DOI (CSV column `doi`)

The work's DOI (invented here). A preprint and its published version have different DOIs, though they are one research work.

### version of (CSV column `version_of`)

Set on a preprint whose published version is also in the data: it names that published version. The two records are one research work, counted once, under the published version; the authors, institutions and citations of either record belong to that one work.

### retracted (CSV column `is_retracted`)

True if the work has been retracted. A retracted work is not research output: leave it out of every count of works, and its citations out of every count of citations.

### record source (CSV column `record_source`)

The system the work record was loaded from: a concept of the scheme Record sources.

### work (CSV column `work_id`)

The work the authorship is on.

### author (CSV column `author_id`)

The author record: see Author for which person it stands for.

### author position (CSV column `author_position`)

The author's place in the byline, from 1. The number of a work's authors is the number of distinct people in its byline.

### institution (CSV column `institution_id`)

An institution the author gave on this work.

### affiliation sequence (CSV column `affil_seq`)

The order in which the author listed their affiliations on this work, from 1. House rule: when an author lists several affiliations on one work, the work is credited only to the affiliation listed last, the one with the highest sequence number, for that author; the others are ignored in every count. With one affiliation, that one is credited. Under full counting, a work counts once for each institution credited on it (and for the institutions above it). Under fractional counting, a work is split equally among its authors (distinct people), and each author's share goes to the one institution credited for them, and so to its country; an institution's fractional count adds up the shares of its own authors and its units' authors.

### citing work (CSV column `citing_work_id`)

The work that makes the citation.

### cited work (CSV column `cited_work_id`)

The work that is cited.

## Codes

The codes as they appear in the data, grouped by list.

### Work types

- **ART**, Research article: A peer-reviewed research article. Research output.
- **REV**, Review article: A peer-reviewed article that surveys a field. Research output.
- **SUP**, Supplement article: In this dataset, SUP does not mean supplementary material. It is a full, peer-reviewed research article published in a supplement issue of a journal, such as a proceedings supplement. It is research output and counts exactly like an article (ART).
- **PPR**, Preprint: A version posted to a repository before or without peer review. Research output, but if its published version is in the data (version of), the two are one research work, counted once.
- **EDT**, Editorial: An editor's introduction or opinion piece. Not research output.
- **ERR**, Erratum: A correction notice for an earlier work. Not research output, and not a new version of the work it corrects.
- **PTX**, Paratext: Front matter, issue information, tables of contents and the like: published with a journal issue, but not a contribution. Not research output.

### Institution types

- **SYS**, University system: A group of universities under one governing body. Its works are the works of all its universities and their units.
- **UNI**, University: A university or college.
- **LAB**, Laboratory, centre or institute: A research unit inside its parent institution. Its works are also its parent's works, and its parent's parent's, to the top.
- **AFF**, Affiliated institute: A legally independent institute linked to a university by an agreement. Its parent link records that agreement and nothing more: an affiliated institute is not a unit of its parent, is not part of the parent's system, and its works are never credited to the parent or to anything above it. Its ultimate parent is itself.
- **CO**, Company: A company.
- **GOV**, Government body: A government agency or laboratory.

### Source types

- **JOU**, Journal: A peer-reviewed journal, including its proceedings or supplement issues.
- **REP**, Repository: A preprint server or other repository.

### Journal tiers

- **K3**, Tier K3, the highest: The highest tier: the journals the list ranks first. A higher number is a higher tier, so K3 ranks above K2, and K2 above K1.
- **K2**, Tier K2, the middle: The middle tier: below K3, above K1.
- **K1**, Tier K1, the lowest: The lowest tier that is still listed: below K2.
- **K0**, Delisted source: Not a tier: a source removed from the list for failing its review of editorial practice. Works that appeared in a K0 source are not research output, whatever their type, and are left out of every count of works and citations.

### Record sources

- **FEED**, Bibliographic feed: Loaded from the external bibliographic feed.
- **CRIS**, Institutional research information system: Entered by an institution in its own research information system. As good as a feed record.
- **STG**, Staging load: Test records, loaded into staging to check the import and never removed. They describe no real work: ignore an STG work, its authorships and every citation it makes, in every count.

## Questions

Answer each question below from the data above. Start each answer on a new line with its
number in bold, like **Q1.**, give the direct answer first, then at most two sentences of
reasoning that cite the records (IDs) you relied on.

Then end with one JSON block (```json) holding the structured answer to each question listed
here, with exactly these fields, shaped like {"Q1": {"field": value}, ...}. Name works, authors, institutions and sources by their record ID: the work_id, author_id, institution_id or source_id in the CSV files, or the part of the IRI after res: in the RDF (W01, A07, I02, S03; not their titles or names).

- Q1: count (a number)
- Q2: works (a list of record IDs)
- Q3: same ("yes", "no" or "depends")
- Q4: count (a number)
- Q5: same ("yes", "no" or "depends")
- Q6: author (a record ID)
- Q7: count (a number)
- Q8: parent (a record ID)
- Q9: count (a number)
- Q10: count (a number)
- Q11: count (a number)
- Q12: full (a number), fractional (a number)
- Q13: full (a record ID), fractional (a record ID)
- Q14: full (a number), fractional (a number)
- Q15: count (a number)
- Q16: count (a number)
- Q17: works (a list of record IDs)
- Q18: count (a number)
- Q19: count (a number)
- Q20: works (a list of record IDs)
- Q21: count (a number)
- Q22: more_in_total (a record ID), more_in_window (a record ID)
- Q23: total (a number), in_window (a number)
- Q24: count (a number)
- Q25: count (a number)
- Q26: counts ("yes", "no" or "depends")
- Q27: institution (a record ID), citing_works (a number)
- Q28: count (a number)
- Q29: author (a number), institution (a number), country (a number)
- Q30: count (a number)
- Q31: works (a list of record IDs)
- Q32: count (a number)
- Q33: work (a record ID)
- Q34: count (a number)
- Q35: count (a number)
- Q36: count (a number)
- Q37: institution (a record ID)
- Q38: institutions (a list of record IDs)
- Q39: count (a number)
- Q40: source (a record ID)
- Q41: higher ("yes", "no" or "depends")
- Q42: count (a number)
- Q43: research ("yes", "no" or "depends")
- Q44: institutions (a list of record IDs)
- Q45: count (a number)
- Q46: parent (a record ID)

Q1. How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?
Q2. List every work, of any type, that Mara Ellison (A01) is an author of.
Q3. Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?
Q4. How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?
Q5. Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?
Q6. Which author has the most research works credited to the University of Albury, its units included?
Q7. How many research works has Mara Ellison authored?
Q8. What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)?
Q9. How many research works is the University of Albury (I02) credited with, its units included?
Q10. How many research works is the Albury University System (I01) credited with, all its units included?
Q11. How many research works is Kesting University (I07) credited with, its units included?
Q12. How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?
Q13. In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?
Q14. How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?
Q15. How many research works appeared in Ocean Sensing Letters (S02) in 2024?
Q16. How many research works appeared in the Journal of Marine Autonomy (S01)?
Q17. Which of Mara Ellison's works are not research output because of their document type?
Q18. How many distinct research works has Priya Ramanathan (A07) authored?
Q19. How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?
Q20. Which works in the data are preprints of another work that is also in the data?
Q21. How many research works is Oskel Polytechnic (I14) credited with?
Q22. Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?
Q23. How many citations has W30 received in total, and how many within its publication year and the two years after?
Q24. How many research works has Lena Vossberg (A09) authored?
Q25. What is the total of the citation counts of Lena Vossberg's research works?
Q26. Does W23 count towards Kesting University's research output?
Q27. Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?
Q28. How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?
Q29. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?
Q30. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?
Q31. Which works cite at least one of the works that cite W01?
Q32. How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?
Q33. Which of Kesting University's research works has the most citations?
Q34. How many research works was Kesting University (units included) credited with in 2025?
Q35. How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?
Q36. How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?
Q37. Which institution is W70 credited to?
Q38. Which institutions is W71 credited to, at every level?
Q39. How many of the University of Albury's research works (units included) appeared in a source of the highest tier?
Q40. Which source is in the highest tier?
Q41. Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?
Q42. How many research works appeared in Global Marine Science Reports (S04)?
Q43. Is W07 research output?
Q44. Which institutions are part of the Albury University System, at any level below it?
Q45. How many research works is the Halloran Institute for Coastal Studies (I06) credited with?
Q46. What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?
Q47. Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?
Q48. Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?

R5 csv+ontology (157568 characters)

<!-- system: You answer questions about a research-analytics dataset of works, authors, institutions, sources and citations. Use only the data you are given and what it tells you about its own meaning. If a question is ambiguous, or the data cannot settle it, say so. Be concise. -->

## The data

### institutions.csv
```csv
institution_id,name,ror,country,type,parent_id
I01,Albury University System,0hygr4985,GB,SYS,
I02,University of Albury,06safhw22,GB,UNI,I01
I03,Albury Centre for Marine Robotics,06a9yq342,GB,LAB,I02
I04,Tessel Laboratory for Ocean Sensing,0002ezf81,GB,LAB,I03
I05,Albury Metropolitan University,0ww7kxb57,GB,UNI,I01
I06,Halloran Institute for Coastal Studies,0175f3924,GB,AFF,I02
I07,Kesting University,0593t4875,DE,UNI,
I08,Kesting Institute of Hydrodynamics,0brjdg570,DE,LAB,I07
I09,Rostval Technical University,0k8rh7879,NL,UNI,
I10,Marrow Instruments BV,0t3x83535,NL,CO,
I11,Brevin Ocean Agency,0wvack776,FR,GOV,
I12,Université de Lorvain,091pt9775,FR,UNI,
I13,Dunmore College,095cwy722,GB,UNI,
I14,Oskel Polytechnic,06t6n5818,NL,UNI,
I15,Carrow State University,0v91gp428,US,UNI,
I16,Hoshimine Institute of Technology,06afa6f88,JP,UNI,
I17,Université de Mallois,0pshcv029,CA,UNI,
I18,Universidad de Ventolera,0ay9jr885,ES,UNI,
I19,Albury Laboratory for Acoustic Imaging,0xe2n1515,GB,LAB,I02
I20,Albury Metropolitan Centre for Port Studies,0bp5b1111,GB,LAB,I05
I21,Wexcombe Institute for Estuary Research,0ms1zdt74,GB,AFF,I05
I22,Sandhaven Institute for Wave Research,0rn08b412,DE,AFF,I07
I23,Rostval Laboratory for Offshore Structures,0zekfva10,NL,LAB,I09
I24,Pellmore University,0n0j86p46,US,UNI,
I25,Università di Calvessa,08mz9rf83,IT,UNI,
I26,Tarnowa University of Technology,0189z6431,PL,UNI,
I27,Kirrabay University,0wam41j64,AU,UNI,
I28,Nordvik University,00etvqe29,NO,UNI,
I29,Hanseo Ocean Institute,0g18r1r20,KR,GOV,
I30,Universidade de Arvela,0ha4xax60,PT,UNI,
I31,Corrimal Marine Systems Inc,0nq63kw54,US,CO,
```

### authors.csv
```csv
author_id,name,orcid
A01,Mara Ellison,0000-0002-9841-6229
A02,M. Ellison,0000-0002-9841-6229
A03,"Ellison, Mara J.",0000-0002-9841-6229
A04,M. Ellison,0000-0004-8662-8360
A05,Jonas Brandt,0000-0001-6105-5008
A06,Jonas Brandt,0000-0007-5475-1779
A07,Priya Ramanathan,0000-0009-2298-3695
A08,Tomasz Wierzba,0000-0007-9318-6032
A09,Lena Vossberg,0000-0000-8073-7028
A10,Dirk Hallmann,0000-0003-8222-6468
A11,Sofie de Raat,0000-0006-1642-5247
A12,Pieter Maas,0000-0007-6472-5877
A13,Claire Fontanet,0000-0001-8841-3301
A14,Hugo Marchetti,0000-0007-5682-0525
A15,Aisha Okonjo,0000-0008-9831-9489
A16,Rhys Calloway,
A17,Ingrid Solberg,0000-0003-9494-8214
A18,Bram Kuipers,0000-0001-6210-5218
A19,Femke Hoogeveen,0000-0005-4914-5244
A20,Joost Verhaar,0000-0001-0646-0013
A21,Petra Lindqvist,0000-0000-4118-9557
A22,Niamh Corrigan,0000-0009-9065-9397
A30,Ana Aranda,0000-0006-1584-6450
A31,Ben Fujimura,0000-0006-0454-1465
A32,Chiara Kincaid,0000-0009-0853-8012
A33,Daichi Pruitt,0000-0009-1102-8594
A34,Elif Esposito,0000-0000-6925-6663
A35,Felipe Jaramillo,0000-0006-3228-0886
A36,Grace Olmedo,0000-0004-2300-4876
A37,Haruto Dorsey,0000-0004-5291-2808
A38,Ines Ishida,0000-0004-5850-0370
A39,Julien Nakagawa,0000-0003-8265-3845
A40,Kai Carver,0000-0003-5577-8794
A41,Lucia Hartwell,0000-0003-2627-0586
A42,Mateo Morrow,0000-0000-2145-8421
A43,Noor Beaulieu,0000-0000-8394-9066
A44,Oscar Galvez,0000-0008-8281-1265
A45,Paula Lefebvre,0000-0008-4409-3244
A101,M. Ellison,0000-0002-9841-6229
A102,M. Ellison,0000-0008-4738-8328
A103,L. Vossberg,0000-0000-8073-7028
A104,J. Brandt,0000-0001-6105-5008
A105,Jonas Brandt,0000-0004-9046-7961
A106,T. Wierzba,0000-0007-9318-6032
A107,S. de Raat,0000-0006-1642-5247
A108,Priya Ramanathan,0000-0007-1802-8393
A109,Greta Yelland,0000-0002-6545-4969
A110,Quinn Yelland,0000-0003-7597-9990
A111,Hester Falconer,0000-0007-5409-8704
A112,Katrin Elphick,0000-0008-6293-8407
A113,Henrik Corbridge,0000-0001-7569-4541
A114,Ivo Brockmann,0000-0009-9653-9901
A115,Tamsin Vandersloot,0000-0008-5622-7508
A116,Emrys Bellamore,0000-0001-3732-2664
A117,Viggo Bellamore,0000-0002-5926-5216
A118,Dorian Bellamore,0000-0000-4633-9010
A119,Jarno Quarrie,0000-0009-8605-0541
A120,Linus Haverkamp,0000-0000-3133-9422
A121,Marit Sallis,0000-0001-8432-2588
A122,Katrin Dannecker,0000-0005-9430-8644
A123,Florin Penhallow,0000-0008-6186-9535
A124,Niko Vandersloot,0000-0008-3786-7418
A125,Greta Ostergaard,0000-0002-5410-0810
A126,Yara Quarrie,0000-0002-3972-8364
A127,Delphine Ashdown,0000-0000-5148-3260
A128,Jarno Tregunna,
A129,Delphine Ibbotson,0000-0000-6389-2468
A130,Tamsin Castellan,0000-0004-8526-1242
A131,Emrys Nordahl,0000-0000-3843-6782
A132,Linus Penhallow,0000-0000-9780-0868
A133,Liesel Lachance,0000-0003-1768-1087
A134,Silas Castellan,0000-0003-3481-4429
A135,Olwen Quarrie,0000-0001-4750-0051
A136,Jolien Haverkamp,0000-0009-6519-3014
A137,Olwen Uttley,0000-0006-0842-6639
A138,Olwen Whitcombe,0000-0008-9432-6799
A139,Odile Tregunna,0000-0002-2495-1719
A140,Jolien Bellamore,0000-0009-0548-3869
A141,Delphine Bellamore,0000-0003-0209-4519
A142,Greta Rademaker,0000-0009-9961-6216
A143,Marit Ibbotson,0000-0009-8383-5608
A144,Silas Ashdown,0000-0007-8521-8973
A145,Ivo Corbridge,0000-0006-1367-0053
A146,Cosimo Bellamore,0000-0002-3308-6027
A147,Niko Uttley,0000-0009-7757-5966
A148,Kester Aldous,0000-0004-3203-0789
A149,Liesel Whitcombe,0000-0008-7432-0373
A150,Yara Castellan,0000-0006-4842-1959
A151,Elsa Penhallow,0000-0008-1093-6341
A152,Florin Whitcombe,
A153,Emrys Merriman,0000-0008-9865-6168
A154,Henrik Lachance,0000-0000-6078-6579
A155,Delphine Dewhurst,
A156,Greta Elphick,0000-0000-1295-1089
A157,Dorian Falconer,0000-0009-2170-6438
A158,Kester Jansma,0000-0009-6522-6126
A159,Wren Whitcombe,0000-0009-7906-1807
A160,Kester Zandvoort,0000-0006-9930-9118
A161,Jolien Dewhurst,0000-0005-3613-9857
A162,Liesel Ibbotson,0000-0007-2655-6310
A163,Nils Jansma,0000-0004-7426-1752
A164,Silas Corbridge,0000-0001-8029-9865
A165,Niko Penhallow,0000-0002-5295-8953
A166,Henrik Sallis,0000-0003-9677-7161
A167,Henrik Haverkamp,0000-0007-4485-0931
A168,Henrik Yelland,0000-0001-2141-4246
A169,Ulla Haverkamp,0000-0000-8586-5161
A170,Bastian Ashdown,0000-0005-3547-5180
A171,Ulla Aldous,0000-0005-5058-4742
A172,Hester Aldous,0000-0009-3776-6819
A173,Fenna Uttley,0000-0000-4008-7950
A174,Tamsin Gisborne,0000-0004-4300-1807
A175,Jarno Whitcombe,0000-0000-2155-5864
A176,Yara Dewhurst,0000-0004-7256-8312
A177,Carys Uttley,0000-0008-3085-0372
A178,Elsa Merriman,
A179,Alba Ashdown,0000-0001-5735-1490
A180,Ilse Aldous,0000-0002-8044-9596
A181,Henrik Kerridge,0000-0009-5689-0994
A182,Ulla Penhallow,0000-0003-2191-4747
A183,Bastian Kerridge,0000-0007-6448-2483
A184,Odile Ashdown,
A185,Olwen Ostergaard,0000-0005-9437-0650
A186,Carys Tregunna,0000-0002-3962-9717
A187,Jolien Aldous,0000-0002-8271-6177
A188,Bastian Tregunna,
A189,Zeno Aldous,0000-0006-2989-6155
A190,Maelle Ashdown,0000-0009-5279-0424
A191,Silas Zandvoort,0000-0005-2590-0644
A192,Pim Aldous,0000-0002-0569-8605
A193,Niko Yelland,
A194,Alba Corbridge,0000-0001-5776-4679
A195,Yara Penhallow,0000-0003-6890-9836
A196,Fenna Gisborne,0000-0008-9819-5281
A197,Maelle Brockmann,0000-0005-2578-6292
A198,Jarno Ashdown,0000-0001-4780-0378
A199,Delphine Merriman,0000-0005-5487-7183
A200,Ivo Penhallow,0000-0000-9986-0432
A201,Hester Dewhurst,0000-0002-8179-0448
A202,Marit Ostergaard,0000-0007-5698-5981
A203,Jolien Quarrie,0000-0007-9816-0934
A204,Katrin Kerridge,0000-0002-0159-1367
A205,Yara Lachance,
A206,Olwen Yelland,
A207,Maelle Dannecker,0000-0007-9373-7702
A208,Liesel Jansma,0000-0005-1693-8254
A209,Jolien Kerridge,0000-0001-6525-8467
A210,Ilse Bellamore,
A211,Ivo Rademaker,0000-0002-7687-0223
A212,Jarno Elphick,0000-0006-5440-8972
A213,Odile Whitcombe,0000-0003-3309-8851
A214,Anouk Castellan,0000-0005-5240-8672
A215,Zeno Dannecker,0000-0008-4772-3832
A216,Nils Rademaker,0000-0001-3498-1824
A217,Odile Rademaker,0000-0009-2609-6797
A218,Bryony Jansma,0000-0003-3146-5873
A219,Bryony Jansma,0000-0002-4103-1118
A220,Hester Ostergaard,0000-0008-3455-9598
A221,Hester Ostergaard,0000-0003-8085-8585
A222,Liesel Aldous,0000-0009-2600-3022
A223,Liesel Aldous,0000-0008-4203-7095
A224,Ilse Eberhardt,0000-0009-6534-9320
A225,Ilse Eberhardt,0000-0000-0712-5619
A226,Cosimo Penhallow,0000-0000-1869-5361
A227,Cosimo Penhallow,0000-0008-9935-6581
A228,Gideon Yelland,0000-0009-3500-8530
A229,Gideon Yelland,0000-0003-6264-2564
```

### sources.csv
```csv
source_id,name,issn,type,tier
S01,Journal of Marine Autonomy,9866-3925,JOU,K3
S02,Ocean Sensing Letters,3195-4973,JOU,K2
S03,Coastal Engineering Review,1154-9679,JOU,K1
S04,Global Marine Science Reports,8864-5325,JOU,K0
S05,OceanArXiv,,REP,
S06,Proceedings of the Hydrodynamics Forum,9804-2748,JOU,K2
S07,Journal of Estuarine Dynamics,1483-2835,JOU,K2
S08,Hydrology Notes,9832-2482,JOU,K1
S09,Journal of Coastal Hydraulics,3431-7424,JOU,K2
S10,Marine Technology Bulletin,7809-8515,JOU,K1
S11,Annals of Ocean Observation,8324-8964,JOU,K2
S12,Shelf Sea Letters,8103-2767,JOU,K1
S13,International Journal of Ocean Frontiers,1765-9671,JOU,K0
S14,CoastRxiv,,REP,
```

### works.csv
```csv
work_id,title,year,type,source_id,doi,version_of,is_retracted,record_source
W01,Adaptive path planning for underwater gliders,2021,ART,S01,10.55555/s01.2021.1465,,false,FEED
W02,Drift-aware mapping with low-cost sonar,2022,PPR,S05,10.55555/s05.2022.2911,W03,false,FEED
W03,Drift-aware mapping with low-cost sonar,2023,ART,S02,10.55555/s02.2023.9437,,false,FEED
W04,Editorial: a new decade of marine autonomy,2023,EDT,S01,10.55555/s01.2023.1032,,false,FEED
W05,Erratum: Drift-aware mapping with low-cost sonar,2024,ERR,S02,10.55555/s02.2024.7136,,false,FEED
W06,Shoreline change detection from glider transects,2024,ART,S03,10.55555/s03.2024.2042,,false,FEED
W07,Low-cost sonar arrays for coastal monitoring,2020,ART,S04,10.55555/s04.2020.7029,,false,FEED
W08,Turbulent wake modelling behind tidal turbines,2025,ART,S01,10.55555/s01.2025.5958,,false,FEED
W09,Issue information,2023,PTX,S01,10.55555/s01.2023.4542,,false,FEED
W10,Front matter,2024,PTX,S02,10.55555/s02.2024.9718,,false,FEED
W12,Sonar mosaics from glider fleets,2024,ART,S02,10.55555/s02.2024.3526,,false,CRIS
W13,Fleet coordination for survey gliders,2024,ART,S01,10.55555/s01.2024.5065,,false,FEED
W14,Harbour mapping with autonomous surface vessels,2025,ART,S03,10.55555/s03.2025.3072,,false,FEED
W15,Low-cost sonar: a review,2025,REV,S02,10.55555/s02.2025.2741,,false,FEED
W16,Sonar-based wake detection,2025,ART,S02,10.55555/s02.2025.6345,,false,FEED
W17,Acoustic positioning near the shore,2024,SUP,S06,10.55555/s06.2024.8939,,false,FEED
W18,Comparing sonar odometry methods,2022,PPR,S05,10.55555/s05.2022.2759,,false,FEED
W19,Glider-borne turbidity sensing,2025,ART,S02,10.55555/s02.2025.2198,,false,CRIS
W20,Bed shear stress under breaking waves,2024,ART,S01,10.55555/s01.2024.7245,,false,FEED
W21,A field campaign on tidal mixing,2024,ART,S02,10.55555/s02.2024.5301,,false,FEED
W22,Turbulence closures for coastal models: a review,2024,REV,S03,10.55555/s03.2024.5939,,false,FEED
W23,Anomalous dissipation in estuarine plumes,2023,ART,S02,10.55555/s02.2023.2925,,true,FEED
W24,Vortex shedding in shallow channels,2025,SUP,S06,10.55555/s06.2025.6698,,false,FEED
W27,Sensor fusion for moored buoys,2024,ART,S03,10.55555/s03.2024.8772,,false,FEED
W28,Calibration drift in conductivity sensors,2024,ART,S02,10.55555/s02.2024.9171,,false,FEED
W29,Open hardware for ocean observation: a review,2024,REV,S01,10.55555/s01.2024.2981,,false,FEED
W30,Tidal stream resource maps for the Dunmore coast,2019,ART,S03,10.55555/s03.2019.9502,,false,FEED
W31,Machine-learned tidal forecasts,2023,ART,S01,10.55555/s01.2023.5047,,false,FEED
W32,Wave-current interaction over sandbars,2025,ART,S01,10.55555/s01.2025.8470,,false,FEED
W33,Mixing efficiency in stratified tidal flows,2025,ART,S02,10.55555/s02.2025.6654,,false,FEED
W34,Evaluating turbulence closures against flume data,2025,ART,S03,10.55555/s03.2025.2352,,false,FEED
W35,Sediment resuspension by storms: a review,2025,REV,S02,10.55555/s02.2025.2131,,false,FEED
W36,Shear and mixing in a macrotidal estuary,2025,ART,S03,10.55555/s03.2025.2439,,false,FEED
W37,Port traffic and seabed disturbance,2022,ART,S03,10.55555/s03.2022.9107,,false,FEED
W38,Seagrass mapping from aerial imagery,2023,ART,S02,10.55555/s02.2023.6112,,false,FEED
W39,Replicating dissipation estimates in plumes,2024,ART,S03,10.55555/s03.2024.5346,,false,FEED
W40,Energy budgets for long-range gliders,2022,ART,S02,10.55555/s02.2022.4703,,false,FEED
W41,Path planning under uncertain currents,2023,ART,S03,10.55555/s03.2023.3758,,false,FEED
W42,Machine-learned tidal forecasts,2023,PPR,S05,10.55555/s05.2023.6876,W31,false,FEED
W50,Battery ageing in autonomous platforms,2024,ART,S03,10.55555/s03.2024.6324,,false,FEED
W51,Benchmarks for marine path planners,2024,ART,S02,10.55555/s02.2024.8087,,false,FEED
W52,Route optimisation for ocean drones,2025,ART,S01,10.55555/s01.2025.9294,,false,FEED
W60,Remote sensing of dune erosion,2020,ART,S08,10.55555/s08.2020.8236,,false,FEED
W61,Uncertainty in marsh accretion estimates,2022,ART,S07,10.55555/s07.2022.2930,,false,FEED
W62,Seasonal variability in dune erosion,2023,ART,S08,10.55555/s08.2023.5393,,false,FEED
W63,Seasonal variability in sediment flux,2024,ART,S07,10.55555/s07.2024.8504,,false,FEED
W64,Remote sensing of internal waves,2025,ART,S08,10.55555/s08.2025.7711,,false,FEED
W65,Observations of dune erosion,2024,ART,S08,10.55555/s08.2024.6414,,false,FEED
W66,Remote sensing of wave runup,2025,ART,S07,10.55555/s07.2025.5131,,false,FEED
W67,Seasonal variability in tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1192,,false,FEED
W70,Optical backscatter in turbid estuaries,2023,ART,S02,10.55555/s02.2023.6434,,false,FEED
W71,Low-power optical sensors for gliders,2024,ART,S01,10.55555/s01.2024.6287,,false,FEED
W72,Integrating optical sensors on survey gliders,2024,ART,S03,10.55555/s03.2024.9080,,false,FEED
W73,Saltmarsh retreat on the Halloran shore,2022,ART,S02,10.55555/s02.2022.7603,,false,CRIS
W74,Coastal squeeze and managed realignment: a review,2023,REV,S01,10.55555/s01.2023.6139,,false,FEED
W75,Rip currents at tourist beaches,2023,ART,S04,10.55555/s04.2023.3895,,false,FEED
W76,Foreword to the Forum proceedings,2025,EDT,S06,10.55555/s06.2025.4219,,false,FEED
W90,Sediment transport in tidal inlets,2025,ART,S02,10.55555/s02.2025.8585,,false,STG
W91,Closure models for wave boundary layers,2025,ART,S01,10.55555/s01.2025.4607,,false,STG
W92,Coastal turbulence: a review,2025,REV,S03,10.55555/s03.2025.6710,,false,STG
W101,Long-term trends in estuarine salinity,2019,ART,S08,10.55555/s08.2019.4427,,false,FEED
W102,Long-term trends in dune erosion,2023,ART,S07,10.55555/s07.2023.1186,,false,FEED
W103,A model of harbour seiches,2020,ART,S07,10.55555/s07.2020.2380,,false,FEED
W104,Remote sensing of wave runup,2019,ART,S07,10.55555/s07.2019.6591,,false,FEED
W105,Seasonal variability in harbour seiches,2021,ART,S08,10.55555/s08.2021.9028,,false,FEED
W106,Seasonal variability in harbour seiches: a review,2022,REV,S07,10.55555/s07.2022.7552,,false,FEED
W107,Observations of marsh accretion: a review,2019,REV,S08,10.55555/s08.2019.9349,,false,FEED
W108,Seasonal variability in tidal asymmetry,2021,ART,S07,10.55555/s07.2021.9650,,false,FEED
W109,A model of river plumes,2019,ART,S07,10.55555/s07.2019.5434,,false,FEED
W110,Editorial: beach profiles,2021,EDT,S07,10.55555/s07.2021.3358,,false,FEED
W111,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.5383,,false,FEED
W112,Observations of tidal asymmetry,2020,ART,S07,10.55555/s07.2020.9946,,false,FEED
W113,Seasonal variability in coastal upwelling,2021,ART,S07,10.55555/s07.2021.6316,,false,FEED
W114,Observations of estuarine salinity,2019,ART,S08,10.55555/s08.2019.1460,,false,FEED
W115,Remote sensing of internal waves: a review,2025,REV,S08,10.55555/s08.2025.4950,,false,FEED
W116,A model of coastal upwelling,2022,ART,S08,10.55555/s08.2022.6950,,false,FEED
W117,Uncertainty in beach profiles estimates,2024,ART,S08,10.55555/s08.2024.4202,,false,FEED
W118,Long-term trends in internal waves,2025,ART,S07,10.55555/s07.2025.4335,,false,FEED
W119,A model of internal waves,2019,ART,S08,10.55555/s08.2019.1156,,false,FEED
W120,Remote sensing of tidal asymmetry: a review,2021,REV,S07,10.55555/s07.2021.6881,,false,FEED
W121,Long-term trends in internal waves,2024,ART,S08,10.55555/s08.2024.8676,,false,FEED
W122,Observations of storm surge,2025,ART,S08,10.55555/s08.2025.1686,,false,FEED
W123,Editorial: river plumes,2023,EDT,S08,10.55555/s08.2023.3508,,false,FEED
W124,A model of coastal upwelling,2019,ART,S08,10.55555/s08.2019.2165,,false,FEED
W125,Remote sensing of sediment flux,2024,ART,S08,10.55555/s08.2024.4906,,false,FEED
W201,Machine learning for marsh accretion,2019,ART,S09,10.55555/s09.2019.3873,,false,FEED
W202,Issue information,2023,PTX,S02,10.55555/s02.2023.6274,,false,FEED
W203,A community intercomparison of beach profiles,2024,ART,S03,10.55555/s03.2024.9368,,false,FEED
W204,Long-term trends in tidal asymmetry in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.3604,,false,FEED
W205,Uncertainty in sensor calibration estimates: a review,2025,REV,S03,10.55555/s03.2025.2579,,false,FEED
W206,Observations of buoy telemetry in a semi-enclosed sea,2020,ART,S01,10.55555/s01.2020.8424,,false,FEED
W208,A framework for sensor calibration in tidal inlets,2019,ART,S10,10.55555/s10.2019.9187,,false,FEED
W209,Remote sensing of turbulent wakes in sandy coasts,2025,ART,S02,10.55555/s02.2025.2983,,false,FEED
W210,Low-cost methods for estuarine salinity,2021,PPR,S14,10.55555/s14.2021.5188,W902,false,FEED
W211,Long-term trends in internal waves in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.3569,,false,FEED
W212,Issue information,2019,PTX,S03,10.55555/s03.2019.4582,,false,FEED
W214,A framework for buoy telemetry in shallow channels,2023,ART,S03,10.55555/s03.2023.5869,,false,FEED
W215,Long-term trends in harbour seiches in harbour basins,2024,ART,S12,10.55555/s12.2024.4967,,false,FEED
W216,Observations of vortex shedding in the Albury estuary,2025,ART,S03,10.55555/s03.2025.8866,,false,FEED
W217,Machine learning for estuarine salinity in harbour basins,2024,ART,S02,10.55555/s02.2024.4926,,false,FEED
W218,Field measurements of wave runup in the Albury estuary,2021,ART,S11,10.55555/s11.2021.6637,,false,FEED
W219,Remote sensing of sensor calibration,2022,PPR,S05,10.55555/s05.2022.9710,W251,false,FEED
W220,Revisiting river plumes in tidal inlets,2021,ART,S09,10.55555/s09.2021.2494,,false,FEED
W221,A model of marsh accretion in mixed-energy coasts,2023,PPR,S14,10.55555/s14.2023.3805,,false,FEED
W222,Low-cost methods for harbour seiches,2023,ART,S07,10.55555/s07.2023.3997,,false,FEED
W223,Low-cost methods for tidal asymmetry in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.2080,,false,FEED
W224,Editorial: scaling laws for harbour seiches,2025,EDT,S09,10.55555/s09.2025.4466,,false,FEED
W225,Revisiting breaking waves in shallow channels,2025,ART,S09,10.55555/s09.2025.3393,,false,FEED
W226,Uncertainty in estuarine plumes estimates,2023,PPR,S05,10.55555/s05.2023.4761,W710,false,FEED
W227,Low-cost methods for estuarine plumes: a review,2020,REV,S01,10.55555/s01.2020.3822,,false,FEED
W228,Observations of coastal upwelling in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.1383,,false,FEED
W229,Observations of sensor calibration in a semi-enclosed sea,2023,ART,S06,10.55555/s06.2023.9154,,false,FEED
W230,Low-cost methods for wave runup,2024,ART,S03,10.55555/s03.2024.3582,,false,FEED
W232,A model of channel hydraulics,2019,ART,S06,10.55555/s06.2019.8227,,false,FEED
W233,A framework for seabed classification,2024,ART,S06,10.55555/s06.2024.5906,,false,FEED
W235,Scaling laws for coastal upwelling,2025,ART,S07,10.55555/s07.2025.4477,,false,FEED
W237,Field measurements of tidal asymmetry in the open shelf,2020,ART,S12,10.55555/s12.2020.2545,,false,FEED
W238,Observations of survey vessel autonomy in tidal inlets,2023,ART,S02,10.55555/s02.2023.9675,,false,FEED
W239,Observations of beach profiles in harbour basins,2019,ART,S10,10.55555/s10.2019.9025,,false,FEED
W240,Issue information,2025,PTX,S01,10.55555/s01.2025.5660,,false,FEED
W241,Seasonal variability in internal waves in a laboratory flume,2020,ART,S02,10.55555/s02.2020.1199,,false,FEED
W242,Remote sensing of estuarine salinity,2024,ART,S03,10.55555/s03.2024.5114,,false,FEED
W243,Field measurements of acoustic positioning in the open shelf,2019,ART,S02,10.55555/s02.2019.6029,,false,FEED
W246,Low-cost methods for wave runup in a semi-enclosed sea,2023,ART,S11,10.55555/s11.2023.8049,,false,FEED
W247,A framework for harbour seiches,2025,ART,S09,10.55555/s09.2025.8273,,false,FEED
W249,Observations of stratified flows in tidal inlets,2025,ART,S09,10.55555/s09.2025.1434,,false,FEED
W251,Remote sensing of sensor calibration,2023,ART,S02,10.55555/s02.2023.5427,,false,FEED
W252,Machine learning for beach profiles in the North Sea,2025,ART,S02,10.55555/s02.2025.2973,,false,FEED
W253,Field measurements of dune erosion in the North Sea,2025,ART,S07,10.55555/s07.2025.2883,,false,FEED
W254,Observations of storm surge in a laboratory flume,2023,ART,S12,10.55555/s12.2023.8407,,false,FEED
W255,Observations of sediment flux,2025,ART,S03,10.55555/s03.2025.4955,,false,FEED
W256,Machine learning for beach profiles: a review,2019,REV,S02,10.55555/s02.2019.6603,,false,FEED
W257,Uncertainty in dune erosion estimates in the North Sea,2023,ART,S07,10.55555/s07.2023.5247,,false,FEED
W258,A framework for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1248,,false,FEED
W259,A framework for estuarine salinity,2022,ART,S07,10.55555/s07.2022.4755,,false,FEED
W260,Remote sensing of stratified flows,2025,ART,S02,10.55555/s02.2025.7233,,false,FEED
W261,Field measurements of sediment flux in a semi-enclosed sea: a review,2023,REV,S08,10.55555/s08.2023.7081,,false,FEED
W262,Revisiting sensor calibration in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.3687,,false,FEED
W263,Low-cost methods for storm surge in shallow channels,2019,PPR,S05,10.55555/s05.2019.4392,W279,false,FEED
W264,Seasonal variability in tidal mixing in sandy coasts,2022,ART,S10,10.55555/s10.2022.1503,,false,FEED
W265,Remote sensing of coastal upwelling in tidal inlets,2025,ART,S08,10.55555/s08.2025.3453,,false,FEED
W266,Low-cost methods for wave boundary layers,2024,ART,S01,10.55555/s01.2024.3995,,false,FEED
W267,A framework for tidal mixing in the open shelf,2023,ART,S11,10.55555/s11.2023.8676,,false,FEED
W268,Remote sensing of turbulent wakes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.4471,,false,STG
W269,Low-cost methods for tidal asymmetry,2020,ART,S10,10.55555/s10.2020.1871,,false,FEED
W270,Revisiting turbulent wakes,2024,ART,S02,10.55555/s02.2024.5947,,false,FEED
W271,Editorial: battery endurance,2019,EDT,S01,10.55555/s01.2019.6724,,false,FEED
W272,Field measurements of marsh accretion in a semi-enclosed sea: a review,2025,REV,S11,10.55555/s11.2025.9074,,false,FEED
W273,Revisiting underwater docking in sandy coasts,2024,ART,S06,10.55555/s06.2024.7050,,false,FEED
W274,Remote sensing of harbour seiches,2024,ART,S11,10.55555/s11.2024.9547,,false,FEED
W275,Low-cost methods for marsh accretion in a macrotidal bay,2020,ART,S07,10.55555/s07.2020.5876,,false,FEED
W276,A model of dune erosion in the open shelf,2022,ART,S08,10.55555/s08.2022.2667,,false,FEED
W277,A model of marsh accretion in fjords: a review,2019,REV,S09,10.55555/s09.2019.7655,,false,FEED
W278,A model of sediment flux in the North Sea,2020,ART,S10,10.55555/s10.2020.2396,,false,FEED
W279,Low-cost methods for storm surge in shallow channels,2019,ART,S01,10.55555/s01.2019.1190,,false,FEED
W281,Field measurements of sediment resuspension,2021,ART,S03,10.55555/s03.2021.2574,,false,FEED
W282,A framework for bed shear stress,2025,ART,S01,10.55555/s01.2025.8575,,false,FEED
W284,Field measurements of sediment flux,2024,ART,S10,10.55555/s10.2024.6669,,false,FEED
W285,Long-term trends in tidal mixing,2023,ART,S11,10.55555/s11.2023.4596,,false,FEED
W286,Front matter,2022,PTX,S03,10.55555/s03.2022.9263,,false,FEED
W289,Revisiting tidal asymmetry in the open shelf,2022,ART,S09,10.55555/s09.2022.2616,,false,FEED
W291,Seasonal variability in dune erosion in the open shelf,2019,ART,S07,10.55555/s07.2019.7163,,false,FEED
W292,A model of underwater docking in the Albury estuary,2020,ART,S01,10.55555/s01.2020.6227,,false,FEED
W293,Low-cost methods for buoy telemetry,2023,ART,S02,10.55555/s02.2023.1027,,false,FEED
W294,A model of sediment flux,2019,ART,S06,10.55555/s06.2019.3962,,false,FEED
W296,Observations of sensor calibration,2019,ART,S02,10.55555/s02.2019.3432,,false,FEED
W297,A framework for estuarine plumes,2019,ART,S11,10.55555/s11.2019.7764,,false,FEED
W299,Remote sensing of marsh accretion in the Albury estuary,2024,ART,S12,10.55555/s12.2024.9010,,false,FEED
W300,A framework for vortex shedding,2025,ART,S03,10.55555/s03.2025.9744,,false,FEED
W301,A framework for wave boundary layers in shallow channels,2020,ART,S02,10.55555/s02.2020.2955,,false,FEED
W302,A framework for estuarine plumes in a laboratory flume,2024,ART,S11,10.55555/s11.2024.9681,,false,FEED
W303,A framework for tidal asymmetry in the Albury estuary,2020,ART,S03,10.55555/s03.2020.9436,,false,FEED
W304,Long-term trends in estuarine salinity in harbour basins,2024,ART,S01,10.55555/s01.2024.9643,,false,FEED
W305,Uncertainty in marsh accretion estimates in the Albury estuary,2023,ART,S09,10.55555/s09.2023.7844,,false,FEED
W306,Seasonal variability in sediment flux in the Brevin shelf,2023,PPR,S14,10.55555/s14.2023.5478,,false,FEED
W308,A model of ocean optics in the open shelf,2024,ART,S01,10.55555/s01.2024.4225,,false,FEED
W309,Scaling laws for vortex shedding,2019,ART,S10,10.55555/s10.2019.5629,,false,FEED
W310,Machine learning for tidal asymmetry in fjords,2025,ART,S11,10.55555/s11.2025.8764,,false,FEED
W312,Observations of estuarine plumes,2021,ART,S03,10.55555/s03.2021.8491,,false,FEED
W313,Uncertainty in turbidity sensing estimates in the Albury estuary,2021,ART,S04,10.55555/s04.2021.1580,,false,FEED
W314,Observations of seabed classification in the open shelf,2025,ART,S01,10.55555/s01.2025.2601,,false,FEED
W315,Seasonal variability in acoustic positioning,2024,ART,S11,10.55555/s11.2024.3037,,false,FEED
W317,A framework for beach profiles,2021,ART,S11,10.55555/s11.2021.2440,,false,FEED
W318,A framework for internal waves,2025,ART,S11,10.55555/s11.2025.1115,,false,FEED
W319,Revisiting seabed classification in shallow channels,2023,ART,S09,10.55555/s09.2023.4827,,false,FEED
W320,Field measurements of coastal upwelling in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.9420,,true,FEED
W321,Erratum: A model of breaking waves in the North Sea,2025,ERR,S03,10.55555/s03.2025.6357,,false,FEED
W322,A framework for fleet coordination,2019,PPR,S14,10.55555/s14.2019.9512,W453,false,FEED
W323,A model of wave runup in the Albury estuary,2020,ART,S10,10.55555/s10.2020.5947,,false,FEED
W324,A model of wave runup in sandy coasts,2019,ART,S12,10.55555/s12.2019.6638,,false,FEED
W325,Remote sensing of vortex shedding in the Wexcombe marshes,2023,ART,S04,10.55555/s04.2023.9647,,false,FEED
W326,Seasonal variability in tidal asymmetry in the North Sea,2020,ART,S10,10.55555/s10.2020.4586,,false,FEED
W329,Field measurements of channel hydraulics in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.8849,,false,STG
W330,Low-cost methods for dune erosion in the Wexcombe marshes,2025,ART,S09,10.55555/s09.2025.7821,,false,FEED
W331,Editorial: ocean optics,2019,EDT,S02,10.55555/s02.2019.4747,,false,FEED
W332,Scaling laws for marsh accretion in mixed-energy coasts,2022,ART,S11,10.55555/s11.2022.6992,,false,FEED
W333,Low-cost methods for tidal mixing,2024,ART,S01,10.55555/s01.2024.5072,,false,FEED
W334,A model of tidal asymmetry in a semi-enclosed sea,2023,ART,S09,10.55555/s09.2023.3033,,false,FEED
W335,Seasonal variability in dune erosion in tidal inlets,2022,ART,S09,10.55555/s09.2022.7815,,false,FEED
W336,Uncertainty in river plumes estimates in a semi-enclosed sea,2021,PPR,S14,10.55555/s14.2021.3671,,false,FEED
W337,Machine learning for acoustic positioning in the open shelf,2022,ART,S11,10.55555/s11.2022.6556,,false,FEED
W338,Seasonal variability in acoustic positioning in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.5509,,false,FEED
W339,Uncertainty in storm surge estimates in the North Sea,2022,ART,S10,10.55555/s10.2022.3624,,false,FEED
W341,Remote sensing of estuarine plumes,2020,ART,S03,10.55555/s03.2020.2906,,false,FEED
W342,Field measurements of stratified flows,2023,ART,S03,10.55555/s03.2023.8139,,false,FEED
W343,Revisiting battery endurance in the open shelf,2025,ART,S02,10.55555/s02.2025.5231,,false,FEED
W344,Machine learning for underwater docking in the Wexcombe marshes,2020,ART,S03,10.55555/s03.2020.4113,,false,FEED
W345,A framework for beach profiles in a macrotidal bay,2021,ART,S12,10.55555/s12.2021.9722,,false,FEED
W346,Revisiting sonar imaging in the Albury estuary,2019,ART,S11,10.55555/s11.2019.4207,,false,FEED
W348,Scaling laws for ocean optics in fjords,2021,ART,S11,10.55555/s11.2021.6494,,false,FEED
W349,Scaling laws for turbidity sensing in a laboratory flume,2024,ART,S01,10.55555/s01.2024.3743,,false,FEED
W350,Revisiting ocean optics,2023,ART,S03,10.55555/s03.2023.5242,,false,FEED
W352,Scaling laws for storm surge in the North Sea,2024,ART,S12,10.55555/s12.2024.1961,,false,FEED
W354,Scaling laws for wave runup in sandy coasts,2021,ART,S01,10.55555/s01.2021.9856,,false,FEED
W355,Scaling laws for wave boundary layers in the North Sea,2024,ART,S09,10.55555/s09.2024.5466,,false,FEED
W356,Long-term trends in underwater docking,2022,ART,S02,10.55555/s02.2022.3480,,false,FEED
W357,Observations of tidal mixing,2025,ART,S10,10.55555/s10.2025.5331,,false,FEED
W358,Scaling laws for tidal asymmetry,2024,ART,S08,10.55555/s08.2024.1604,,false,FEED
W359,Seasonal variability in sediment flux in the Wexcombe marshes,2022,ART,S01,10.55555/s01.2022.7873,,false,FEED
W361,A model of dune erosion,2019,ART,S01,10.55555/s01.2019.9767,,false,FEED
W362,A model of beach profiles in the North Sea,2022,ART,S08,10.55555/s08.2022.8115,,false,FEED
W365,Low-cost methods for channel hydraulics in a macrotidal bay,2021,ART,S03,10.55555/s03.2021.1932,,false,FEED
W366,Scaling laws for tidal mixing in harbour basins,2022,ART,S03,10.55555/s03.2022.2739,,false,FEED
W367,Low-cost methods for dune erosion in mixed-energy coasts,2022,ART,S02,10.55555/s02.2022.4438,,false,FEED
W368,Scaling laws for seabed classification in the Wexcombe marshes: a review,2023,REV,S02,10.55555/s02.2023.1556,,false,FEED
W369,Remote sensing of internal waves in shallow channels: a review,2019,REV,S11,10.55555/s11.2019.7258,,false,FEED
W370,Revisiting survey vessel autonomy in the Wexcombe marshes,2025,ART,S02,10.55555/s02.2025.5705,,false,FEED
W371,Editorial: a model of coastal upwelling in tidal inlets,2024,EDT,S10,10.55555/s10.2024.9940,,false,FEED
W372,A framework for channel hydraulics in fjords,2025,SUP,S02,10.55555/s02.2025.3633,,false,STG
W373,A framework for harbour seiches in a macrotidal bay: a review,2020,REV,S11,10.55555/s11.2020.1542,,false,FEED
W374,Machine learning for underwater docking in the open shelf,2023,ART,S02,10.55555/s02.2023.9914,,true,FEED
W376,Scaling laws for storm surge in a semi-enclosed sea,2024,ART,S10,10.55555/s10.2024.1001,,false,FEED
W377,Long-term trends in marsh accretion,2021,ART,S10,10.55555/s10.2021.9832,,false,FEED
W378,Seasonal variability in tidal asymmetry in mixed-energy coasts: a review,2024,REV,S02,10.55555/s02.2024.7988,,false,FEED
W380,A model of marsh accretion in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5051,,false,FEED
W382,Machine learning for river plumes in a semi-enclosed sea,2020,ART,S07,10.55555/s07.2020.9152,,false,FEED
W383,Field measurements of turbidity sensing: a review,2023,REV,S03,10.55555/s03.2023.3064,,false,FEED
W384,Machine learning for storm surge,2025,ART,S10,10.55555/s10.2025.3246,,false,FEED
W385,A model of fleet coordination in mixed-energy coasts: a review,2024,REV,S09,10.55555/s09.2024.8249,,false,FEED
W387,Uncertainty in internal waves estimates in the open shelf,2024,ART,S07,10.55555/s07.2024.2387,,false,FEED
W388,Observations of buoy telemetry in sandy coasts,2019,ART,S01,10.55555/s01.2019.9333,,false,FEED
W389,A framework for turbidity sensing in shallow channels,2025,ART,S04,10.55555/s04.2025.9599,,false,FEED
W390,A model of river plumes in the Brevin shelf,2022,ART,S03,10.55555/s03.2022.5366,,false,FEED
W392,Field measurements of internal waves in the Wexcombe marshes,2021,ART,S11,10.55555/s11.2021.9626,,false,FEED
W393,Remote sensing of tidal asymmetry in the Wexcombe marshes,2023,ART,S11,10.55555/s11.2023.9629,,false,FEED
W396,Seasonal variability in battery endurance in the North Sea,2024,ART,S06,10.55555/s06.2024.8221,,false,FEED
W397,Scaling laws for acoustic positioning,2025,ART,S01,10.55555/s01.2025.9888,,false,STG
W398,Machine learning for internal waves in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6906,,false,FEED
W399,A model of marsh accretion in harbour basins,2019,ART,S09,10.55555/s09.2019.6768,,false,FEED
W400,Observations of glider navigation,2019,ART,S02,10.55555/s02.2019.4353,,false,FEED
W401,Long-term trends in wave boundary layers in tidal inlets,2019,ART,S10,10.55555/s10.2019.3057,,false,FEED
W402,Observations of wave runup in shallow channels,2019,ART,S03,10.55555/s03.2019.1468,,false,FEED
W403,Machine learning for marsh accretion in the Brevin shelf,2021,ART,S07,10.55555/s07.2021.5860,,false,FEED
W404,Machine learning for marsh accretion in harbour basins,2021,ART,S07,10.55555/s07.2021.4390,,false,FEED
W405,Field measurements of sediment resuspension in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.1348,,false,FEED
W406,Long-term trends in wave runup in a laboratory flume,2020,ART,S11,10.55555/s11.2020.2202,,false,FEED
W407,Low-cost methods for bed shear stress in fjords: a review,2023,PPR,S14,10.55555/s14.2023.2990,W1027,false,FEED
W408,A framework for coastal upwelling,2024,ART,S13,10.55555/s13.2024.7613,,false,FEED
W410,Low-cost methods for seabed classification in a semi-enclosed sea: a review,2020,REV,S03,10.55555/s03.2020.1868,,false,FEED
W411,Revisiting turbulent wakes in the Brevin shelf,2022,ART,S02,10.55555/s02.2022.5365,,true,FEED
W413,Seasonal variability in sensor calibration in a laboratory flume,2023,ART,S01,10.55555/s01.2023.4722,,false,FEED
W414,Uncertainty in tidal asymmetry estimates in the open shelf,2021,ART,S10,10.55555/s10.2021.1459,,false,FEED
W415,Uncertainty in sediment flux estimates in the Wexcombe marshes: a review,2019,REV,S09,10.55555/s09.2019.3837,,false,FEED
W416,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2020,PPR,S14,10.55555/s14.2020.9254,W640,false,FEED
W417,A model of turbulent wakes in harbour basins,2023,ART,S02,10.55555/s02.2023.8231,,false,FEED
W418,Editorial: dune erosion,2024,EDT,S02,10.55555/s02.2024.3216,,false,FEED
W419,Seasonal variability in vortex shedding,2024,ART,S02,10.55555/s02.2024.4676,,false,FEED
W420,Observations of coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.5603,,false,FEED
W421,Low-cost methods for breaking waves,2024,ART,S02,10.55555/s02.2024.8765,,false,FEED
W422,Remote sensing of coastal upwelling,2023,ART,S01,10.55555/s01.2023.4536,,false,FEED
W423,Seasonal variability in coastal upwelling in tidal inlets,2024,ART,S08,10.55555/s08.2024.1591,,false,FEED
W424,Revisiting marsh accretion in mixed-energy coasts: a review,2019,REV,S10,10.55555/s10.2019.2279,,false,FEED
W425,Uncertainty in sediment flux estimates,2020,ART,S02,10.55555/s02.2020.3211,,false,FEED
W426,Seasonal variability in beach profiles in a laboratory flume,2019,ART,S01,10.55555/s01.2019.7776,,false,FEED
W427,Low-cost methods for coastal upwelling in shallow channels,2023,ART,S09,10.55555/s09.2023.3984,,false,FEED
W428,Revisiting turbulent wakes in the open shelf,2022,ART,S03,10.55555/s03.2022.9134,,false,FEED
W430,Observations of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.3545,,false,FEED
W431,Editorial: revisiting dune erosion,2025,EDT,S11,10.55555/s11.2025.5917,,false,FEED
W432,Revisiting tidal asymmetry in tidal inlets,2023,PPR,S05,10.55555/s05.2023.4384,W879,false,FEED
W433,A model of sediment flux in sandy coasts,2023,ART,S09,10.55555/s09.2023.3506,,false,FEED
W434,Long-term trends in beach profiles in harbour basins,2025,ART,S02,10.55555/s02.2025.2778,,false,FEED
W435,Remote sensing of underwater docking in a macrotidal bay,2023,ART,S06,10.55555/s06.2023.1655,,false,FEED
W436,Low-cost methods for estuarine plumes in a laboratory flume,2024,ART,S01,10.55555/s01.2024.7230,,false,FEED
W437,Editorial: low-cost methods for beach profiles in shallow channels,2024,EDT,S08,10.55555/s08.2024.9419,,false,FEED
W438,Seasonal variability in ocean optics in the open shelf,2022,ART,S11,10.55555/s11.2022.9071,,false,FEED
W439,Seasonal variability in wave runup in the Wexcombe marshes,2022,ART,S09,10.55555/s09.2022.7279,,false,FEED
W440,Long-term trends in harbour seiches in fjords,2022,ART,S08,10.55555/s08.2022.7178,,false,FEED
W441,Observations of estuarine plumes in harbour basins,2023,ART,S11,10.55555/s11.2023.7309,,false,FEED
W442,Uncertainty in harbour seiches estimates in sandy coasts,2021,ART,S09,10.55555/s09.2021.9414,,false,FEED
W443,Field measurements of wave runup in a laboratory flume,2024,ART,S11,10.55555/s11.2024.4375,,false,FEED
W444,Low-cost methods for wave boundary layers in a laboratory flume,2019,ART,S03,10.55555/s03.2019.7273,,true,FEED
W445,A framework for wave runup,2021,SUP,S06,10.55555/s06.2021.8886,,false,FEED
W446,Remote sensing of dune erosion in a macrotidal bay: a review,2022,REV,S03,10.55555/s03.2022.2159,,false,FEED
W448,Remote sensing of coastal upwelling in the Albury estuary,2023,ART,S13,10.55555/s13.2023.7244,,false,FEED
W449,Machine learning for glider navigation,2022,ART,S04,10.55555/s04.2022.2709,,false,FEED
W450,Remote sensing of breaking waves in the Wexcombe marshes,2021,SUP,S02,10.55555/s02.2021.8894,,false,FEED
W451,Revisiting coastal upwelling in a laboratory flume: a review,2025,REV,S08,10.55555/s08.2025.2028,,false,FEED
W452,Field measurements of sonar imaging in shallow channels,2021,ART,S02,10.55555/s02.2021.6330,,false,FEED
W453,A framework for fleet coordination,2019,ART,S03,10.55555/s03.2019.3763,,false,FEED
W454,Long-term trends in vortex shedding,2021,ART,S02,10.55555/s02.2021.3382,,false,FEED
W455,Uncertainty in sonar imaging estimates in sandy coasts,2021,ART,S02,10.55555/s02.2021.6875,,false,FEED
W456,Uncertainty in wave runup estimates in shallow channels,2025,ART,S09,10.55555/s09.2025.3320,,false,FEED
W457,A framework for marsh accretion in shallow channels: a review,2020,REV,S10,10.55555/s10.2020.3260,,false,FEED
W458,Uncertainty in beach profiles estimates in a macrotidal bay,2019,ART,S08,10.55555/s08.2019.3618,,false,FEED
W459,Field measurements of harbour seiches,2021,ART,S06,10.55555/s06.2021.1885,,false,FEED
W460,Low-cost methods for sensor calibration,2022,PPR,S14,10.55555/s14.2022.8065,W496,false,FEED
W461,Long-term trends in sediment flux,2019,ART,S10,10.55555/s10.2019.3191,,false,FEED
W462,Machine learning for sediment flux in fjords,2021,ART,S06,10.55555/s06.2021.1053,,false,FEED
W463,Machine learning for battery endurance in tidal inlets,2023,ART,S03,10.55555/s03.2023.1013,,false,FEED
W464,A framework for turbidity sensing,2021,ART,S09,10.55555/s09.2021.3012,,false,FEED
W465,Long-term trends in buoy telemetry in a laboratory flume,2020,ART,S03,10.55555/s03.2020.7103,,false,FEED
W466,Long-term trends in beach profiles,2020,ART,S08,10.55555/s08.2020.3642,,false,FEED
W467,Remote sensing of harbour seiches in fjords: a review,2024,REV,S01,10.55555/s01.2024.6896,,false,FEED
W469,Uncertainty in wave runup estimates in tidal inlets: a review,2020,REV,S10,10.55555/s10.2020.2479,,false,FEED
W470,Uncertainty in tidal asymmetry estimates in a macrotidal bay,2022,ART,S08,10.55555/s08.2022.2679,,false,FEED
W471,Uncertainty in internal waves estimates in sandy coasts,2022,ART,S09,10.55555/s09.2022.1093,,false,FEED
W473,Field measurements of bed shear stress,2023,ART,S02,10.55555/s02.2023.8085,,false,FEED
W474,Long-term trends in ocean optics: a review,2023,REV,S01,10.55555/s01.2023.1515,,false,FEED
W475,Low-cost methods for beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.6309,,false,FEED
W476,Revisiting beach profiles,2021,ART,S01,10.55555/s01.2021.9653,,false,FEED
W477,Field measurements of channel hydraulics: a review,2024,REV,S06,10.55555/s06.2024.8162,,false,FEED
W478,Long-term trends in bed shear stress in a semi-enclosed sea,2019,ART,S01,10.55555/s01.2019.6241,,false,FEED
W479,Revisiting stratified flows: a review,2020,REV,S02,10.55555/s02.2020.2294,,false,FEED
W480,Editorial: ocean optics,2019,EDT,S03,10.55555/s03.2019.8946,,false,FEED
W481,Erratum: Machine learning for sensor calibration in a laboratory flume,2024,ERR,S09,10.55555/s09.2024.5830,,false,FEED
W483,Observations of marsh accretion in the Albury estuary,2019,ART,S12,10.55555/s12.2019.4182,,false,FEED
W484,Scaling laws for sediment flux in the Wexcombe marshes,2020,ART,S01,10.55555/s01.2020.2410,,false,FEED
W485,Revisiting tidal asymmetry in shallow channels,2021,ART,S07,10.55555/s07.2021.3628,,false,FEED
W486,Uncertainty in vortex shedding estimates in the Brevin shelf,2019,ART,S10,10.55555/s10.2019.2360,,false,FEED
W487,Remote sensing of wave runup in the open shelf,2024,ART,S11,10.55555/s11.2024.1631,,false,FEED
W488,A framework for turbulent wakes,2025,ART,S01,10.55555/s01.2025.9949,,false,STG
W489,Scaling laws for beach profiles in the Albury estuary,2020,ART,S11,10.55555/s11.2020.6314,,false,FEED
W491,Seasonal variability in wave runup in the open shelf,2020,ART,S12,10.55555/s12.2020.4218,,false,FEED
W492,Field measurements of estuarine salinity,2025,ART,S09,10.55555/s09.2025.1360,,false,FEED
W493,Low-cost methods for tidal asymmetry in harbour basins,2024,ART,S11,10.55555/s11.2024.9688,,false,FEED
W496,Low-cost methods for sensor calibration,2022,ART,S02,10.55555/s02.2022.3778,,false,FEED
W497,Remote sensing of vortex shedding in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3309,,false,FEED
W498,Remote sensing of wave runup in sandy coasts,2024,ART,S07,10.55555/s07.2024.6095,,false,FEED
W499,Long-term trends in turbidity sensing,2024,ART,S03,10.55555/s03.2024.1107,,false,FEED
W500,Machine learning for dune erosion,2019,ART,S03,10.55555/s03.2019.9740,,false,FEED
W501,Low-cost methods for glider navigation in the open shelf,2024,ART,S02,10.55555/s02.2024.5158,,false,FEED
W502,Field measurements of harbour seiches in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.4754,,false,FEED
W503,Observations of seabed classification in a macrotidal bay,2021,ART,S01,10.55555/s01.2021.5862,,false,FEED
W504,Field measurements of breaking waves,2024,ART,S03,10.55555/s03.2024.3799,,false,FEED
W505,Field measurements of storm surge in a laboratory flume,2024,ART,S10,10.55555/s10.2024.1506,,false,FEED
W506,Remote sensing of coastal upwelling,2022,PPR,S05,10.55555/s05.2022.7734,W422,false,FEED
W507,Observations of tidal asymmetry in shallow channels,2024,ART,S08,10.55555/s08.2024.9152,,false,FEED
W508,Observations of internal waves in mixed-energy coasts,2021,ART,S10,10.55555/s10.2021.4045,,false,FEED
W509,Uncertainty in harbour seiches estimates in fjords,2024,ART,S08,10.55555/s08.2024.3522,,false,FEED
W510,Field measurements of vortex shedding,2020,ART,S03,10.55555/s03.2020.3398,,false,FEED
W511,Revisiting tidal asymmetry,2023,ART,S08,10.55555/s08.2023.1922,,false,FEED
W512,Long-term trends in estuarine salinity in the open shelf,2025,ART,S07,10.55555/s07.2025.6384,,false,FEED
W513,Field measurements of sonar imaging,2020,ART,S02,10.55555/s02.2020.5677,,false,FEED
W515,Machine learning for bed shear stress,2025,ART,S10,10.55555/s10.2025.3762,,false,FEED
W516,Long-term trends in tidal asymmetry in tidal inlets,2019,ART,S03,10.55555/s03.2019.2384,,false,FEED
W518,Long-term trends in turbulent wakes,2020,ART,S03,10.55555/s03.2020.3210,,false,FEED
W519,A framework for internal waves in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.3765,,false,FEED
W520,Low-cost methods for estuarine salinity in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.3227,,true,FEED
W521,Observations of tidal asymmetry in the open shelf,2024,ART,S08,10.55555/s08.2024.6727,,false,FEED
W522,Observations of estuarine plumes,2020,PPR,S14,10.55555/s14.2020.4281,W312,false,FEED
W523,Seasonal variability in sensor calibration in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.2677,,false,FEED
W524,Field measurements of harbour seiches in the North Sea,2020,PPR,S05,10.55555/s05.2020.8964,W807,false,FEED
W525,A model of harbour seiches in the open shelf,2024,ART,S02,10.55555/s02.2024.9338,,false,FEED
W526,Long-term trends in storm surge in sandy coasts,2022,ART,S09,10.55555/s09.2022.9881,,false,FEED
W527,Remote sensing of glider navigation,2019,ART,S11,10.55555/s11.2019.6644,,false,FEED
W528,A framework for tidal mixing,2024,ART,S02,10.55555/s02.2024.7151,,false,FEED
W529,Field measurements of survey vessel autonomy in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.3901,,false,FEED
W530,A model of stratified flows in shallow channels,2021,SUP,S06,10.55555/s06.2021.7136,,false,FEED
W531,A framework for stratified flows in shallow channels,2023,ART,S01,10.55555/s01.2023.4752,,false,FEED
W532,Low-cost methods for estuarine salinity in harbour basins,2024,ART,S10,10.55555/s10.2024.2600,,false,FEED
W533,Long-term trends in internal waves in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3693,,false,FEED
W534,Uncertainty in wave runup estimates,2024,ART,S07,10.55555/s07.2024.1162,,false,FEED
W535,A framework for buoy telemetry in the Albury estuary,2025,ART,S01,10.55555/s01.2025.2827,,false,FEED
W536,Seasonal variability in estuarine salinity in the Albury estuary,2020,ART,S11,10.55555/s11.2020.3257,,false,FEED
W538,A framework for sediment flux in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.5964,,false,FEED
W539,A model of stratified flows,2022,ART,S06,10.55555/s06.2022.8112,,false,FEED
W540,Remote sensing of marsh accretion,2023,ART,S07,10.55555/s07.2023.6674,,false,FEED
W541,Scaling laws for dune erosion in the Brevin shelf,2024,ART,S08,10.55555/s08.2024.7243,,false,FEED
W542,Revisiting wave runup in the open shelf,2021,ART,S11,10.55555/s11.2021.8032,,false,FEED
W544,A model of buoy telemetry in mixed-energy coasts,2025,ART,S01,10.55555/s01.2025.1370,,false,FEED
W545,Field measurements of beach profiles,2019,PPR,S14,10.55555/s14.2019.4307,W742,false,FEED
W546,Low-cost methods for sonar imaging,2025,ART,S10,10.55555/s10.2025.8889,,false,FEED
W547,Seasonal variability in internal waves,2021,ART,S11,10.55555/s11.2021.7504,,false,FEED
W548,Editorial: observations of tidal asymmetry in the North Sea,2021,EDT,S09,10.55555/s09.2021.1082,,false,FEED
W549,Observations of wave boundary layers,2024,ART,S11,10.55555/s11.2024.9406,,false,FEED
W550,Uncertainty in internal waves estimates in the Wexcombe marshes,2021,ART,S10,10.55555/s10.2021.7387,,false,FEED
W551,A model of harbour seiches in the Wexcombe marshes,2022,ART,S11,10.55555/s11.2022.2998,,false,FEED
W552,Machine learning for coastal upwelling,2019,ART,S07,10.55555/s07.2019.6027,,false,FEED
W553,Field measurements of buoy telemetry in mixed-energy coasts,2022,ART,S03,10.55555/s03.2022.5263,,false,FEED
W554,Remote sensing of coastal upwelling in a macrotidal bay,2024,ART,S01,10.55555/s01.2024.2480,,false,FEED
W555,A model of underwater docking in a macrotidal bay,2020,ART,S09,10.55555/s09.2020.3444,,false,FEED
W556,Low-cost methods for marsh accretion,2019,PPR,S05,10.55555/s05.2019.3044,W1038,false,FEED
W557,Low-cost methods for underwater docking in mixed-energy coasts,2021,ART,S03,10.55555/s03.2021.3419,,false,FEED
W558,Field measurements of underwater docking in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.9898,,false,FEED
W559,Field measurements of storm surge in shallow channels,2022,ART,S11,10.55555/s11.2022.6814,,false,FEED
W560,Scaling laws for tidal asymmetry in mixed-energy coasts,2023,ART,S01,10.55555/s01.2023.4408,,false,FEED
W561,Front matter,2019,PTX,S06,10.55555/s06.2019.5973,,false,FEED
W562,Machine learning for marsh accretion in the open shelf,2019,ART,S08,10.55555/s08.2019.4214,,false,FEED
W563,Low-cost methods for estuarine plumes in the Wexcombe marshes,2021,ART,S01,10.55555/s01.2021.3599,,false,FEED
W564,Scaling laws for battery endurance in a semi-enclosed sea: a review,2022,REV,S01,10.55555/s01.2022.5208,,false,FEED
W565,Observations of beach profiles,2019,ART,S03,10.55555/s03.2019.7754,,false,FEED
W566,A model of wave runup,2023,PPR,S05,10.55555/s05.2023.9828,,false,FEED
W567,Seasonal variability in turbidity sensing,2025,ART,S04,10.55555/s04.2025.3600,,false,FEED
W568,Remote sensing of battery endurance in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.5300,,false,FEED
W569,A framework for fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9174,,false,STG
W570,Low-cost methods for dune erosion in tidal inlets: a review,2025,REV,S12,10.55555/s12.2025.5362,,false,FEED
W571,Uncertainty in harbour seiches estimates in a macrotidal bay,2024,ART,S02,10.55555/s02.2024.9329,,false,FEED
W572,Editorial: seasonal variability in estuarine salinity,2019,EDT,S10,10.55555/s10.2019.1114,,false,FEED
W573,Long-term trends in estuarine plumes in mixed-energy coasts,2025,REV,S01,10.55555/s01.2025.6255,,false,STG
W574,Revisiting stratified flows in sandy coasts,2020,ART,S02,10.55555/s02.2020.6413,,false,FEED
W575,Seasonal variability in coastal upwelling in fjords: a review,2023,REV,S12,10.55555/s12.2023.9271,,false,FEED
W576,Revisiting wave boundary layers in the North Sea,2021,ART,S03,10.55555/s03.2021.2183,,false,FEED
W578,Seasonal variability in vortex shedding in the Brevin shelf,2024,ART,S09,10.55555/s09.2024.9801,,false,FEED
W579,Machine learning for coastal upwelling in tidal inlets,2020,ART,S12,10.55555/s12.2020.6217,,false,FEED
W580,Remote sensing of harbour seiches in the North Sea,2020,ART,S10,10.55555/s10.2020.2185,,false,FEED
W581,Seasonal variability in sediment flux in a semi-enclosed sea,2023,ART,S10,10.55555/s10.2023.2333,,false,FEED
W582,Field measurements of sediment resuspension in a semi-enclosed sea,2025,ART,S03,10.55555/s03.2025.3135,,false,STG
W583,Long-term trends in dune erosion in tidal inlets,2019,ART,S10,10.55555/s10.2019.7508,,false,FEED
W584,Uncertainty in dune erosion estimates in a semi-enclosed sea,2019,ART,S11,10.55555/s11.2019.4594,,false,FEED
W585,Revisiting battery endurance,2024,ART,S10,10.55555/s10.2024.2511,,false,FEED
W586,Long-term trends in tidal mixing in the open shelf,2025,ART,S02,10.55555/s02.2025.8404,,false,FEED
W587,A framework for harbour seiches in harbour basins,2021,ART,S08,10.55555/s08.2021.1158,,false,FEED
W588,Remote sensing of buoy telemetry,2019,ART,S01,10.55555/s01.2019.1349,,false,FEED
W589,Observations of breaking waves,2020,ART,S11,10.55555/s11.2020.7529,,false,FEED
W590,Front matter,2020,PTX,S02,10.55555/s02.2020.6031,,false,FEED
W592,Remote sensing of estuarine plumes in the Brevin shelf,2025,ART,S03,10.55555/s03.2025.4283,,false,FEED
W593,Seasonal variability in storm surge in sandy coasts: a review,2019,REV,S12,10.55555/s12.2019.6314,,false,FEED
W594,Observations of survey vessel autonomy,2025,ART,S03,10.55555/s03.2025.7998,,false,FEED
W595,Field measurements of stratified flows in a laboratory flume,2024,ART,S11,10.55555/s11.2024.2105,,false,FEED
W598,Revisiting underwater docking in a laboratory flume,2024,ART,S10,10.55555/s10.2024.5249,,false,FEED
W599,Uncertainty in sediment resuspension estimates in the open shelf: a review,2019,REV,S01,10.55555/s01.2019.3968,,false,FEED
W601,Long-term trends in coastal upwelling in a macrotidal bay: a review,2021,REV,S12,10.55555/s12.2021.7790,,false,FEED
W602,Remote sensing of sonar imaging in fjords,2023,ART,S03,10.55555/s03.2023.9987,,false,FEED
W603,Remote sensing of sediment resuspension in shallow channels,2025,ART,S02,10.55555/s02.2025.7119,,false,FEED
W605,Long-term trends in harbour seiches in the Brevin shelf,2019,ART,S03,10.55555/s03.2019.5358,,false,FEED
W606,Scaling laws for beach profiles,2023,ART,S06,10.55555/s06.2023.5454,,false,FEED
W607,Scaling laws for beach profiles in shallow channels,2023,ART,S10,10.55555/s10.2023.4816,,false,FEED
W608,A model of fleet coordination,2020,ART,S01,10.55555/s01.2020.6430,,false,FEED
W609,Machine learning for internal waves in the open shelf,2025,ART,S08,10.55555/s08.2025.8476,,false,FEED
W610,Scaling laws for estuarine plumes in the open shelf,2025,ART,S02,10.55555/s02.2025.5434,,false,STG
W611,A framework for wave boundary layers in shallow channels,2019,PPR,S05,10.55555/s05.2019.5980,W301,false,FEED
W612,A model of survey vessel autonomy in mixed-energy coasts,2023,PPR,S05,10.55555/s05.2023.6455,W869,false,FEED
W613,A model of dune erosion in mixed-energy coasts,2019,ART,S06,10.55555/s06.2019.4535,,false,FEED
W614,Field measurements of marsh accretion in sandy coasts,2023,ART,S10,10.55555/s10.2023.9974,,false,FEED
W615,Low-cost methods for marsh accretion in the Albury estuary,2023,ART,S10,10.55555/s10.2023.3753,,false,FEED
W616,Low-cost methods for storm surge in harbour basins,2020,ART,S11,10.55555/s11.2020.9974,,false,FEED
W617,Scaling laws for dune erosion,2025,ART,S03,10.55555/s03.2025.9852,,false,FEED
W618,Low-cost methods for beach profiles in tidal inlets,2021,ART,S13,10.55555/s13.2021.8504,,false,FEED
W619,Seasonal variability in tidal asymmetry in sandy coasts,2022,ART,S07,10.55555/s07.2022.5383,,false,FEED
W620,Revisiting river plumes in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.1747,,false,FEED
W621,Seasonal variability in turbulent wakes,2025,ART,S02,10.55555/s02.2025.2554,,false,FEED
W623,Revisiting wave runup,2020,ART,S09,10.55555/s09.2020.3090,,false,FEED
W624,Low-cost methods for stratified flows in the Albury estuary,2024,ART,S03,10.55555/s03.2024.1326,,false,FEED
W625,Uncertainty in wave boundary layers estimates in fjords,2023,ART,S03,10.55555/s03.2023.8000,,false,FEED
W626,Editorial: beach profiles,2019,EDT,S02,10.55555/s02.2019.6520,,false,FEED
W627,Scaling laws for wave runup in the open shelf,2021,ART,S09,10.55555/s09.2021.1628,,false,FEED
W628,A framework for tidal asymmetry in the open shelf,2021,ART,S12,10.55555/s12.2021.3010,,false,FEED
W629,Low-cost methods for river plumes,2023,ART,S08,10.55555/s08.2023.1974,,false,FEED
W630,Machine learning for estuarine salinity in the North Sea,2019,ART,S09,10.55555/s09.2019.8821,,false,FEED
W631,Low-cost methods for sediment flux,2024,ART,S01,10.55555/s01.2024.1273,,false,FEED
W632,A framework for sediment flux,2025,ART,S03,10.55555/s03.2025.4934,,false,FEED
W633,Long-term trends in breaking waves in sandy coasts,2025,ART,S03,10.55555/s03.2025.8607,,false,FEED
W635,Scaling laws for internal waves,2021,ART,S09,10.55555/s09.2021.7986,,false,FEED
W636,Machine learning for internal waves in the North Sea,2022,ART,S09,10.55555/s09.2022.2840,,false,FEED
W637,Editorial: a model of river plumes in the Albury estuary,2024,EDT,S12,10.55555/s12.2024.2287,,false,FEED
W638,Uncertainty in marsh accretion estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.4497,,false,FEED
W639,Seasonal variability in channel hydraulics in the North Sea,2019,SUP,S02,10.55555/s02.2019.5404,,false,FEED
W640,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2021,ART,S02,10.55555/s02.2021.1205,,false,FEED
W641,A model of beach profiles,2023,ART,S11,10.55555/s11.2023.2011,,false,FEED
W642,Remote sensing of wave runup in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.9684,,false,FEED
W643,Uncertainty in estuarine plumes estimates in tidal inlets,2022,ART,S03,10.55555/s03.2022.7484,,false,FEED
W644,Long-term trends in marsh accretion in fjords,2025,ART,S09,10.55555/s09.2025.2662,,false,FEED
W645,A framework for wave runup in mixed-energy coasts: a review,2024,REV,S08,10.55555/s08.2024.7416,,false,FEED
W646,Scaling laws for internal waves in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.6121,,false,FEED
W648,A framework for dune erosion in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.9298,,false,FEED
W649,Remote sensing of tidal asymmetry,2021,ART,S11,10.55555/s11.2021.3654,,false,FEED
W650,Field measurements of wave runup in a macrotidal bay,2024,ART,S12,10.55555/s12.2024.3957,,false,FEED
W651,A framework for breaking waves in harbour basins,2019,ART,S03,10.55555/s03.2019.6678,,false,FEED
W652,Revisiting internal waves in a semi-enclosed sea,2025,ART,S12,10.55555/s12.2025.3292,,false,FEED
W654,A framework for estuarine plumes in the Brevin shelf,2024,ART,S01,10.55555/s01.2024.3834,,false,FEED
W655,Seasonal variability in harbour seiches in a macrotidal bay,2020,ART,S10,10.55555/s10.2020.9455,,false,FEED
W656,Scaling laws for river plumes,2020,ART,S02,10.55555/s02.2020.6712,,false,FEED
W657,Long-term trends in glider navigation,2024,ART,S09,10.55555/s09.2024.6062,,false,FEED
W659,Uncertainty in glider navigation estimates,2023,ART,S10,10.55555/s10.2023.6589,,false,FEED
W660,A framework for buoy telemetry in a macrotidal bay,2022,ART,S01,10.55555/s01.2022.2312,,false,FEED
W661,Revisiting turbidity sensing in the Albury estuary,2024,ART,S02,10.55555/s02.2024.5331,,false,FEED
W662,Observations of marsh accretion,2024,ART,S11,10.55555/s11.2024.9264,,false,FEED
W663,A framework for turbidity sensing,2021,PPR,S14,10.55555/s14.2021.4360,W464,false,FEED
W664,Machine learning for estuarine salinity in the Wexcombe marshes,2020,ART,S02,10.55555/s02.2020.7019,,false,FEED
W665,Uncertainty in wave boundary layers estimates,2019,ART,S03,10.55555/s03.2019.9852,,false,FEED
W666,Field measurements of tidal asymmetry: a review,2023,REV,S09,10.55555/s09.2023.6905,,false,FEED
W667,A model of internal waves in harbour basins,2023,ART,S07,10.55555/s07.2023.6431,,false,FEED
W668,Field measurements of wave runup,2021,ART,S10,10.55555/s10.2021.2689,,false,FEED
W669,Machine learning for river plumes in fjords,2023,ART,S11,10.55555/s11.2023.5633,,false,FEED
W670,Low-cost methods for river plumes in fjords,2025,ART,S03,10.55555/s03.2025.4572,,false,FEED
W671,Seasonal variability in beach profiles,2022,ART,S03,10.55555/s03.2022.3200,,false,FEED
W672,Machine learning for estuarine salinity in a macrotidal bay,2019,ART,S11,10.55555/s11.2019.9549,,false,FEED
W673,A model of seabed classification in harbour basins,2025,ART,S06,10.55555/s06.2025.2155,,false,FEED
W674,Foreword: stratified flows,2022,EDT,S06,10.55555/s06.2022.6198,,false,FEED
W675,Seasonal variability in tidal mixing,2024,ART,S01,10.55555/s01.2024.8449,,false,FEED
W676,Low-cost methods for turbidity sensing,2025,ART,S02,10.55555/s02.2025.6159,,false,FEED
W678,Remote sensing of wave runup in fjords,2020,ART,S01,10.55555/s01.2020.5400,,false,FEED
W679,Remote sensing of battery endurance in tidal inlets,2024,ART,S01,10.55555/s01.2024.5950,,false,FEED
W680,Seasonal variability in breaking waves,2025,REV,S02,10.55555/s02.2025.4880,,false,STG
W681,Field measurements of fleet coordination,2019,ART,S03,10.55555/s03.2019.5212,,false,FEED
W682,Long-term trends in battery endurance,2025,ART,S01,10.55555/s01.2025.3617,,false,FEED
W683,Long-term trends in river plumes in a semi-enclosed sea,2024,ART,S07,10.55555/s07.2024.2985,,false,FEED
W684,Field measurements of dune erosion in tidal inlets,2024,ART,S03,10.55555/s03.2024.1442,,false,FEED
W685,Low-cost methods for dune erosion in the Brevin shelf,2023,ART,S09,10.55555/s09.2023.2998,,false,FEED
W686,Field measurements of wave boundary layers in shallow channels,2022,ART,S03,10.55555/s03.2022.5808,,false,FEED
W688,A model of internal waves in mixed-energy coasts,2025,ART,S10,10.55555/s10.2025.3631,,false,FEED
W690,Observations of turbidity sensing,2023,ART,S02,10.55555/s02.2023.4143,,false,FEED
W691,Uncertainty in turbidity sensing estimates,2023,ART,S11,10.55555/s11.2023.5638,,false,FEED
W692,Low-cost methods for storm surge in a semi-enclosed sea,2020,ART,S12,10.55555/s12.2020.7316,,false,FEED
W693,A framework for wave boundary layers in tidal inlets,2025,ART,S01,10.55555/s01.2025.4141,,true,FEED
W696,Scaling laws for tidal mixing,2019,ART,S06,10.55555/s06.2019.7374,,false,FEED
W697,Observations of vortex shedding,2019,ART,S03,10.55555/s03.2019.2721,,false,FEED
W699,Seasonal variability in sediment flux in mixed-energy coasts,2023,ART,S09,10.55555/s09.2023.6292,,false,FEED
W700,Observations of stratified flows,2025,ART,S03,10.55555/s03.2025.3995,,false,STG
W702,Revisiting marsh accretion,2022,ART,S03,10.55555/s03.2022.5477,,false,FEED
W703,Field measurements of estuarine salinity in the open shelf,2025,ART,S10,10.55555/s10.2025.9900,,false,FEED
W704,Uncertainty in river plumes estimates,2024,ART,S09,10.55555/s09.2024.9163,,false,FEED
W705,Seasonal variability in turbulent wakes in a semi-enclosed sea,2024,ART,S02,10.55555/s02.2024.4059,,false,FEED
W706,Machine learning for sediment flux in the Brevin shelf,2024,REV,S04,10.55555/s04.2024.7328,,false,FEED
W707,Machine learning for channel hydraulics in sandy coasts,2019,ART,S02,10.55555/s02.2019.9758,,false,FEED
W709,Field measurements of estuarine salinity in sandy coasts,2025,ART,S12,10.55555/s12.2025.1295,,false,FEED
W710,Uncertainty in estuarine plumes estimates,2023,ART,S02,10.55555/s02.2023.6237,,false,FEED
W711,Remote sensing of glider navigation in mixed-energy coasts,2025,ART,S02,10.55555/s02.2025.9323,,false,FEED
W713,A model of internal waves in tidal inlets,2019,ART,S09,10.55555/s09.2019.4556,,false,FEED
W714,Low-cost methods for wave boundary layers in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.9707,,false,STG
W715,Field measurements of dune erosion,2021,ART,S02,10.55555/s02.2021.7835,,false,FEED
W716,A framework for river plumes,2020,ART,S06,10.55555/s06.2020.3784,,false,FEED
W718,Uncertainty in marsh accretion estimates in the North Sea: a review,2024,REV,S09,10.55555/s09.2024.8260,,false,FEED
W719,Editorial: long-term trends in wave runup,2025,EDT,S07,10.55555/s07.2025.8025,,false,FEED
W720,Revisiting tidal mixing,2019,ART,S01,10.55555/s01.2019.2517,,false,FEED
W721,Field measurements of wave runup in sandy coasts,2024,ART,S02,10.55555/s02.2024.3360,,false,FEED
W722,Long-term trends in river plumes: a review,2020,REV,S09,10.55555/s09.2020.9978,,false,FEED
W723,A model of vortex shedding in tidal inlets,2020,ART,S03,10.55555/s03.2020.3636,,false,FEED
W724,Revisiting dune erosion in harbour basins,2020,ART,S07,10.55555/s07.2020.4604,,false,FEED
W725,Remote sensing of marsh accretion in shallow channels,2022,ART,S06,10.55555/s06.2022.9264,,false,FEED
W726,Remote sensing of storm surge in the Brevin shelf: a review,2020,REV,S10,10.55555/s10.2020.5895,,false,FEED
W727,Field measurements of breaking waves in the Brevin shelf,2022,ART,S01,10.55555/s01.2022.9629,,false,FEED
W728,Uncertainty in wave boundary layers estimates,2019,PPR,S05,10.55555/s05.2019.7711,W665,false,FEED
W729,Uncertainty in wave runup estimates in a macrotidal bay: a review,2024,REV,S11,10.55555/s11.2024.7189,,false,FEED
W730,A framework for tidal asymmetry in the Albury estuary,2020,PPR,S05,10.55555/s05.2020.4764,W303,false,FEED
W731,Long-term trends in river plumes in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.5231,,false,FEED
W732,Long-term trends in coastal upwelling in a laboratory flume,2024,ART,S08,10.55555/s08.2024.7170,,false,FEED
W733,Remote sensing of estuarine plumes in mixed-energy coasts,2019,ART,S01,10.55555/s01.2019.7106,,false,FEED
W734,Uncertainty in turbulent wakes estimates in sandy coasts,2025,SUP,S03,10.55555/s03.2025.2334,,false,STG
W735,Low-cost methods for dune erosion in shallow channels,2020,ART,S07,10.55555/s07.2020.8623,,false,FEED
W736,Low-cost methods for beach profiles,2024,ART,S11,10.55555/s11.2024.5981,,false,FEED
W737,A model of stratified flows in the Wexcombe marshes,2019,ART,S10,10.55555/s10.2019.2479,,false,FEED
W738,A framework for turbulent wakes in a laboratory flume,2022,ART,S02,10.55555/s02.2022.5805,,false,FEED
W739,Field measurements of estuarine salinity in a laboratory flume: a review,2019,REV,S11,10.55555/s11.2019.2297,,false,FEED
W740,Observations of marsh accretion in the open shelf,2020,ART,S07,10.55555/s07.2020.4709,,false,FEED
W741,Uncertainty in coastal upwelling estimates,2021,ART,S10,10.55555/s10.2021.3357,,false,FEED
W742,Field measurements of beach profiles,2019,ART,S11,10.55555/s11.2019.1296,,false,FEED
W744,Remote sensing of wave boundary layers,2024,ART,S01,10.55555/s01.2024.8528,,false,FEED
W745,A model of sonar imaging in the Brevin shelf,2020,PPR,S05,10.55555/s05.2020.3478,,false,FEED
W747,Observations of river plumes,2024,PPR,S14,10.55555/s14.2024.1295,,false,FEED
W748,Revisiting battery endurance in the Brevin shelf,2024,ART,S11,10.55555/s11.2024.6265,,false,FEED
W749,Field measurements of marsh accretion: a review,2019,REV,S02,10.55555/s02.2019.3932,,false,FEED
W750,Long-term trends in coastal upwelling,2023,ART,S03,10.55555/s03.2023.6676,,false,FEED
W751,Editorial: sensor calibration,2020,EDT,S03,10.55555/s03.2020.2526,,false,FEED
W752,A framework for internal waves in the Albury estuary,2020,ART,S08,10.55555/s08.2020.6465,,false,FEED
W753,Field measurements of survey vessel autonomy in the Wexcombe marshes,2021,ART,S13,10.55555/s13.2021.5183,,false,FEED
W754,Table of contents,2022,PTX,S01,10.55555/s01.2022.1269,,false,FEED
W755,Machine learning for turbidity sensing in shallow channels,2019,ART,S03,10.55555/s03.2019.4685,,false,FEED
W756,Editorial: low-cost methods for marsh accretion in tidal inlets,2020,EDT,S08,10.55555/s08.2020.8771,,false,FEED
W757,Machine learning for tidal asymmetry in tidal inlets,2023,ART,S12,10.55555/s12.2023.7538,,false,FEED
W758,Low-cost methods for glider navigation in harbour basins: a review,2019,REV,S03,10.55555/s03.2019.1424,,false,FEED
W760,Seasonal variability in marsh accretion in fjords,2025,ART,S11,10.55555/s11.2025.2068,,false,FEED
W761,Long-term trends in battery endurance in a macrotidal bay,2024,ART,S03,10.55555/s03.2024.4054,,false,FEED
W762,Seasonal variability in buoy telemetry in the Albury estuary,2024,ART,S10,10.55555/s10.2024.1283,,false,FEED
W763,A model of glider navigation in a macrotidal bay,2024,ART,S13,10.55555/s13.2024.5312,,false,FEED
W764,Long-term trends in harbour seiches in the Albury estuary,2022,ART,S01,10.55555/s01.2022.9782,,false,FEED
W765,Field measurements of storm surge in harbour basins,2025,ART,S10,10.55555/s10.2025.2383,,false,FEED
W766,Erratum: A model of fleet coordination in mixed-energy coasts: a review,2025,ERR,S09,10.55555/s09.2025.9163,,false,FEED
W768,A model of marsh accretion in the Wexcombe marshes,2020,ART,S11,10.55555/s11.2020.5522,,false,FEED
W769,Scaling laws for estuarine salinity: a review,2020,REV,S10,10.55555/s10.2020.4442,,false,FEED
W770,Machine learning for coastal upwelling in the open shelf,2019,ART,S11,10.55555/s11.2019.6039,,false,FEED
W771,Seasonal variability in tidal mixing in tidal inlets: a review,2019,REV,S02,10.55555/s02.2019.3528,,false,FEED
W772,Field measurements of river plumes,2019,ART,S09,10.55555/s09.2019.2828,,false,FEED
W773,Revisiting estuarine salinity in shallow channels,2022,ART,S11,10.55555/s11.2022.7610,,false,FEED
W774,Seasonal variability in glider navigation,2024,ART,S01,10.55555/s01.2024.4977,,false,FEED
W775,Machine learning for storm surge in mixed-energy coasts,2020,ART,S10,10.55555/s10.2020.7997,,false,FEED
W776,Low-cost methods for harbour seiches in a semi-enclosed sea: a review,2022,REV,S10,10.55555/s10.2022.2098,,false,FEED
W777,Machine learning for turbulent wakes,2023,ART,S01,10.55555/s01.2023.2466,,false,FEED
W778,Long-term trends in sonar imaging,2023,ART,S13,10.55555/s13.2023.7910,,false,FEED
W779,Scaling laws for estuarine plumes in a semi-enclosed sea: a review,2021,REV,S02,10.55555/s02.2021.8337,,false,FEED
W780,Long-term trends in ocean optics in sandy coasts,2019,PPR,S05,10.55555/s05.2019.6565,,false,FEED
W781,Field measurements of turbidity sensing in the Wexcombe marshes,2025,PPR,S05,10.55555/s05.2025.9755,,false,FEED
W782,Long-term trends in storm surge,2020,ART,S11,10.55555/s11.2020.2195,,false,FEED
W783,A framework for stratified flows in harbour basins,2024,ART,S11,10.55555/s11.2024.9909,,false,FEED
W784,Remote sensing of beach profiles in the Albury estuary,2021,ART,S12,10.55555/s12.2021.2613,,false,FEED
W785,A framework for river plumes in fjords: a review,2020,REV,S09,10.55555/s09.2020.9788,,false,FEED
W786,Editorial: observations of storm surge in fjords,2020,EDT,S08,10.55555/s08.2020.6266,,false,FEED
W787,Long-term trends in battery endurance in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.7188,,false,FEED
W788,Seasonal variability in wave boundary layers,2025,ART,S02,10.55555/s02.2025.6486,,false,FEED
W789,Field measurements of tidal mixing,2022,ART,S09,10.55555/s09.2022.9918,,false,FEED
W790,Seasonal variability in breaking waves in a macrotidal bay,2020,ART,S03,10.55555/s03.2020.7464,,false,FEED
W791,Scaling laws for turbulent wakes in mixed-energy coasts,2024,ART,S02,10.55555/s02.2024.7741,,false,FEED
W792,Scaling laws for harbour seiches in the North Sea,2023,ART,S06,10.55555/s06.2023.3994,,false,FEED
W793,A model of stratified flows in sandy coasts,2023,SUP,S06,10.55555/s06.2023.7202,,false,FEED
W794,Revisiting internal waves in tidal inlets,2025,ART,S10,10.55555/s10.2025.3411,,false,FEED
W795,Field measurements of coastal upwelling in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.3340,,false,FEED
W797,Revisiting marsh accretion in shallow channels,2021,ART,S11,10.55555/s11.2021.8578,,false,FEED
W798,Long-term trends in channel hydraulics,2023,ART,S02,10.55555/s02.2023.9344,,false,FEED
W799,A framework for coastal upwelling in the North Sea,2022,ART,S01,10.55555/s01.2022.1570,,false,FEED
W800,A model of tidal mixing in the open shelf,2025,SUP,S06,10.55555/s06.2025.5723,,false,FEED
W801,Observations of seabed classification,2022,ART,S03,10.55555/s03.2022.2362,,false,FEED
W802,Observations of estuarine plumes in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8136,,false,STG
W803,Long-term trends in breaking waves,2023,SUP,S06,10.55555/s06.2023.2454,,false,FEED
W804,Long-term trends in harbour seiches,2020,ART,S12,10.55555/s12.2020.9370,,false,FEED
W806,Uncertainty in tidal mixing estimates in sandy coasts,2019,ART,S03,10.55555/s03.2019.2298,,false,FEED
W807,Field measurements of harbour seiches in the North Sea,2020,ART,S03,10.55555/s03.2020.7376,,false,FEED
W808,Uncertainty in beach profiles estimates in the Wexcombe marshes,2021,ART,S09,10.55555/s09.2021.2786,,false,FEED
W809,Revisiting coastal upwelling,2022,ART,S11,10.55555/s11.2022.4289,,false,FEED
W810,Erratum: Uncertainty in internal waves estimates in the North Sea,2025,ERR,S02,10.55555/s02.2025.6696,,false,FEED
W811,A model of buoy telemetry in the Wexcombe marshes,2022,ART,S03,10.55555/s03.2022.2784,,false,FEED
W812,Low-cost methods for buoy telemetry in the open shelf,2024,ART,S10,10.55555/s10.2024.5642,,false,FEED
W813,Erratum: Remote sensing of buoy telemetry in fjords,2025,ERR,S02,10.55555/s02.2025.2143,,false,FEED
W814,Long-term trends in estuarine salinity in the Wexcombe marshes: a review,2025,REV,S07,10.55555/s07.2025.4609,,false,FEED
W815,Low-cost methods for internal waves in fjords,2022,ART,S03,10.55555/s03.2022.7036,,false,FEED
W816,Low-cost methods for sediment flux in a laboratory flume,2020,ART,S07,10.55555/s07.2020.5801,,false,FEED
W817,Remote sensing of survey vessel autonomy in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.6290,,false,FEED
W818,Field measurements of beach profiles in the Albury estuary,2024,ART,S09,10.55555/s09.2024.2786,,false,FEED
W819,Machine learning for wave boundary layers in the open shelf,2025,SUP,S02,10.55555/s02.2025.9700,,false,STG
W820,Long-term trends in tidal asymmetry: a review,2019,REV,S11,10.55555/s11.2019.3624,,false,FEED
W821,Low-cost methods for beach profiles in mixed-energy coasts,2023,ART,S06,10.55555/s06.2023.3335,,false,FEED
W822,A framework for tidal asymmetry in the Brevin shelf,2021,ART,S09,10.55555/s09.2021.7143,,false,FEED
W823,Uncertainty in marsh accretion estimates in mixed-energy coasts,2019,ART,S10,10.55555/s10.2019.9455,,false,FEED
W824,A framework for sonar imaging,2022,PPR,S14,10.55555/s14.2022.5570,,false,FEED
W825,Front matter,2023,PTX,S06,10.55555/s06.2023.9210,,false,FEED
W826,Revisiting wave runup in tidal inlets,2022,ART,S09,10.55555/s09.2022.2879,,false,FEED
W827,Long-term trends in survey vessel autonomy in tidal inlets,2022,ART,S11,10.55555/s11.2022.6278,,false,FEED
W828,A framework for internal waves in the open shelf,2024,ART,S09,10.55555/s09.2024.5979,,false,FEED
W829,Observations of fleet coordination in the Brevin shelf,2025,ART,S02,10.55555/s02.2025.5136,,false,FEED
W830,Scaling laws for turbulent wakes in the Brevin shelf,2024,ART,S02,10.55555/s02.2024.3894,,false,FEED
W831,Revisiting battery endurance in the Wexcombe marshes,2025,ART,S03,10.55555/s03.2025.3877,,false,FEED
W832,Revisiting breaking waves,2021,ART,S10,10.55555/s10.2021.3252,,false,FEED
W833,Observations of fleet coordination in the Albury estuary,2024,ART,S03,10.55555/s03.2024.2508,,false,FEED
W834,Low-cost methods for battery endurance,2023,ART,S13,10.55555/s13.2023.4105,,false,FEED
W835,A model of marsh accretion,2020,ART,S09,10.55555/s09.2020.7114,,false,FEED
W836,Scaling laws for wave runup in harbour basins: a review,2020,REV,S07,10.55555/s07.2020.4614,,false,FEED
W837,Long-term trends in bed shear stress in sandy coasts,2025,ART,S03,10.55555/s03.2025.8651,,true,FEED
W838,Remote sensing of wave runup in harbour basins,2019,ART,S09,10.55555/s09.2019.7832,,false,FEED
W840,A model of ocean optics in the Wexcombe marshes: a review,2025,REV,S11,10.55555/s11.2025.7868,,false,FEED
W842,Uncertainty in internal waves estimates,2024,ART,S02,10.55555/s02.2024.9901,,false,FEED
W843,A framework for ocean optics in the Albury estuary,2023,ART,S02,10.55555/s02.2023.2459,,false,FEED
W844,A framework for seabed classification in fjords,2025,ART,S01,10.55555/s01.2025.4503,,false,STG
W845,Low-cost methods for storm surge in a laboratory flume: a review,2022,REV,S11,10.55555/s11.2022.1648,,false,FEED
W846,Revisiting acoustic positioning in the Wexcombe marshes,2024,ART,S03,10.55555/s03.2024.1652,,false,FEED
W847,Observations of wave runup in mixed-energy coasts,2022,ART,S12,10.55555/s12.2022.3379,,false,FEED
W848,Machine learning for wave runup,2021,ART,S02,10.55555/s02.2021.2822,,false,FEED
W849,Revisiting glider navigation,2020,ART,S04,10.55555/s04.2020.2969,,false,FEED
W850,Long-term trends in stratified flows in the North Sea,2025,ART,S10,10.55555/s10.2025.7663,,false,FEED
W851,Uncertainty in dune erosion estimates,2023,ART,S09,10.55555/s09.2023.4367,,false,FEED
W852,Scaling laws for bed shear stress in the Brevin shelf,2020,ART,S01,10.55555/s01.2020.9443,,true,FEED
W853,Seasonal variability in estuarine plumes,2024,ART,S06,10.55555/s06.2024.3708,,false,FEED
W854,Uncertainty in internal waves estimates in the North Sea,2024,ART,S02,10.55555/s02.2024.1640,,false,FEED
W855,Uncertainty in vortex shedding estimates in the open shelf,2021,ART,S01,10.55555/s01.2021.4438,,false,FEED
W856,Observations of estuarine salinity in tidal inlets,2024,ART,S10,10.55555/s10.2024.9567,,false,FEED
W857,Long-term trends in glider navigation in the North Sea: a review,2020,REV,S06,10.55555/s06.2020.7330,,false,FEED
W858,A model of dune erosion in sandy coasts,2019,ART,S12,10.55555/s12.2019.1831,,false,FEED
W859,Scaling laws for sediment flux in the North Sea: a review,2023,REV,S09,10.55555/s09.2023.2558,,false,FEED
W860,Machine learning for sediment flux in the Wexcombe marshes: a review,2020,REV,S01,10.55555/s01.2020.9597,,false,FEED
W861,Observations of storm surge in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.9911,,false,FEED
W862,Revisiting harbour seiches in a semi-enclosed sea,2024,ART,S09,10.55555/s09.2024.4237,,false,FEED
W863,Uncertainty in harbour seiches estimates in the open shelf,2025,ART,S01,10.55555/s01.2025.7154,,false,FEED
W864,Scaling laws for sediment flux in a semi-enclosed sea,2022,ART,S08,10.55555/s08.2022.1159,,false,FEED
W865,Remote sensing of beach profiles in fjords,2023,ART,S10,10.55555/s10.2023.8011,,false,FEED
W866,Uncertainty in sediment resuspension estimates in shallow channels,2025,SUP,S03,10.55555/s03.2025.9325,,false,STG
W867,Field measurements of internal waves,2023,ART,S11,10.55555/s11.2023.2685,,false,FEED
W868,Scaling laws for breaking waves,2025,ART,S01,10.55555/s01.2025.8064,,false,STG
W869,A model of survey vessel autonomy in mixed-energy coasts,2023,ART,S02,10.55555/s02.2023.6615,,false,FEED
W870,Seasonal variability in wave boundary layers in the Wexcombe marshes,2019,ART,S11,10.55555/s11.2019.4764,,false,FEED
W871,Uncertainty in storm surge estimates in the Albury estuary,2022,ART,S11,10.55555/s11.2022.4343,,false,FEED
W872,Observations of acoustic positioning,2020,ART,S11,10.55555/s11.2020.3206,,false,FEED
W873,Seasonal variability in beach profiles in tidal inlets,2023,ART,S09,10.55555/s09.2023.8810,,false,FEED
W874,Revisiting river plumes,2021,ART,S01,10.55555/s01.2021.9371,,false,FEED
W875,Machine learning for river plumes in the North Sea: a review,2022,REV,S07,10.55555/s07.2022.9264,,false,FEED
W876,Seasonal variability in estuarine plumes in fjords,2019,ART,S02,10.55555/s02.2019.6123,,false,FEED
W877,A model of breaking waves in the North Sea,2023,PPR,S05,10.55555/s05.2023.7929,W965,false,FEED
W878,A model of tidal asymmetry,2025,ART,S08,10.55555/s08.2025.8372,,false,STG
W879,Revisiting tidal asymmetry in tidal inlets,2023,ART,S02,10.55555/s02.2023.6173,,false,FEED
W880,A model of wave boundary layers,2020,ART,S01,10.55555/s01.2020.6134,,false,FEED
W881,Machine learning for vortex shedding,2019,ART,S01,10.55555/s01.2019.2650,,false,FEED
W882,Editorial: stratified flows,2020,EDT,S01,10.55555/s01.2020.7459,,false,FEED
W883,Front matter,2020,PTX,S02,10.55555/s02.2020.4315,,false,FEED
W884,Long-term trends in buoy telemetry,2019,ART,S09,10.55555/s09.2019.2019,,false,FEED
W885,A framework for tidal asymmetry in the North Sea,2025,ART,S09,10.55555/s09.2025.7483,,false,FEED
W886,A framework for underwater docking,2021,ART,S01,10.55555/s01.2021.9824,,false,FEED
W887,Uncertainty in river plumes estimates in the Albury estuary,2020,ART,S12,10.55555/s12.2020.5688,,false,FEED
W888,Remote sensing of sediment flux in a laboratory flume,2020,ART,S10,10.55555/s10.2020.8393,,false,FEED
W889,Observations of battery endurance,2024,ART,S01,10.55555/s01.2024.3798,,false,FEED
W890,Seasonal variability in buoy telemetry,2023,ART,S03,10.55555/s03.2023.1624,,false,FEED
W891,Front matter,2022,PTX,S02,10.55555/s02.2022.4861,,false,FEED
W894,Revisiting harbour seiches,2024,ART,S07,10.55555/s07.2024.7990,,false,FEED
W895,A framework for seabed classification in the Brevin shelf,2023,ART,S10,10.55555/s10.2023.5018,,false,FEED
W896,Field measurements of storm surge in the North Sea,2019,ART,S12,10.55555/s12.2019.6122,,false,FEED
W897,Remote sensing of tidal asymmetry in tidal inlets,2021,ART,S10,10.55555/s10.2021.1577,,false,FEED
W900,Seasonal variability in fleet coordination in the Brevin shelf,2023,ART,S02,10.55555/s02.2023.1438,,false,FEED
W901,Editorial: seasonal variability in dune erosion in sandy coasts,2020,EDT,S07,10.55555/s07.2020.7502,,false,FEED
W902,Low-cost methods for estuarine salinity,2021,ART,S03,10.55555/s03.2021.2331,,false,FEED
W903,Uncertainty in dune erosion estimates in shallow channels: a review,2020,REV,S09,10.55555/s09.2020.6801,,false,FEED
W904,Revisiting sediment resuspension in the Albury estuary,2024,ART,S10,10.55555/s10.2024.9519,,false,FEED
W905,Machine learning for battery endurance in a laboratory flume,2025,ART,S01,10.55555/s01.2025.6186,,false,FEED
W906,Uncertainty in estuarine salinity estimates,2024,ART,S12,10.55555/s12.2024.5239,,false,FEED
W907,Revisiting seabed classification,2025,ART,S03,10.55555/s03.2025.3540,,false,FEED
W908,Scaling laws for sensor calibration: a review,2019,REV,S03,10.55555/s03.2019.5831,,false,FEED
W910,Uncertainty in stratified flows estimates,2021,ART,S03,10.55555/s03.2021.1983,,false,FEED
W913,Revisiting buoy telemetry in tidal inlets,2019,ART,S04,10.55555/s04.2019.1964,,false,FEED
W914,Erratum: Field measurements of channel hydraulics: a review,2025,ERR,S06,10.55555/s06.2025.1637,,false,FEED
W916,A framework for acoustic positioning,2019,ART,S02,10.55555/s02.2019.7042,,false,FEED
W917,Revisiting sediment flux in tidal inlets,2024,ART,S01,10.55555/s01.2024.1306,,false,FEED
W918,Scaling laws for tidal asymmetry in the open shelf,2025,ART,S10,10.55555/s10.2025.5930,,false,FEED
W920,Scaling laws for internal waves in sandy coasts,2025,ART,S11,10.55555/s11.2025.3626,,false,FEED
W921,Uncertainty in estuarine salinity estimates in sandy coasts,2023,ART,S11,10.55555/s11.2023.1834,,false,FEED
W922,Observations of ocean optics,2024,ART,S02,10.55555/s02.2024.8011,,true,FEED
W924,Field measurements of sediment resuspension in shallow channels,2024,ART,S06,10.55555/s06.2024.5766,,false,FEED
W925,Machine learning for internal waves: a review,2024,REV,S09,10.55555/s09.2024.3905,,false,FEED
W926,A framework for wave runup in shallow channels,2022,ART,S02,10.55555/s02.2022.1317,,false,FEED
W927,A model of storm surge in the North Sea,2020,ART,S12,10.55555/s12.2020.8228,,false,FEED
W928,Observations of stratified flows in sandy coasts,2025,ART,S01,10.55555/s01.2025.7881,,false,FEED
W929,Scaling laws for coastal upwelling in shallow channels,2022,ART,S01,10.55555/s01.2022.8694,,false,FEED
W930,Revisiting internal waves in a laboratory flume,2025,ART,S10,10.55555/s10.2025.1395,,false,FEED
W931,Revisiting buoy telemetry,2023,ART,S02,10.55555/s02.2023.1282,,false,FEED
W932,Editorial: machine learning for wave runup in the Wexcombe marshes,2021,EDT,S11,10.55555/s11.2021.6896,,false,FEED
W933,Remote sensing of sensor calibration in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.9638,,false,FEED
W934,Remote sensing of harbour seiches in tidal inlets,2023,ART,S08,10.55555/s08.2023.1324,,false,FEED
W935,Scaling laws for breaking waves in sandy coasts,2023,ART,S03,10.55555/s03.2023.5300,,false,FEED
W936,Editorial: fleet coordination,2019,EDT,S01,10.55555/s01.2019.1595,,false,FEED
W937,A model of estuarine salinity,2019,ART,S01,10.55555/s01.2019.4394,,false,FEED
W940,Low-cost methods for tidal asymmetry in a macrotidal bay,2022,ART,S10,10.55555/s10.2022.3098,,false,FEED
W941,Field measurements of bed shear stress in shallow channels,2022,ART,S02,10.55555/s02.2022.9549,,false,FEED
W942,Uncertainty in river plumes estimates in a macrotidal bay,2021,ART,S07,10.55555/s07.2021.7018,,false,FEED
W943,Observations of estuarine salinity in shallow channels,2020,ART,S10,10.55555/s10.2020.7216,,false,FEED
W944,Low-cost methods for harbour seiches in a laboratory flume,2019,ART,S07,10.55555/s07.2019.8059,,false,FEED
W945,Uncertainty in stratified flows estimates in a semi-enclosed sea,2023,SUP,S06,10.55555/s06.2023.1058,,false,FEED
W946,Low-cost methods for buoy telemetry in the Brevin shelf,2019,ART,S11,10.55555/s11.2019.8918,,false,FEED
W947,Long-term trends in tidal asymmetry in fjords,2021,ART,S11,10.55555/s11.2021.1096,,false,FEED
W948,A framework for wave runup in fjords,2021,ART,S01,10.55555/s01.2021.3775,,false,FEED
W949,Erratum: Observations of survey vessel autonomy in tidal inlets,2024,ERR,S02,10.55555/s02.2024.1996,,false,FEED
W950,A model of storm surge in mixed-energy coasts,2025,ART,S11,10.55555/s11.2025.9754,,false,FEED
W951,Machine learning for wave boundary layers in sandy coasts,2025,SUP,S06,10.55555/s06.2025.1638,,false,FEED
W953,Remote sensing of internal waves in harbour basins,2020,ART,S09,10.55555/s09.2020.4825,,false,FEED
W954,Observations of wave runup in sandy coasts,2024,ART,S09,10.55555/s09.2024.4003,,false,FEED
W955,Long-term trends in coastal upwelling in sandy coasts,2021,ART,S10,10.55555/s10.2021.7664,,false,FEED
W956,Long-term trends in breaking waves in a laboratory flume,2025,ART,S02,10.55555/s02.2025.8664,,false,FEED
W957,Observations of channel hydraulics,2024,ART,S03,10.55555/s03.2024.5461,,false,FEED
W958,Low-cost methods for underwater docking,2020,ART,S03,10.55555/s03.2020.1334,,false,FEED
W959,Editorial: long-term trends in wave runup in sandy coasts,2022,EDT,S12,10.55555/s12.2022.2759,,false,FEED
W960,Revisiting wave runup in shallow channels,2022,ART,S12,10.55555/s12.2022.5927,,false,FEED
W963,Observations of harbour seiches,2025,ART,S08,10.55555/s08.2025.4411,,false,FEED
W964,Revisiting marsh accretion in the open shelf: a review,2020,REV,S12,10.55555/s12.2020.1542,,false,FEED
W965,A model of breaking waves in the North Sea,2024,ART,S03,10.55555/s03.2024.6293,,false,FEED
W966,Editorial: scaling laws for river plumes in fjords,2024,EDT,S07,10.55555/s07.2024.3221,,false,FEED
W967,Seasonal variability in estuarine plumes in shallow channels,2022,ART,S06,10.55555/s06.2022.9084,,false,FEED
W968,Machine learning for sensor calibration in a laboratory flume,2023,ART,S09,10.55555/s09.2023.1201,,false,FEED
W969,Long-term trends in battery endurance in the Wexcombe marshes,2025,ART,S01,10.55555/s01.2025.7064,,false,FEED
W970,Long-term trends in vortex shedding in the Wexcombe marshes,2019,ART,S02,10.55555/s02.2019.4940,,false,FEED
W971,Long-term trends in sediment resuspension in the North Sea,2025,SUP,S01,10.55555/s01.2025.4830,,false,STG
W972,Long-term trends in acoustic positioning,2020,ART,S02,10.55555/s02.2020.5199,,false,FEED
W973,Uncertainty in glider navigation estimates in the Brevin shelf,2024,ART,S03,10.55555/s03.2024.2247,,true,FEED
W975,Remote sensing of acoustic positioning in the North Sea,2019,ART,S13,10.55555/s13.2019.2750,,false,FEED
W976,Foreword: sediment resuspension,2021,EDT,S06,10.55555/s06.2021.6763,,false,FEED
W977,Seasonal variability in coastal upwelling in sandy coasts,2022,ART,S11,10.55555/s11.2022.4113,,false,FEED
W978,Low-cost methods for river plumes in a laboratory flume,2020,ART,S12,10.55555/s12.2020.4935,,false,FEED
W979,Machine learning for battery endurance,2021,ART,S03,10.55555/s03.2021.9378,,false,FEED
W980,A framework for marsh accretion in harbour basins,2022,ART,S12,10.55555/s12.2022.7448,,false,FEED
W981,Remote sensing of wave boundary layers in the Wexcombe marshes,2021,ART,S02,10.55555/s02.2021.6786,,false,FEED
W983,Revisiting internal waves,2025,ART,S11,10.55555/s11.2025.6392,,false,FEED
W984,A model of survey vessel autonomy,2024,ART,S01,10.55555/s01.2024.8952,,false,FEED
W985,Remote sensing of vortex shedding,2023,ART,S09,10.55555/s09.2023.3775,,false,FEED
W986,Remote sensing of storm surge,2020,ART,S04,10.55555/s04.2020.2577,,false,FEED
W987,Machine learning for stratified flows,2025,ART,S02,10.55555/s02.2025.6401,,false,STG
W988,Observations of harbour seiches in the open shelf,2021,ART,S07,10.55555/s07.2021.3121,,false,FEED
W989,Editorial: long-term trends in marsh accretion in the Wexcombe marshes,2020,EDT,S08,10.55555/s08.2020.1702,,false,FEED
W990,Long-term trends in estuarine plumes in tidal inlets,2020,ART,S11,10.55555/s11.2020.4722,,false,FEED
W991,Editorial: revisiting estuarine salinity in a laboratory flume,2023,EDT,S07,10.55555/s07.2023.7046,,false,FEED
W992,Field measurements of harbour seiches in a laboratory flume,2025,ART,S07,10.55555/s07.2025.6267,,false,FEED
W993,Remote sensing of beach profiles in shallow channels,2025,ART,S07,10.55555/s07.2025.8965,,false,FEED
W994,Uncertainty in sediment flux estimates in a laboratory flume,2024,ART,S08,10.55555/s08.2024.6825,,false,FEED
W995,Low-cost methods for buoy telemetry in tidal inlets,2020,REV,S13,10.55555/s13.2020.7694,,false,FEED
W996,Uncertainty in stratified flows estimates in the open shelf,2021,ART,S02,10.55555/s02.2021.6321,,false,FEED
W997,Machine learning for breaking waves in harbour basins,2025,SUP,S01,10.55555/s01.2025.2096,,false,STG
W998,Machine learning for wave boundary layers in harbour basins,2022,ART,S01,10.55555/s01.2022.2392,,false,FEED
W1000,Low-cost methods for internal waves,2024,ART,S01,10.55555/s01.2024.3383,,false,FEED
W1001,Machine learning for harbour seiches in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.3946,,false,FEED
W1002,A framework for dune erosion,2021,SUP,S06,10.55555/s06.2021.1124,,false,FEED
W1003,Field measurements of sensor calibration in the North Sea,2024,ART,S06,10.55555/s06.2024.1859,,false,FEED
W1004,Revisiting acoustic positioning,2024,ART,S02,10.55555/s02.2024.4429,,false,FEED
W1005,Remote sensing of buoy telemetry in fjords,2025,ART,S02,10.55555/s02.2025.1967,,false,FEED
W1006,Seasonal variability in acoustic positioning in a laboratory flume,2020,REV,S13,10.55555/s13.2020.7568,,false,FEED
W1007,A model of storm surge in sandy coasts,2023,ART,S01,10.55555/s01.2023.1365,,false,FEED
W1008,Machine learning for beach profiles in sandy coasts,2025,ART,S11,10.55555/s11.2025.3712,,false,FEED
W1009,Revisiting sediment flux in the open shelf: a review,2022,REV,S12,10.55555/s12.2022.6992,,false,FEED
W1010,Revisiting vortex shedding in mixed-energy coasts,2020,ART,S02,10.55555/s02.2020.9834,,false,FEED
W1011,Scaling laws for fleet coordination in harbour basins,2021,REV,S04,10.55555/s04.2021.3412,,false,FEED
W1012,Seasonal variability in marsh accretion in the Wexcombe marshes,2020,ART,S08,10.55555/s08.2020.9973,,false,FEED
W1013,Revisiting battery endurance in sandy coasts,2025,ART,S04,10.55555/s04.2025.2015,,false,FEED
W1014,A model of sensor calibration in the North Sea,2023,ART,S01,10.55555/s01.2023.5712,,false,FEED
W1015,Revisiting tidal asymmetry in mixed-energy coasts,2023,ART,S12,10.55555/s12.2023.6449,,false,FEED
W1016,Scaling laws for bed shear stress in a laboratory flume,2025,ART,S06,10.55555/s06.2025.4466,,false,FEED
W1017,A model of tidal asymmetry in tidal inlets,2025,ART,S07,10.55555/s07.2025.7453,,false,FEED
W1018,Remote sensing of estuarine salinity in the Brevin shelf,2025,ART,S08,10.55555/s08.2025.8885,,false,FEED
W1019,Seasonal variability in coastal upwelling in mixed-energy coasts,2020,ART,S03,10.55555/s03.2020.9079,,false,FEED
W1020,Machine learning for vortex shedding in mixed-energy coasts,2020,ART,S13,10.55555/s13.2020.9111,,false,FEED
W1021,Long-term trends in wave boundary layers,2021,ART,S02,10.55555/s02.2021.1763,,false,FEED
W1022,Uncertainty in storm surge estimates in the Wexcombe marshes,2023,ART,S09,10.55555/s09.2023.6605,,false,FEED
W1023,A model of beach profiles in mixed-energy coasts,2024,ART,S09,10.55555/s09.2024.2222,,false,FEED
W1024,Long-term trends in dune erosion in sandy coasts,2020,ART,S12,10.55555/s12.2020.6578,,false,FEED
W1025,Long-term trends in stratified flows,2020,ART,S02,10.55555/s02.2020.8833,,true,FEED
W1026,A model of dune erosion in a macrotidal bay,2019,ART,S09,10.55555/s09.2019.7972,,false,FEED
W1027,Low-cost methods for bed shear stress in fjords: a review,2024,REV,S10,10.55555/s10.2024.9692,,false,FEED
W1028,A model of wave runup in mixed-energy coasts,2019,ART,S03,10.55555/s03.2019.6764,,false,FEED
W1029,Seasonal variability in coastal upwelling in the open shelf,2022,ART,S09,10.55555/s09.2022.3414,,false,FEED
W1030,Low-cost methods for storm surge in the open shelf,2021,ART,S12,10.55555/s12.2021.9246,,false,FEED
W1031,Remote sensing of internal waves in the open shelf,2025,ART,S01,10.55555/s01.2025.6020,,false,FEED
W1032,Low-cost methods for coastal upwelling,2019,ART,S02,10.55555/s02.2019.6372,,false,FEED
W1033,Machine learning for tidal asymmetry,2025,ART,S08,10.55555/s08.2025.1174,,false,FEED
W1034,Foreword: tidal mixing,2025,EDT,S06,10.55555/s06.2025.1338,,false,FEED
W1035,Uncertainty in ocean optics estimates in the Brevin shelf,2021,ART,S03,10.55555/s03.2021.2698,,false,FEED
W1036,Uncertainty in bed shear stress estimates in the Albury estuary,2024,ART,S06,10.55555/s06.2024.2520,,false,FEED
W1037,Low-cost methods for harbour seiches in the Wexcombe marshes,2022,ART,S02,10.55555/s02.2022.9954,,true,FEED
W1038,Low-cost methods for marsh accretion,2020,ART,S02,10.55555/s02.2020.7315,,false,FEED
W1039,Revisiting vortex shedding in sandy coasts,2023,ART,S11,10.55555/s11.2023.6380,,false,FEED
W1040,Field measurements of storm surge,2024,ART,S08,10.55555/s08.2024.3437,,false,FEED
W1041,Editorial: survey vessel autonomy,2025,EDT,S03,10.55555/s03.2025.1894,,false,FEED
W1042,Revisiting seabed classification in a semi-enclosed sea,2025,ART,S01,10.55555/s01.2025.1941,,false,FEED
W1043,Editorial: machine learning for sediment flux,2023,EDT,S08,10.55555/s08.2023.2973,,false,FEED
W1044,Machine learning for acoustic positioning in harbour basins,2021,ART,S02,10.55555/s02.2021.7797,,false,FEED
W1046,Low-cost methods for vortex shedding in a laboratory flume,2024,ART,S01,10.55555/s01.2024.6960,,false,FEED
W1047,Scaling laws for sediment flux,2020,ART,S09,10.55555/s09.2020.3720,,false,FEED
W1048,Long-term trends in fleet coordination in shallow channels,2023,ART,S10,10.55555/s10.2023.6080,,false,FEED
W1049,Field measurements of tidal mixing,2021,PPR,S14,10.55555/s14.2021.1460,W789,false,FEED
W1050,Low-cost methods for glider navigation in the Wexcombe marshes,2024,ART,S09,10.55555/s09.2024.6796,,false,FEED
W1051,Machine learning for estuarine salinity,2020,ART,S03,10.55555/s03.2020.2154,,false,FEED
W1052,Long-term trends in buoy telemetry in the North Sea,2019,ART,S03,10.55555/s03.2019.3020,,false,FEED
W1053,Remote sensing of tidal asymmetry in harbour basins: a review,2019,REV,S01,10.55555/s01.2019.7693,,false,FEED
W1054,A framework for sonar imaging in the Brevin shelf,2021,PPR,S05,10.55555/s05.2021.4988,,false,FEED
W1056,A model of sonar imaging,2023,ART,S02,10.55555/s02.2023.2546,,false,FEED
W1058,A model of turbidity sensing,2021,ART,S11,10.55555/s11.2021.2492,,false,FEED
W1060,Machine learning for tidal mixing,2020,ART,S11,10.55555/s11.2020.6305,,false,FEED
W1061,Remote sensing of turbidity sensing in shallow channels,2023,ART,S01,10.55555/s01.2023.6359,,false,FEED
W1062,Seasonal variability in wave runup in sandy coasts: a review,2019,REV,S02,10.55555/s02.2019.7336,,false,FEED
W1063,Low-cost methods for fleet coordination in a macrotidal bay,2019,ART,S02,10.55555/s02.2019.5813,,false,FEED
W1064,Seasonal variability in marsh accretion,2019,ART,S07,10.55555/s07.2019.5586,,false,FEED
W1065,Revisiting sensor calibration,2020,ART,S02,10.55555/s02.2020.2079,,false,FEED
```

### authorships.csv
```csv
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```

### citations.csv
```csv
citing_work_id,cited_work_id
W12,W03
W13,W03
W14,W03
W15,W02
W15,W03
W16,W03
W17,W03
W18,W02
W32,W20
W33,W21
W34,W22
W35,W20
W36,W20
W36,W21
W39,W23
W40,W01
W41,W01
W50,W40
W51,W40
W51,W41
W52,W41
W60,W30
W61,W30
W62,W30
W62,W31
W63,W30
W64,W30
W65,W31
W66,W31
W67,W42
W90,W22
W90,W41
W91,W22
W92,W22
W103,W60
W103,W101
W104,W101
W105,W60
W106,W61
W106,W104
W107,W101
W107,W104
W108,W60
W108,W101
W108,W104
W109,W101
W109,W104
W110,W60
W111,W64
W111,W104
W111,W107
W113,W110
W114,W104
W115,W114
W116,W104
W118,W66
W118,W106
W119,W109
W119,W114
W120,W108
W120,W112
W121,W112
W121,W113
W123,W60
W123,W101
W124,W101
W124,W107
W124,W114
W125,W61
W125,W105
W125,W108
W201,W1063
W203,W291
W204,W425
W205,W502
W208,W361
W209,W341
W209,W1002
W210,W461
W211,W361
W211,W400
W211,W758
W214,W03
W214,W881
W215,W607
W216,W401
W216,W607
W217,W1053
W218,W464
W218,W642
W218,W755
W219,W271
W219,W953
W220,W733
W220,W910
W222,W251
W222,W449
W222,W599
W223,W665
W223,W896
W223,W936
W224,W272
W225,W531
W225,W542
W225,W704
W225,W850
W225,W1063
W227,W946
W228,W620
W228,W696
W228,W732
W229,W01
W229,W206
W229,W873
W230,W557
W230,W691
W233,W215
W235,W400
W238,W869
W239,W562
W239,W1032
W242,W350
W246,W30
W247,W740
W249,W42
W252,W904
W256,W480
W257,W749
W258,W486
W258,W835
W259,W425
W259,W593
W259,W848
W260,W497
W260,W755
W261,W445
W261,W1058
W262,W618
W263,W728
W263,W1063
W265,W430
W265,W682
W266,W430
W267,W275
W267,W547
W267,W879
W268,W436
W269,W227
W270,W779
W270,W1044
W271,W605
W271,W1063
W272,W526
W273,W03
W273,W787
W273,W888
W274,W30
W274,W862
W274,W884
W275,W208
W275,W943
W276,W30
W276,W678
W278,W382
W279,W239
W279,W916
W279,W1063
W281,W932
W282,W20
W282,W341
W282,W398
W284,W312
W284,W534
W284,W559
W285,W730
W285,W798
W289,W30
W289,W486
W291,W562
W292,W807
W293,W319
W294,W239
W296,W402
W296,W572
W296,W876
W297,W256
W299,W575
W300,W20
W300,W855
W302,W20
W302,W217
W302,W454
W303,W552
W304,W1043
W305,W296
W308,W575
W308,W808
W308,W851
W309,W453
W309,W584
W309,W937
W310,W778
W313,W369
W314,W296
W314,W1006
W314,W1017
W315,W02
W315,W03
W315,W227
W317,W465
W317,W887
W318,W31
W318,W511
W318,W800
W320,W30
W320,W31
W320,W476
W320,W637
W320,W958
W322,W324
W322,W346
W325,W335
W325,W834
W325,W880
W326,W227
W326,W516
W329,W22
W329,W595
W330,W422
W331,W605
W331,W749
W334,W30
W334,W319
W334,W383
W334,W989
W337,W660
W338,W40
W338,W465
W338,W602
W338,W736
W338,W843
W339,W716
W339,W864
W341,W453
W341,W804
W348,W403
W348,W681
W349,W03
W349,W524
W349,W773
W349,W851
W354,W410
W354,W500
W354,W995
W355,W264
W355,W528
W357,W333
W357,W530
W357,W674
W357,W842
W359,W277
W365,W323
W366,W550
W369,W296
W369,W737
W369,W1053
W370,W484
W370,W970
W371,W404
W371,W435
W372,W22
W373,W876
W374,W292
W374,W927
W376,W466
W377,W870
W378,W867
W380,W699
W382,W580
W382,W785
W383,W416
W384,W214
W384,W706
W384,W1001
W387,W452
W388,W1063
W389,W593
W396,W40
W396,W803
W397,W02
W397,W03
W398,W350
W399,W400
W399,W426
W399,W565
W401,W291
W403,W958
W405,W419
W405,W710
W406,W269
W406,W849
W406,W896
W407,W414
W407,W635
W407,W1054
W413,W562
W417,W406
W417,W628
W417,W815
W418,W683
W418,W804
W418,W846
W419,W626
W419,W842
W420,W733
W421,W438
W421,W473
W421,W627
W421,W855
W422,W790
W422,W824
W424,W742
W425,W275
W425,W369
W425,W816
W427,W523
W427,W527
W427,W869
W428,W713
W428,W727
W428,W910
W430,W672
W431,W752
W436,W901
W436,W976
W439,W30
W439,W927
W440,W588
W440,W608
W440,W735
W441,W428
W442,W665
W442,W1026
W444,W755
W448,W354
W448,W665
W448,W807
W453,W770
W456,W385
W456,W803
W456,W821
W457,W733
W458,W279
W458,W696
W459,W271
W459,W649
W459,W1026
W460,W269
W460,W1024
W462,W277
W462,W816
W462,W901
W463,W716
W465,W896
W466,W588
W467,W691
W467,W696
W467,W979
W469,W820
W469,W990
W470,W972
W475,W809
W477,W601
W477,W803
W477,W1036
W478,W861
W481,W716
W486,W720
W486,W858
W487,W808
W487,W835
W488,W22
W488,W1060
W489,W807
W491,W401
W496,W237
W496,W555
W496,W771
W499,W725
W501,W376
W501,W458
W503,W369
W503,W527
W503,W555
W505,W565
W505,W777
W507,W1030
W508,W731
W509,W479
W509,W649
W509,W851
W512,W782
W512,W983
W515,W20
W515,W935
W520,W269
W520,W790
W520,W827
W522,W749
W522,W771
W524,W513
W524,W630
W524,W820
W526,W322
W527,W480
W527,W823
W528,W516
W528,W612
W529,W237
W529,W860
W529,W908
W531,W942
W531,W1065
W533,W500
W533,W539
W535,W02
W535,W03
W535,W553
W536,W491
W536,W728
W536,W1047
W538,W669
W539,W901
W541,W630
W542,W584
W544,W02
W544,W751
W544,W807
W544,W1065
W546,W40
W546,W660
W546,W782
W547,W953
W549,W1035
W550,W237
W550,W988
W550,W1010
W551,W211
W551,W489
W552,W742
W555,W978
W557,W323
W557,W580
W558,W02
W558,W706
W559,W564
W560,W491
W562,W728
W562,W749
W567,W599
W567,W696
W567,W948
W569,W03
W569,W319
W569,W411
W570,W465
W570,W666
W570,W944
W572,W613
W572,W713
W573,W22
W573,W303
W573,W932
W573,W954
W575,W331
W575,W500
W576,W880
W579,W524
W579,W588
W579,W790
W580,W616
W581,W1010
W582,W22
W582,W300
W582,W389
W583,W291
W583,W946
W586,W20
W586,W296
W586,W473
W586,W654
W589,W970
W592,W20
W592,W981
W595,W453
W598,W03
W598,W1064
W599,W461
W602,W01
W602,W1011
W605,W388
W610,W22
W610,W235
W610,W300
W610,W564
W610,W967
W612,W574
W613,W296
W613,W322
W613,W820
W614,W459
W615,W331
W615,W715
W615,W959
W617,W373
W618,W913
W619,W259
W619,W430
W619,W502
W621,W20
W621,W624
W625,W832
W626,W758
W626,W1028
W627,W480
W627,W807
W628,W584
W628,W630
W628,W946
W629,W725
W630,W461
W630,W876
W630,W1062
W632,W270
W633,W260
W633,W366
W635,W527
W640,W870
W642,W902
W643,W403
W643,W589
W645,W555
W649,W741
W650,W31
W651,W742
W651,W881
W651,W1064
W652,W645
W652,W836
W655,W361
W655,W489
W656,W545
W656,W651
W656,W858
W657,W01
W659,W817
W659,W934
W660,W01
W660,W940
W660,W1035
W661,W848
W661,W884
W663,W741
W664,W296
W664,W888
W665,W780
W666,W426
W666,W921
W667,W593
W668,W480
W672,W820
W672,W858
W673,W368
W673,W992
W674,W901
W675,W519
W675,W881
W676,W03
W676,W621
W676,W690
W678,W256
W678,W605
W678,W608
W679,W834
W680,W22
W680,W410
W680,W480
W680,W728
W682,W229
W682,W584
W682,W871
W683,W368
W683,W798
W684,W346
W684,W678
W684,W856
W685,W317
W686,W752
W688,W314
W692,W882
W693,W346
W693,W1063
W696,W243
W696,W369
W696,W584
W697,W626
W699,W433
W699,W782
W699,W968
W700,W22
W700,W246
W700,W572
W702,W799
W703,W801
W704,W615
W705,W628
W707,W331
W707,W500
W707,W733
W709,W946
W710,W1047
W711,W03
W711,W505
W714,W382
W714,W722
W715,W516
W718,W413
W719,W858
W721,W970
W722,W275
W722,W346
W722,W730
W724,W579
W724,W972
W725,W354
W725,W886
W725,W995
W727,W430
W729,W420
W730,W849
W732,W243
W732,W465
W733,W279
W733,W502
W733,W772
W734,W22
W734,W985
W734,W1042
W737,W556
W737,W916
W738,W559
W739,W545
W739,W713
W739,W772
W740,W722
W742,W908
W744,W417
W744,W705
W745,W457
W745,W623
W745,W1032
W747,W755
W747,W1007
W748,W03
W749,W858
W750,W285
W750,W655
W750,W976
W751,W263
W751,W373
W751,W516
W752,W880
W753,W1052
W756,W400
W756,W816
W757,W42
W760,W204
W761,W03
W761,W442
W761,W575
W761,W991
W762,W1000
W763,W433
W763,W459
W763,W540
W764,W555
W765,W222
W766,W326
W768,W1064
W769,W522
W772,W545
W774,W275
W776,W668
W777,W267
W777,W896
W778,W465
W779,W388
W780,W696
W782,W903
W783,W20
W783,W707
W783,W787
W784,W430
W784,W583
W784,W618
W785,W206
W785,W838
W785,W1051
W786,W453
W786,W881
W787,W367
W787,W467
W787,W1058
W788,W1027
W789,W616
W791,W208
W791,W305
W791,W976
W792,W1044
W793,W441
W794,W31
W794,W925
W794,W955
W794,W1028
W798,W486
W799,W545
W799,W960
W800,W322
W801,W660
W803,W579
W806,W401
W807,W692
W807,W769
W807,W944
W808,W476
W808,W897
W810,W741
W812,W03
W813,W331
W813,W787
W813,W960
W816,W296
W816,W623
W816,W835
W817,W735
W818,W588
W819,W22
W819,W382
W821,W344
W821,W383
W822,W292
W822,W642
W822,W722
W823,W500
W823,W858
W824,W811
W826,W336
W830,W406
W831,W466
W831,W774
W831,W828
W832,W269
W833,W03
W833,W466
W836,W995
W836,W1053
W836,W1065
W837,W20
W837,W21
W837,W713
W838,W279
W840,W376
W840,W669
W842,W620
W842,W826
W843,W02
W843,W03
W844,W01
W844,W660
W846,W296
W846,W574
W846,W922
W847,W453
W847,W1060
W848,W775
W848,W882
W848,W932
W851,W31
W851,W1063
W852,W401
W852,W944
W853,W20
W853,W616
W853,W981
W854,W480
W855,W836
W856,W30
W856,W588
W857,W790
W857,W820
W857,W989
W858,W896
W859,W927
W860,W424
W860,W755
W860,W756
W861,W772
W861,W1026
W864,W696
W865,W344
W865,W756
W865,W927
W866,W22
W867,W874
W868,W22
W868,W935
W868,W1016
W870,W211
W870,W672
W870,W944
W872,W572
W872,W696
W873,W562
W874,W424
W874,W664
W874,W1019
W875,W496
W875,W941
W875,W975
W876,W271
W876,W331
W876,W424
W877,W471
W877,W784
W878,W30
W878,W31
W879,W583
W879,W599
W880,W835
W881,W613
W882,W309
W882,W324
W882,W916
W884,W322
W885,W946
W889,W03
W889,W277
W889,W337
W889,W867
W890,W03
W890,W218
W890,W664
W890,W811
W894,W30
W894,W433
W894,W536
W895,W01
W895,W40
W895,W41
W897,W241
W897,W601
W897,W663
W900,W579
W901,W735
W903,W373
W903,W908
W903,W964
W904,W20
W904,W450
W904,W921
W905,W466
W907,W713
W908,W458
W908,W502
W908,W780
W910,W1051
W913,W672
W913,W749
W913,W908
W914,W389
W914,W729
W917,W659
W921,W313
W921,W348
W921,W572
W922,W40
W922,W477
W924,W417
W924,W428
W924,W448
W924,W642
W924,W762
W925,W393
W925,W886
W925,W1037
W927,W1028
W928,W450
W928,W707
W930,W420
W930,W437
W930,W894
W931,W03
W931,W519
W931,W755
W932,W638
W933,W618
W934,W668
W934,W1048
W935,W332
W935,W354
W935,W439
W936,W426
W936,W749
W937,W263
W937,W552
W940,W1012
W941,W835
W943,W201
W943,W513
W943,W730
W944,W243
W944,W583
W944,W1052
W946,W277
W946,W556
W946,W630
W947,W415
W947,W453
W947,W784
W948,W807
W949,W208
W949,W1061
W950,W1016
W953,W562
W954,W304
W959,W457
W964,W294
W964,W399
W964,W936
W965,W606
W966,W560
W966,W801
W966,W1036
W967,W1002
W968,W587
W968,W616
W968,W713
W970,W936
W971,W22
W971,W252
W972,W755
W973,W03
W975,W665
W977,W752
W978,W410
W978,W672
W978,W1063
W980,W336
W980,W579
W980,W601
W981,W753
W981,W804
W984,W355
W984,W824
W986,W424
W986,W593
W987,W22
W987,W608
W988,W30
W988,W322
W989,W903
W990,W294
W991,W623
W992,W30
W993,W449
W993,W617
W993,W947
W994,W278
W994,W756
W995,W275
W996,W579
W996,W903
W996,W989
W997,W22
W997,W496
W997,W709
W997,W1033
W1000,W317
W1000,W978
W1001,W797
W1002,W218
W1002,W461
W1002,W742
W1005,W233
W1005,W251
W1005,W706
W1006,W1047
W1007,W458
W1007,W735
W1007,W772
W1009,W988
W1011,W453
W1011,W623
W1011,W910
W1012,W876
W1014,W731
W1016,W242
W1016,W793
W1016,W1046
W1017,W246
W1018,W343
W1020,W556
W1022,W309
W1022,W876
W1024,W401
W1024,W692
W1024,W769
W1025,W275
W1025,W331
W1025,W572
W1026,W626
W1027,W210
W1027,W349
W1027,W728
W1029,W649
W1031,W521
W1031,W699
W1031,W702
W1032,W713
W1033,W30
W1033,W977
W1034,W383
W1034,W631
W1034,W1001
W1037,W312
W1038,W572
W1039,W31
W1039,W42
W1040,W896
W1042,W455
W1042,W602
W1043,W276
W1043,W506
W1043,W784
W1044,W713
W1046,W301
W1047,W870
W1048,W02
W1048,W601
W1048,W821
W1049,W313
W1050,W774
W1051,W522
W1052,W970
W1056,W03
W1058,W555
W1058,W808
W1058,W822
W1060,W271
W1060,W552
W1060,W946
W1061,W522
W1061,W757
W1064,W944
W1064,W1026
W1065,W870
W1065,W1024
```

### ontology.ttl (the vocabulary the data uses)
The codes in the CSV files are the skos:notation values of the concepts below.
```turtle
@prefix res:  <https://example.org/research/> .
@prefix owl:  <http://www.w3.org/2002/07/owl#> .
@prefix rdf:  <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
@prefix skos: <http://www.w3.org/2004/02/skos/core#> .
@prefix xsd:  <http://www.w3.org/2001/XMLSchema#> .

# A deliberately small ontology for the semantics-ladder experiment, second domain.
# The semantics live in the definitions (skos:definition), in plain English, not in OWL
# axioms. Each code used in the CSV files (ART, LAB, K2, STG, ...) is a concept here, with
# skos:notation giving the code as it appears in the data.
#
# Shaped like OpenAlex's entities (works, authors, institutions, sources), but it is not
# OpenAlex's model, and all the data it describes is invented.

<https://example.org/research/ontology> a owl:Ontology ;
    rdfs:label "Research analytics: a teaching ontology" ;
    rdfs:comment "Works, authors, institutions, sources, authorships, citations and the codes the data uses, each with a definition that states what it means and how to count it. Invented for an experiment; not a model of any real bibliographic database." ;
    owl:versionInfo "0.1" .


# === Classes ==============================================================================

res:Work a owl:Class ;
    rdfs:label "Work" ;
    skos:definition "A record of something published: an article, review, preprint, editorial, erratum or piece of paratext (res:workType). Not every work is research output. A research work is a work that (1) is not a test record (see res:origin-STG), (2) is of a research type: an article (ART), a review (REV), a supplement article (SUP) or a preprint (PPR), (3) is not retracted (res:retracted), and (4) did not appear in a delisted source (res:tier-K0). Editorials, errata and paratext are never research output. A preprint and its published version (res:versionOf) are two records of one research work and count once, under the published version (its year and its source). Every count of works means research works, and citations are counted to research works, unless a question says otherwise." .

res:Author a owl:Class ;
    rdfs:label "Author" ;
    skos:definition "An author record: one person as one source spelled them. A person is identified by their ORCID (res:orcid), not by their name or record ID. The same person can appear as several author records with differently spelled names: records with the same ORCID are the same person, and every work recorded against any of them is that person's. Two records with the same name and different ORCIDs are different people. A record with no ORCID is a person of its own." .

res:Institution a owl:Class ;
    rdfs:label "Institution" ;
    skos:definition "An organisation that authors are affiliated with: a university system, university, lab, company, government body or affiliated institute (res:institutionType). Institutions form a hierarchy through res:parent: a lab can sit under a centre, under a university, under a university system. A work credited to a unit is also credited to every institution above it, to any depth, so counting an institution's works means counting the works of the institution and all its units, each work once. The exception is an affiliated institute (res:itype-AFF): its parent link does not make it a unit." .

res:Source a owl:Class ;
    rdfs:label "Source" ;
    skos:definition "Where a work appeared: a journal or a repository (res:sourceType)." .

res:Authorship a owl:Class ;
    rdfs:label "Authorship" ;
    skos:definition "One author's place on one work, and one of the institutions they gave for it: one record per author, work and affiliation. An author who gave two affiliations on a work has two authorship records for it, with the same res:authorPosition and different res:affiliationSeq. Which one counts is set by res:affiliationSeq." .

res:Citation a owl:Class ;
    rdfs:label "Citation" ;
    skos:definition "One work citing another: res:citingWork lists res:citedWork among its references. A citation happens in the citing work's year. A work's citation count is the number of distinct works, of any type, that cite it, leaving out test records (res:origin-STG) and retracted works. A work citing both a preprint and its published version is one citation of that research work. Citation counts for an author, institution or country add up the counts of their research works. When citations are rolled up to the citing side (which institution or country cites another most), each citing work counts once for each institution credited on it, however many of its authors are from that institution. A self-citation depends on the level: an author self-citation is one where the citing and cited works share at least one author (the same person, whatever the record); an institution self-citation is one where they share a credited institution at the level asked about; a country self-citation is one where they share a country of credited institutions. Each level includes the one below it, so the three are different counts. A citation window counts only the citations made in the cited work's publication year and a given number of years after it, so that older and newer works are compared over the same span." .


# === Properties: institutions =============================================================

res:name a owl:DatatypeProperty ; rdfs:label "name" ;
    skos:definition "The name of an institution, author or source as the record spells it. Names are not identifiers: the same person can be spelled differently, and different people can share a name." .

res:ror a owl:DatatypeProperty ; rdfs:label "ROR ID" ;
    skos:definition "The institution's Research Organization Registry identifier (invented here)." .

res:country a owl:DatatypeProperty ; rdfs:label "country" ;
    skos:definition "ISO code of the country where the institution is. A work's countries are the countries of the institutions credited on it (see res:affiliationSeq), not of every affiliation listed." .

res:institutionType a owl:ObjectProperty ; rdfs:label "institution type" ;
    skos:definition "What kind of institution it is: a concept of the scheme res:InstitutionTypes." .

res:parent a owl:ObjectProperty ; rdfs:label "parent" ;
    skos:definition "The institution this one is a unit of. Follow it upwards, to any depth, to find the institutions a work is also credited to; the ultimate parent is the institution at the top of the chain, the one with no parent. For an affiliated institute (res:itype-AFF) the link records an agreement, not membership: do not follow it." .


# === Properties: authors ==================================================================

res:orcid a owl:DatatypeProperty ; rdfs:label "ORCID" ;
    skos:definition "The person's ORCID identifier (invented here): the identifier that says which person an author record stands for. Same ORCID, same person." .


# === Properties: sources ==================================================================

res:issn a owl:DatatypeProperty ; rdfs:label "ISSN" ;
    skos:definition "The journal's ISSN (invented here). Repositories have none." .

res:sourceType a owl:ObjectProperty ; rdfs:label "source type" ;
    skos:definition "Whether the source is a journal or a repository: a concept of the scheme res:SourceTypes." .

res:tier a owl:ObjectProperty ; rdfs:label "tier" ;
    skos:definition "The source's tier on this dataset's own journal list: a concept of the scheme res:Tiers. The tiers count upwards: K3 is the highest tier and K1 the lowest; K0 is not a tier but a delisting. Repositories have no tier." .


# === Properties: works ====================================================================

res:title a owl:DatatypeProperty ; rdfs:label "title" ;
    skos:definition "The work's title. A preprint and its published version often share a title; two works with the same title are not the same work unless res:versionOf links them." .

res:year a owl:DatatypeProperty ; rdfs:label "publication year" ;
    skos:definition "The year the work was published. A citation's year is the citing work's publication year." .

res:workType a owl:ObjectProperty ; rdfs:label "work type" ;
    skos:definition "What kind of work it is: a concept of the scheme res:WorkTypes. It decides whether the work is research output (see res:Work)." .

res:source a owl:ObjectProperty ; rdfs:label "source" ;
    skos:definition "The journal or repository the work appeared in." .

res:doi a owl:DatatypeProperty ; rdfs:label "DOI" ;
    skos:definition "The work's DOI (invented here). A preprint and its published version have different DOIs, though they are one research work." .

res:versionOf a owl:ObjectProperty ; rdfs:label "version of" ;
    skos:definition "Set on a preprint whose published version is also in the data: it names that published version. The two records are one research work, counted once, under the published version; the authors, institutions and citations of either record belong to that one work." .

res:retracted a owl:DatatypeProperty ; rdfs:label "retracted" ;
    skos:definition "True if the work has been retracted. A retracted work is not research output: leave it out of every count of works, and its citations out of every count of citations." .

res:recordSource a owl:ObjectProperty ; rdfs:label "record source" ;
    skos:definition "The system the work record was loaded from: a concept of the scheme res:RecordSources." .


# === Properties: authorships ==============================================================

res:work a owl:ObjectProperty ; rdfs:label "work" ;
    skos:definition "The work the authorship is on." .

res:author a owl:ObjectProperty ; rdfs:label "author" ;
    skos:definition "The author record: see res:Author for which person it stands for." .

res:authorPosition a owl:DatatypeProperty ; rdfs:label "author position" ;
    skos:definition "The author's place in the byline, from 1. The number of a work's authors is the number of distinct people in its byline." .

res:institution a owl:ObjectProperty ; rdfs:label "institution" ;
    skos:definition "An institution the author gave on this work." .

res:affiliationSeq a owl:DatatypeProperty ; rdfs:label "affiliation sequence" ;
    skos:definition "The order in which the author listed their affiliations on this work, from 1. House rule: when an author lists several affiliations on one work, the work is credited only to the affiliation listed last, the one with the highest sequence number, for that author; the others are ignored in every count. With one affiliation, that one is credited. Under full counting, a work counts once for each institution credited on it (and for the institutions above it). Under fractional counting, a work is split equally among its authors (distinct people), and each author's share goes to the one institution credited for them, and so to its country; an institution's fractional count adds up the shares of its own authors and its units' authors." .


# === Properties: citations ================================================================

res:citingWork a owl:ObjectProperty ; rdfs:label "citing work" ;
    skos:definition "The work that makes the citation." .

res:citedWork a owl:ObjectProperty ; rdfs:label "cited work" ;
    skos:definition "The work that is cited." .


# === Code lists (the codes used in the CSV files) =========================================

res:WorkTypes a skos:ConceptScheme ; rdfs:label "Work types" .

res:wtype-ART a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "ART" ;
    rdfs:label "Article" ; skos:prefLabel "Research article" ;
    skos:definition "A peer-reviewed research article. Research output." .
res:wtype-REV a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "REV" ;
    rdfs:label "Review" ; skos:prefLabel "Review article" ;
    skos:definition "A peer-reviewed article that surveys a field. Research output." .
res:wtype-SUP a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "SUP" ;
    rdfs:label "Supplement article" ; skos:prefLabel "Supplement article" ;
    skos:definition "In this dataset, SUP does not mean supplementary material. It is a full, peer-reviewed research article published in a supplement issue of a journal, such as a proceedings supplement. It is research output and counts exactly like an article (ART)." .
res:wtype-PPR a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "PPR" ;
    rdfs:label "Preprint" ; skos:prefLabel "Preprint" ;
    skos:definition "A version posted to a repository before or without peer review. Research output, but if its published version is in the data (res:versionOf), the two are one research work, counted once." .
res:wtype-EDT a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "EDT" ;
    rdfs:label "Editorial" ; skos:prefLabel "Editorial" ;
    skos:definition "An editor's introduction or opinion piece. Not research output." .
res:wtype-ERR a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "ERR" ;
    rdfs:label "Erratum" ; skos:prefLabel "Erratum" ;
    skos:definition "A correction notice for an earlier work. Not research output, and not a new version of the work it corrects." .
res:wtype-PTX a skos:Concept ; skos:inScheme res:WorkTypes ; skos:notation "PTX" ;
    rdfs:label "Paratext" ; skos:prefLabel "Paratext" ;
    skos:definition "Front matter, issue information, tables of contents and the like: published with a journal issue, but not a contribution. Not research output." .

res:InstitutionTypes a skos:ConceptScheme ; rdfs:label "Institution types" .

res:itype-SYS a skos:Concept ; skos:inScheme res:InstitutionTypes ; skos:notation "SYS" ;
    rdfs:label "University system" ; skos:prefLabel "University system" ;
    skos:definition "A group of universities under one governing body. Its works are the works of all its universities and their units." .
res:itype-UNI a skos:Concept ; skos:inScheme res:InstitutionTypes ; skos:notation "UNI" ;
    rdfs:label "University" ; skos:prefLabel "University" ;
    skos:definition "A university or college." .
res:itype-LAB a skos:Concept ; skos:inScheme res:InstitutionTypes ; skos:notation "LAB" ;
    rdfs:label "Lab or centre" ; skos:prefLabel "Laboratory, centre or institute" ;
    skos:definition "A research unit inside its parent institution. Its works are also its parent's works, and its parent's parent's, to the top." .
res:itype-AFF a skos:Concept ; skos:inScheme res:InstitutionTypes ; skos:notation "AFF" ;
    rdfs:label "Affiliated institute" ; skos:prefLabel "Affiliated institute" ;
    skos:definition "A legally independent institute linked to a university by an agreement. Its parent link records that agreement and nothing more: an affiliated institute is not a unit of its parent, is not part of the parent's system, and its works are never credited to the parent or to anything above it. Its ultimate parent is itself." .
res:itype-CO a skos:Concept ; skos:inScheme res:InstitutionTypes ; skos:notation "CO" ;
    rdfs:label "Company" ; skos:prefLabel "Company" ;
    skos:definition "A company." .
res:itype-GOV a skos:Concept ; skos:inScheme res:InstitutionTypes ; skos:notation "GOV" ;
    rdfs:label "Government body" ; skos:prefLabel "Government body" ;
    skos:definition "A government agency or laboratory." .

res:SourceTypes a skos:ConceptScheme ; rdfs:label "Source types" .

res:stype-JOU a skos:Concept ; skos:inScheme res:SourceTypes ; skos:notation "JOU" ;
    rdfs:label "Journal" ; skos:prefLabel "Journal" ;
    skos:definition "A peer-reviewed journal, including its proceedings or supplement issues." .
res:stype-REP a skos:Concept ; skos:inScheme res:SourceTypes ; skos:notation "REP" ;
    rdfs:label "Repository" ; skos:prefLabel "Repository" ;
    skos:definition "A preprint server or other repository." .

res:Tiers a skos:ConceptScheme ; rdfs:label "Journal tiers" .

res:tier-K3 a skos:Concept ; skos:inScheme res:Tiers ; skos:notation "K3" ;
    rdfs:label "Tier K3" ; skos:prefLabel "Tier K3, the highest" ;
    skos:definition "The highest tier: the journals the list ranks first. A higher number is a higher tier, so K3 ranks above K2, and K2 above K1." .
res:tier-K2 a skos:Concept ; skos:inScheme res:Tiers ; skos:notation "K2" ;
    rdfs:label "Tier K2" ; skos:prefLabel "Tier K2, the middle" ;
    skos:definition "The middle tier: below K3, above K1." .
res:tier-K1 a skos:Concept ; skos:inScheme res:Tiers ; skos:notation "K1" ;
    rdfs:label "Tier K1" ; skos:prefLabel "Tier K1, the lowest" ;
    skos:definition "The lowest tier that is still listed: below K2." .
res:tier-K0 a skos:Concept ; skos:inScheme res:Tiers ; skos:notation "K0" ;
    rdfs:label "Delisted" ; skos:prefLabel "Delisted source" ;
    skos:definition "Not a tier: a source removed from the list for failing its review of editorial practice. Works that appeared in a K0 source are not research output, whatever their type, and are left out of every count of works and citations." .

res:RecordSources a skos:ConceptScheme ; rdfs:label "Record sources" .

res:origin-FEED a skos:Concept ; skos:inScheme res:RecordSources ; skos:notation "FEED" ;
    rdfs:label "Bibliographic feed" ; skos:prefLabel "Bibliographic feed" ;
    skos:definition "Loaded from the external bibliographic feed." .
res:origin-CRIS a skos:Concept ; skos:inScheme res:RecordSources ; skos:notation "CRIS" ;
    rdfs:label "Institutional system" ; skos:prefLabel "Institutional research information system" ;
    skos:definition "Entered by an institution in its own research information system. As good as a feed record." .
res:origin-STG a skos:Concept ; skos:inScheme res:RecordSources ; skos:notation "STG" ;
    rdfs:label "Staging" ; skos:prefLabel "Staging load" ;
    skos:definition "Test records, loaded into staging to check the import and never removed. They describe no real work: ignore an STG work, its authorships and every citation it makes, in every count." .
```

## Questions

Answer each question below from the data above. Start each answer on a new line with its
number in bold, like **Q1.**, give the direct answer first, then at most two sentences of
reasoning that cite the records (IDs) you relied on.

Then end with one JSON block (```json) holding the structured answer to each question listed
here, with exactly these fields, shaped like {"Q1": {"field": value}, ...}. Name works, authors, institutions and sources by their record ID: the work_id, author_id, institution_id or source_id in the CSV files, or the part of the IRI after res: in the RDF (W01, A07, I02, S03; not their titles or names).

- Q1: count (a number)
- Q2: works (a list of record IDs)
- Q3: same ("yes", "no" or "depends")
- Q4: count (a number)
- Q5: same ("yes", "no" or "depends")
- Q6: author (a record ID)
- Q7: count (a number)
- Q8: parent (a record ID)
- Q9: count (a number)
- Q10: count (a number)
- Q11: count (a number)
- Q12: full (a number), fractional (a number)
- Q13: full (a record ID), fractional (a record ID)
- Q14: full (a number), fractional (a number)
- Q15: count (a number)
- Q16: count (a number)
- Q17: works (a list of record IDs)
- Q18: count (a number)
- Q19: count (a number)
- Q20: works (a list of record IDs)
- Q21: count (a number)
- Q22: more_in_total (a record ID), more_in_window (a record ID)
- Q23: total (a number), in_window (a number)
- Q24: count (a number)
- Q25: count (a number)
- Q26: counts ("yes", "no" or "depends")
- Q27: institution (a record ID), citing_works (a number)
- Q28: count (a number)
- Q29: author (a number), institution (a number), country (a number)
- Q30: count (a number)
- Q31: works (a list of record IDs)
- Q32: count (a number)
- Q33: work (a record ID)
- Q34: count (a number)
- Q35: count (a number)
- Q36: count (a number)
- Q37: institution (a record ID)
- Q38: institutions (a list of record IDs)
- Q39: count (a number)
- Q40: source (a record ID)
- Q41: higher ("yes", "no" or "depends")
- Q42: count (a number)
- Q43: research ("yes", "no" or "depends")
- Q44: institutions (a list of record IDs)
- Q45: count (a number)
- Q46: parent (a record ID)

Q1. How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?
Q2. List every work, of any type, that Mara Ellison (A01) is an author of.
Q3. Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?
Q4. How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?
Q5. Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?
Q6. Which author has the most research works credited to the University of Albury, its units included?
Q7. How many research works has Mara Ellison authored?
Q8. What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)?
Q9. How many research works is the University of Albury (I02) credited with, its units included?
Q10. How many research works is the Albury University System (I01) credited with, all its units included?
Q11. How many research works is Kesting University (I07) credited with, its units included?
Q12. How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?
Q13. In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?
Q14. How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?
Q15. How many research works appeared in Ocean Sensing Letters (S02) in 2024?
Q16. How many research works appeared in the Journal of Marine Autonomy (S01)?
Q17. Which of Mara Ellison's works are not research output because of their document type?
Q18. How many distinct research works has Priya Ramanathan (A07) authored?
Q19. How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?
Q20. Which works in the data are preprints of another work that is also in the data?
Q21. How many research works is Oskel Polytechnic (I14) credited with?
Q22. Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?
Q23. How many citations has W30 received in total, and how many within its publication year and the two years after?
Q24. How many research works has Lena Vossberg (A09) authored?
Q25. What is the total of the citation counts of Lena Vossberg's research works?
Q26. Does W23 count towards Kesting University's research output?
Q27. Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?
Q28. How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?
Q29. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?
Q30. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?
Q31. Which works cite at least one of the works that cite W01?
Q32. How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?
Q33. Which of Kesting University's research works has the most citations?
Q34. How many research works was Kesting University (units included) credited with in 2025?
Q35. How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?
Q36. How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?
Q37. Which institution is W70 credited to?
Q38. Which institutions is W71 credited to, at every level?
Q39. How many of the University of Albury's research works (units included) appeared in a source of the highest tier?
Q40. Which source is in the highest tier?
Q41. Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?
Q42. How many research works appeared in Global Marine Science Reports (S04)?
Q43. Is W07 research output?
Q44. Which institutions are part of the Albury University System, at any level below it?
Q45. How many research works is the Halloran Institute for Coastal Studies (I06) credited with?
Q46. What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?
Q47. Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?
Q48. Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?

R10 executed (111984 characters)

<!-- system: You answer questions about a research-analytics dataset of works, authors, institutions, sources and citations. Use only the data you are given and what it tells you about its own meaning. If a question is ambiguous, or the data cannot settle it, say so. Be concise. -->

## The data

These tables are the data after its rules have been applied. Test records are gone. A preprint is merged into its published version (record_ids lists the records each work merges). research_output says whether a work counts as research output. Author records are merged into people (author_ids lists them). credits gives the one institution credited for each person on each work. institution_units lists every institution each institution's works count towards, itself included, with how many levels up. citations links merged works, and only from citing works that count. tier_rank ranks journal tiers, 1 the highest; a delisted source's works are not research output.

### works.csv
```csv
work_id,title,year,type,source_id,retracted,research_output,record_ids
W01,Adaptive path planning for underwater gliders,2021,ART,S01,false,yes,W01
W03,Drift-aware mapping with low-cost sonar,2023,ART,S02,false,yes,W02 W03
W04,Editorial: a new decade of marine autonomy,2023,EDT,S01,false,no,W04
W05,Erratum: Drift-aware mapping with low-cost sonar,2024,ERR,S02,false,no,W05
W06,Shoreline change detection from glider transects,2024,ART,S03,false,yes,W06
W07,Low-cost sonar arrays for coastal monitoring,2020,ART,S04,false,no,W07
W08,Turbulent wake modelling behind tidal turbines,2025,ART,S01,false,yes,W08
W09,Issue information,2023,PTX,S01,false,no,W09
W10,Front matter,2024,PTX,S02,false,no,W10
W12,Sonar mosaics from glider fleets,2024,ART,S02,false,yes,W12
W13,Fleet coordination for survey gliders,2024,ART,S01,false,yes,W13
W14,Harbour mapping with autonomous surface vessels,2025,ART,S03,false,yes,W14
W15,Low-cost sonar: a review,2025,REV,S02,false,yes,W15
W16,Sonar-based wake detection,2025,ART,S02,false,yes,W16
W17,Acoustic positioning near the shore,2024,SUP,S06,false,yes,W17
W18,Comparing sonar odometry methods,2022,PPR,S05,false,yes,W18
W19,Glider-borne turbidity sensing,2025,ART,S02,false,yes,W19
W20,Bed shear stress under breaking waves,2024,ART,S01,false,yes,W20
W21,A field campaign on tidal mixing,2024,ART,S02,false,yes,W21
W22,Turbulence closures for coastal models: a review,2024,REV,S03,false,yes,W22
W23,Anomalous dissipation in estuarine plumes,2023,ART,S02,true,no,W23
W24,Vortex shedding in shallow channels,2025,SUP,S06,false,yes,W24
W27,Sensor fusion for moored buoys,2024,ART,S03,false,yes,W27
W28,Calibration drift in conductivity sensors,2024,ART,S02,false,yes,W28
W29,Open hardware for ocean observation: a review,2024,REV,S01,false,yes,W29
W30,Tidal stream resource maps for the Dunmore coast,2019,ART,S03,false,yes,W30
W31,Machine-learned tidal forecasts,2023,ART,S01,false,yes,W31 W42
W32,Wave-current interaction over sandbars,2025,ART,S01,false,yes,W32
W33,Mixing efficiency in stratified tidal flows,2025,ART,S02,false,yes,W33
W34,Evaluating turbulence closures against flume data,2025,ART,S03,false,yes,W34
W35,Sediment resuspension by storms: a review,2025,REV,S02,false,yes,W35
W36,Shear and mixing in a macrotidal estuary,2025,ART,S03,false,yes,W36
W37,Port traffic and seabed disturbance,2022,ART,S03,false,yes,W37
W38,Seagrass mapping from aerial imagery,2023,ART,S02,false,yes,W38
W39,Replicating dissipation estimates in plumes,2024,ART,S03,false,yes,W39
W40,Energy budgets for long-range gliders,2022,ART,S02,false,yes,W40
W41,Path planning under uncertain currents,2023,ART,S03,false,yes,W41
W50,Battery ageing in autonomous platforms,2024,ART,S03,false,yes,W50
W51,Benchmarks for marine path planners,2024,ART,S02,false,yes,W51
W52,Route optimisation for ocean drones,2025,ART,S01,false,yes,W52
W60,Remote sensing of dune erosion,2020,ART,S08,false,yes,W60
W61,Uncertainty in marsh accretion estimates,2022,ART,S07,false,yes,W61
W62,Seasonal variability in dune erosion,2023,ART,S08,false,yes,W62
W63,Seasonal variability in sediment flux,2024,ART,S07,false,yes,W63
W64,Remote sensing of internal waves,2025,ART,S08,false,yes,W64
W65,Observations of dune erosion,2024,ART,S08,false,yes,W65
W66,Remote sensing of wave runup,2025,ART,S07,false,yes,W66
W67,Seasonal variability in tidal asymmetry,2023,ART,S08,false,yes,W67
W70,Optical backscatter in turbid estuaries,2023,ART,S02,false,yes,W70
W71,Low-power optical sensors for gliders,2024,ART,S01,false,yes,W71
W72,Integrating optical sensors on survey gliders,2024,ART,S03,false,yes,W72
W73,Saltmarsh retreat on the Halloran shore,2022,ART,S02,false,yes,W73
W74,Coastal squeeze and managed realignment: a review,2023,REV,S01,false,yes,W74
W75,Rip currents at tourist beaches,2023,ART,S04,false,no,W75
W76,Foreword to the Forum proceedings,2025,EDT,S06,false,no,W76
W101,Long-term trends in estuarine salinity,2019,ART,S08,false,yes,W101
W102,Long-term trends in dune erosion,2023,ART,S07,false,yes,W102
W103,A model of harbour seiches,2020,ART,S07,false,yes,W103
W104,Remote sensing of wave runup,2019,ART,S07,false,yes,W104
W105,Seasonal variability in harbour seiches,2021,ART,S08,false,yes,W105
W106,Seasonal variability in harbour seiches: a review,2022,REV,S07,false,yes,W106
W107,Observations of marsh accretion: a review,2019,REV,S08,false,yes,W107
W108,Seasonal variability in tidal asymmetry,2021,ART,S07,false,yes,W108
W109,A model of river plumes,2019,ART,S07,false,yes,W109
W110,Editorial: beach profiles,2021,EDT,S07,false,no,W110
W111,Observations of storm surge,2025,ART,S08,false,yes,W111
W112,Observations of tidal asymmetry,2020,ART,S07,false,yes,W112
W113,Seasonal variability in coastal upwelling,2021,ART,S07,false,yes,W113
W114,Observations of estuarine salinity,2019,ART,S08,false,yes,W114
W115,Remote sensing of internal waves: a review,2025,REV,S08,false,yes,W115
W116,A model of coastal upwelling,2022,ART,S08,false,yes,W116
W117,Uncertainty in beach profiles estimates,2024,ART,S08,false,yes,W117
W118,Long-term trends in internal waves,2025,ART,S07,false,yes,W118
W119,A model of internal waves,2019,ART,S08,false,yes,W119
W120,Remote sensing of tidal asymmetry: a review,2021,REV,S07,false,yes,W120
W121,Long-term trends in internal waves,2024,ART,S08,false,yes,W121
W122,Observations of storm surge,2025,ART,S08,false,yes,W122
W123,Editorial: river plumes,2023,EDT,S08,false,no,W123
W124,A model of coastal upwelling,2019,ART,S08,false,yes,W124
W125,Remote sensing of sediment flux,2024,ART,S08,false,yes,W125
W201,Machine learning for marsh accretion,2019,ART,S09,false,yes,W201
W202,Issue information,2023,PTX,S02,false,no,W202
W203,A community intercomparison of beach profiles,2024,ART,S03,false,yes,W203
W204,Long-term trends in tidal asymmetry in the Brevin shelf,2024,ART,S09,false,yes,W204
W205,Uncertainty in sensor calibration estimates: a review,2025,REV,S03,false,yes,W205
W206,Observations of buoy telemetry in a semi-enclosed sea,2020,ART,S01,false,yes,W206
W208,A framework for sensor calibration in tidal inlets,2019,ART,S10,false,yes,W208
W209,Remote sensing of turbulent wakes in sandy coasts,2025,ART,S02,false,yes,W209
W211,Long-term trends in internal waves in the Wexcombe marshes,2019,ART,S10,false,yes,W211
W212,Issue information,2019,PTX,S03,false,no,W212
W214,A framework for buoy telemetry in shallow channels,2023,ART,S03,false,yes,W214
W215,Long-term trends in harbour seiches in harbour basins,2024,ART,S12,false,yes,W215
W216,Observations of vortex shedding in the Albury estuary,2025,ART,S03,false,yes,W216
W217,Machine learning for estuarine salinity in harbour basins,2024,ART,S02,false,yes,W217
W218,Field measurements of wave runup in the Albury estuary,2021,ART,S11,false,yes,W218
W220,Revisiting river plumes in tidal inlets,2021,ART,S09,false,yes,W220
W221,A model of marsh accretion in mixed-energy coasts,2023,PPR,S14,false,yes,W221
W222,Low-cost methods for harbour seiches,2023,ART,S07,false,yes,W222
W223,Low-cost methods for tidal asymmetry in the Wexcombe marshes,2021,ART,S11,false,yes,W223
W224,Editorial: scaling laws for harbour seiches,2025,EDT,S09,false,no,W224
W225,Revisiting breaking waves in shallow channels,2025,ART,S09,false,yes,W225
W227,Low-cost methods for estuarine plumes: a review,2020,REV,S01,false,yes,W227
W228,Observations of coastal upwelling in the Brevin shelf,2024,ART,S09,false,yes,W228
W229,Observations of sensor calibration in a semi-enclosed sea,2023,ART,S06,false,yes,W229
W230,Low-cost methods for wave runup,2024,ART,S03,false,yes,W230
W232,A model of channel hydraulics,2019,ART,S06,false,yes,W232
W233,A framework for seabed classification,2024,ART,S06,false,yes,W233
W235,Scaling laws for coastal upwelling,2025,ART,S07,false,yes,W235
W237,Field measurements of tidal asymmetry in the open shelf,2020,ART,S12,false,yes,W237
W238,Observations of survey vessel autonomy in tidal inlets,2023,ART,S02,false,yes,W238
W239,Observations of beach profiles in harbour basins,2019,ART,S10,false,yes,W239
W240,Issue information,2025,PTX,S01,false,no,W240
W241,Seasonal variability in internal waves in a laboratory flume,2020,ART,S02,false,yes,W241
W242,Remote sensing of estuarine salinity,2024,ART,S03,false,yes,W242
W243,Field measurements of acoustic positioning in the open shelf,2019,ART,S02,false,yes,W243
W246,Low-cost methods for wave runup in a semi-enclosed sea,2023,ART,S11,false,yes,W246
W247,A framework for harbour seiches,2025,ART,S09,false,yes,W247
W249,Observations of stratified flows in tidal inlets,2025,ART,S09,false,yes,W249
W251,Remote sensing of sensor calibration,2023,ART,S02,false,yes,W219 W251
W252,Machine learning for beach profiles in the North Sea,2025,ART,S02,false,yes,W252
W253,Field measurements of dune erosion in the North Sea,2025,ART,S07,false,yes,W253
W254,Observations of storm surge in a laboratory flume,2023,ART,S12,false,yes,W254
W255,Observations of sediment flux,2025,ART,S03,false,yes,W255
W256,Machine learning for beach profiles: a review,2019,REV,S02,false,yes,W256
W257,Uncertainty in dune erosion estimates in the North Sea,2023,ART,S07,false,yes,W257
W258,A framework for tidal asymmetry,2020,ART,S10,false,yes,W258
W259,A framework for estuarine salinity,2022,ART,S07,false,yes,W259
W260,Remote sensing of stratified flows,2025,ART,S02,false,yes,W260
W261,Field measurements of sediment flux in a semi-enclosed sea: a review,2023,REV,S08,false,yes,W261
W262,Revisiting sensor calibration in a semi-enclosed sea,2025,ART,S01,false,yes,W262
W264,Seasonal variability in tidal mixing in sandy coasts,2022,ART,S10,false,yes,W264
W265,Remote sensing of coastal upwelling in tidal inlets,2025,ART,S08,false,yes,W265
W266,Low-cost methods for wave boundary layers,2024,ART,S01,false,yes,W266
W267,A framework for tidal mixing in the open shelf,2023,ART,S11,false,yes,W267
W269,Low-cost methods for tidal asymmetry,2020,ART,S10,false,yes,W269
W270,Revisiting turbulent wakes,2024,ART,S02,false,yes,W270
W271,Editorial: battery endurance,2019,EDT,S01,false,no,W271
W272,Field measurements of marsh accretion in a semi-enclosed sea: a review,2025,REV,S11,false,yes,W272
W273,Revisiting underwater docking in sandy coasts,2024,ART,S06,false,yes,W273
W274,Remote sensing of harbour seiches,2024,ART,S11,false,yes,W274
W275,Low-cost methods for marsh accretion in a macrotidal bay,2020,ART,S07,false,yes,W275
W276,A model of dune erosion in the open shelf,2022,ART,S08,false,yes,W276
W277,A model of marsh accretion in fjords: a review,2019,REV,S09,false,yes,W277
W278,A model of sediment flux in the North Sea,2020,ART,S10,false,yes,W278
W279,Low-cost methods for storm surge in shallow channels,2019,ART,S01,false,yes,W263 W279
W281,Field measurements of sediment resuspension,2021,ART,S03,false,yes,W281
W282,A framework for bed shear stress,2025,ART,S01,false,yes,W282
W284,Field measurements of sediment flux,2024,ART,S10,false,yes,W284
W285,Long-term trends in tidal mixing,2023,ART,S11,false,yes,W285
W286,Front matter,2022,PTX,S03,false,no,W286
W289,Revisiting tidal asymmetry in the open shelf,2022,ART,S09,false,yes,W289
W291,Seasonal variability in dune erosion in the open shelf,2019,ART,S07,false,yes,W291
W292,A model of underwater docking in the Albury estuary,2020,ART,S01,false,yes,W292
W293,Low-cost methods for buoy telemetry,2023,ART,S02,false,yes,W293
W294,A model of sediment flux,2019,ART,S06,false,yes,W294
W296,Observations of sensor calibration,2019,ART,S02,false,yes,W296
W297,A framework for estuarine plumes,2019,ART,S11,false,yes,W297
W299,Remote sensing of marsh accretion in the Albury estuary,2024,ART,S12,false,yes,W299
W300,A framework for vortex shedding,2025,ART,S03,false,yes,W300
W301,A framework for wave boundary layers in shallow channels,2020,ART,S02,false,yes,W301 W611
W302,A framework for estuarine plumes in a laboratory flume,2024,ART,S11,false,yes,W302
W303,A framework for tidal asymmetry in the Albury estuary,2020,ART,S03,false,yes,W303 W730
W304,Long-term trends in estuarine salinity in harbour basins,2024,ART,S01,false,yes,W304
W305,Uncertainty in marsh accretion estimates in the Albury estuary,2023,ART,S09,false,yes,W305
W306,Seasonal variability in sediment flux in the Brevin shelf,2023,PPR,S14,false,yes,W306
W308,A model of ocean optics in the open shelf,2024,ART,S01,false,yes,W308
W309,Scaling laws for vortex shedding,2019,ART,S10,false,yes,W309
W310,Machine learning for tidal asymmetry in fjords,2025,ART,S11,false,yes,W310
W312,Observations of estuarine plumes,2021,ART,S03,false,yes,W312 W522
W313,Uncertainty in turbidity sensing estimates in the Albury estuary,2021,ART,S04,false,no,W313
W314,Observations of seabed classification in the open shelf,2025,ART,S01,false,yes,W314
W315,Seasonal variability in acoustic positioning,2024,ART,S11,false,yes,W315
W317,A framework for beach profiles,2021,ART,S11,false,yes,W317
W318,A framework for internal waves,2025,ART,S11,false,yes,W318
W319,Revisiting seabed classification in shallow channels,2023,ART,S09,false,yes,W319
W320,Field measurements of coastal upwelling in the Brevin shelf,2024,ART,S08,true,no,W320
W321,Erratum: A model of breaking waves in the North Sea,2025,ERR,S03,false,no,W321
W323,A model of wave runup in the Albury estuary,2020,ART,S10,false,yes,W323
W324,A model of wave runup in sandy coasts,2019,ART,S12,false,yes,W324
W325,Remote sensing of vortex shedding in the Wexcombe marshes,2023,ART,S04,false,no,W325
W326,Seasonal variability in tidal asymmetry in the North Sea,2020,ART,S10,false,yes,W326
W330,Low-cost methods for dune erosion in the Wexcombe marshes,2025,ART,S09,false,yes,W330
W331,Editorial: ocean optics,2019,EDT,S02,false,no,W331
W332,Scaling laws for marsh accretion in mixed-energy coasts,2022,ART,S11,false,yes,W332
W333,Low-cost methods for tidal mixing,2024,ART,S01,false,yes,W333
W334,A model of tidal asymmetry in a semi-enclosed sea,2023,ART,S09,false,yes,W334
W335,Seasonal variability in dune erosion in tidal inlets,2022,ART,S09,false,yes,W335
W336,Uncertainty in river plumes estimates in a semi-enclosed sea,2021,PPR,S14,false,yes,W336
W337,Machine learning for acoustic positioning in the open shelf,2022,ART,S11,false,yes,W337
W338,Seasonal variability in acoustic positioning in a semi-enclosed sea,2025,ART,S01,false,yes,W338
W339,Uncertainty in storm surge estimates in the North Sea,2022,ART,S10,false,yes,W339
W341,Remote sensing of estuarine plumes,2020,ART,S03,false,yes,W341
W342,Field measurements of stratified flows,2023,ART,S03,false,yes,W342
W343,Revisiting battery endurance in the open shelf,2025,ART,S02,false,yes,W343
W344,Machine learning for underwater docking in the Wexcombe marshes,2020,ART,S03,false,yes,W344
W345,A framework for beach profiles in a macrotidal bay,2021,ART,S12,false,yes,W345
W346,Revisiting sonar imaging in the Albury estuary,2019,ART,S11,false,yes,W346
W348,Scaling laws for ocean optics in fjords,2021,ART,S11,false,yes,W348
W349,Scaling laws for turbidity sensing in a laboratory flume,2024,ART,S01,false,yes,W349
W350,Revisiting ocean optics,2023,ART,S03,false,yes,W350
W352,Scaling laws for storm surge in the North Sea,2024,ART,S12,false,yes,W352
W354,Scaling laws for wave runup in sandy coasts,2021,ART,S01,false,yes,W354
W355,Scaling laws for wave boundary layers in the North Sea,2024,ART,S09,false,yes,W355
W356,Long-term trends in underwater docking,2022,ART,S02,false,yes,W356
W357,Observations of tidal mixing,2025,ART,S10,false,yes,W357
W358,Scaling laws for tidal asymmetry,2024,ART,S08,false,yes,W358
W359,Seasonal variability in sediment flux in the Wexcombe marshes,2022,ART,S01,false,yes,W359
W361,A model of dune erosion,2019,ART,S01,false,yes,W361
W362,A model of beach profiles in the North Sea,2022,ART,S08,false,yes,W362
W365,Low-cost methods for channel hydraulics in a macrotidal bay,2021,ART,S03,false,yes,W365
W366,Scaling laws for tidal mixing in harbour basins,2022,ART,S03,false,yes,W366
W367,Low-cost methods for dune erosion in mixed-energy coasts,2022,ART,S02,false,yes,W367
W368,Scaling laws for seabed classification in the Wexcombe marshes: a review,2023,REV,S02,false,yes,W368
W369,Remote sensing of internal waves in shallow channels: a review,2019,REV,S11,false,yes,W369
W370,Revisiting survey vessel autonomy in the Wexcombe marshes,2025,ART,S02,false,yes,W370
W371,Editorial: a model of coastal upwelling in tidal inlets,2024,EDT,S10,false,no,W371
W373,A framework for harbour seiches in a macrotidal bay: a review,2020,REV,S11,false,yes,W373
W374,Machine learning for underwater docking in the open shelf,2023,ART,S02,true,no,W374
W376,Scaling laws for storm surge in a semi-enclosed sea,2024,ART,S10,false,yes,W376
W377,Long-term trends in marsh accretion,2021,ART,S10,false,yes,W377
W378,Seasonal variability in tidal asymmetry in mixed-energy coasts: a review,2024,REV,S02,false,yes,W378
W380,A model of marsh accretion in the Brevin shelf,2023,ART,S10,false,yes,W380
W382,Machine learning for river plumes in a semi-enclosed sea,2020,ART,S07,false,yes,W382
W383,Field measurements of turbidity sensing: a review,2023,REV,S03,false,yes,W383
W384,Machine learning for storm surge,2025,ART,S10,false,yes,W384
W385,A model of fleet coordination in mixed-energy coasts: a review,2024,REV,S09,false,yes,W385
W387,Uncertainty in internal waves estimates in the open shelf,2024,ART,S07,false,yes,W387
W388,Observations of buoy telemetry in sandy coasts,2019,ART,S01,false,yes,W388
W389,A framework for turbidity sensing in shallow channels,2025,ART,S04,false,no,W389
W390,A model of river plumes in the Brevin shelf,2022,ART,S03,false,yes,W390
W392,Field measurements of internal waves in the Wexcombe marshes,2021,ART,S11,false,yes,W392
W393,Remote sensing of tidal asymmetry in the Wexcombe marshes,2023,ART,S11,false,yes,W393
W396,Seasonal variability in battery endurance in the North Sea,2024,ART,S06,false,yes,W396
W398,Machine learning for internal waves in mixed-energy coasts,2023,ART,S12,false,yes,W398
W399,A model of marsh accretion in harbour basins,2019,ART,S09,false,yes,W399
W400,Observations of glider navigation,2019,ART,S02,false,yes,W400
W401,Long-term trends in wave boundary layers in tidal inlets,2019,ART,S10,false,yes,W401
W402,Observations of wave runup in shallow channels,2019,ART,S03,false,yes,W402
W403,Machine learning for marsh accretion in the Brevin shelf,2021,ART,S07,false,yes,W403
W404,Machine learning for marsh accretion in harbour basins,2021,ART,S07,false,yes,W404
W405,Field measurements of sediment resuspension in a macrotidal bay,2024,ART,S03,false,yes,W405
W406,Long-term trends in wave runup in a laboratory flume,2020,ART,S11,false,yes,W406
W408,A framework for coastal upwelling,2024,ART,S13,false,no,W408
W410,Low-cost methods for seabed classification in a semi-enclosed sea: a review,2020,REV,S03,false,yes,W410
W411,Revisiting turbulent wakes in the Brevin shelf,2022,ART,S02,true,no,W411
W413,Seasonal variability in sensor calibration in a laboratory flume,2023,ART,S01,false,yes,W413
W414,Uncertainty in tidal asymmetry estimates in the open shelf,2021,ART,S10,false,yes,W414
W415,Uncertainty in sediment flux estimates in the Wexcombe marshes: a review,2019,REV,S09,false,yes,W415
W417,A model of turbulent wakes in harbour basins,2023,ART,S02,false,yes,W417
W418,Editorial: dune erosion,2024,EDT,S02,false,no,W418
W419,Seasonal variability in vortex shedding,2024,ART,S02,false,yes,W419
W420,Observations of coastal upwelling in mixed-energy coasts,2020,ART,S03,false,yes,W420
W421,Low-cost methods for breaking waves,2024,ART,S02,false,yes,W421
W422,Remote sensing of coastal upwelling,2023,ART,S01,false,yes,W422 W506
W423,Seasonal variability in coastal upwelling in tidal inlets,2024,ART,S08,false,yes,W423
W424,Revisiting marsh accretion in mixed-energy coasts: a review,2019,REV,S10,false,yes,W424
W425,Uncertainty in sediment flux estimates,2020,ART,S02,false,yes,W425
W426,Seasonal variability in beach profiles in a laboratory flume,2019,ART,S01,false,yes,W426
W427,Low-cost methods for coastal upwelling in shallow channels,2023,ART,S09,false,yes,W427
W428,Revisiting turbulent wakes in the open shelf,2022,ART,S03,false,yes,W428
W430,Observations of wave runup in harbour basins,2019,ART,S09,false,yes,W430
W431,Editorial: revisiting dune erosion,2025,EDT,S11,false,no,W431
W433,A model of sediment flux in sandy coasts,2023,ART,S09,false,yes,W433
W434,Long-term trends in beach profiles in harbour basins,2025,ART,S02,false,yes,W434
W435,Remote sensing of underwater docking in a macrotidal bay,2023,ART,S06,false,yes,W435
W436,Low-cost methods for estuarine plumes in a laboratory flume,2024,ART,S01,false,yes,W436
W437,Editorial: low-cost methods for beach profiles in shallow channels,2024,EDT,S08,false,no,W437
W438,Seasonal variability in ocean optics in the open shelf,2022,ART,S11,false,yes,W438
W439,Seasonal variability in wave runup in the Wexcombe marshes,2022,ART,S09,false,yes,W439
W440,Long-term trends in harbour seiches in fjords,2022,ART,S08,false,yes,W440
W441,Observations of estuarine plumes in harbour basins,2023,ART,S11,false,yes,W441
W442,Uncertainty in harbour seiches estimates in sandy coasts,2021,ART,S09,false,yes,W442
W443,Field measurements of wave runup in a laboratory flume,2024,ART,S11,false,yes,W443
W444,Low-cost methods for wave boundary layers in a laboratory flume,2019,ART,S03,true,no,W444
W445,A framework for wave runup,2021,SUP,S06,false,yes,W445
W446,Remote sensing of dune erosion in a macrotidal bay: a review,2022,REV,S03,false,yes,W446
W448,Remote sensing of coastal upwelling in the Albury estuary,2023,ART,S13,false,no,W448
W449,Machine learning for glider navigation,2022,ART,S04,false,no,W449
W450,Remote sensing of breaking waves in the Wexcombe marshes,2021,SUP,S02,false,yes,W450
W451,Revisiting coastal upwelling in a laboratory flume: a review,2025,REV,S08,false,yes,W451
W452,Field measurements of sonar imaging in shallow channels,2021,ART,S02,false,yes,W452
W453,A framework for fleet coordination,2019,ART,S03,false,yes,W322 W453
W454,Long-term trends in vortex shedding,2021,ART,S02,false,yes,W454
W455,Uncertainty in sonar imaging estimates in sandy coasts,2021,ART,S02,false,yes,W455
W456,Uncertainty in wave runup estimates in shallow channels,2025,ART,S09,false,yes,W456
W457,A framework for marsh accretion in shallow channels: a review,2020,REV,S10,false,yes,W457
W458,Uncertainty in beach profiles estimates in a macrotidal bay,2019,ART,S08,false,yes,W458
W459,Field measurements of harbour seiches,2021,ART,S06,false,yes,W459
W461,Long-term trends in sediment flux,2019,ART,S10,false,yes,W461
W462,Machine learning for sediment flux in fjords,2021,ART,S06,false,yes,W462
W463,Machine learning for battery endurance in tidal inlets,2023,ART,S03,false,yes,W463
W464,A framework for turbidity sensing,2021,ART,S09,false,yes,W464 W663
W465,Long-term trends in buoy telemetry in a laboratory flume,2020,ART,S03,false,yes,W465
W466,Long-term trends in beach profiles,2020,ART,S08,false,yes,W466
W467,Remote sensing of harbour seiches in fjords: a review,2024,REV,S01,false,yes,W467
W469,Uncertainty in wave runup estimates in tidal inlets: a review,2020,REV,S10,false,yes,W469
W470,Uncertainty in tidal asymmetry estimates in a macrotidal bay,2022,ART,S08,false,yes,W470
W471,Uncertainty in internal waves estimates in sandy coasts,2022,ART,S09,false,yes,W471
W473,Field measurements of bed shear stress,2023,ART,S02,false,yes,W473
W474,Long-term trends in ocean optics: a review,2023,REV,S01,false,yes,W474
W475,Low-cost methods for beach profiles in the Albury estuary,2024,ART,S09,false,yes,W475
W476,Revisiting beach profiles,2021,ART,S01,false,yes,W476
W477,Field measurements of channel hydraulics: a review,2024,REV,S06,false,yes,W477
W478,Long-term trends in bed shear stress in a semi-enclosed sea,2019,ART,S01,false,yes,W478
W479,Revisiting stratified flows: a review,2020,REV,S02,false,yes,W479
W480,Editorial: ocean optics,2019,EDT,S03,false,no,W480
W481,Erratum: Machine learning for sensor calibration in a laboratory flume,2024,ERR,S09,false,no,W481
W483,Observations of marsh accretion in the Albury estuary,2019,ART,S12,false,yes,W483
W484,Scaling laws for sediment flux in the Wexcombe marshes,2020,ART,S01,false,yes,W484
W485,Revisiting tidal asymmetry in shallow channels,2021,ART,S07,false,yes,W485
W486,Uncertainty in vortex shedding estimates in the Brevin shelf,2019,ART,S10,false,yes,W486
W487,Remote sensing of wave runup in the open shelf,2024,ART,S11,false,yes,W487
W489,Scaling laws for beach profiles in the Albury estuary,2020,ART,S11,false,yes,W489
W491,Seasonal variability in wave runup in the open shelf,2020,ART,S12,false,yes,W491
W492,Field measurements of estuarine salinity,2025,ART,S09,false,yes,W492
W493,Low-cost methods for tidal asymmetry in harbour basins,2024,ART,S11,false,yes,W493
W496,Low-cost methods for sensor calibration,2022,ART,S02,false,yes,W460 W496
W497,Remote sensing of vortex shedding in mixed-energy coasts,2024,ART,S02,false,yes,W497
W498,Remote sensing of wave runup in sandy coasts,2024,ART,S07,false,yes,W498
W499,Long-term trends in turbidity sensing,2024,ART,S03,false,yes,W499
W500,Machine learning for dune erosion,2019,ART,S03,false,yes,W500
W501,Low-cost methods for glider navigation in the open shelf,2024,ART,S02,false,yes,W501
W502,Field measurements of harbour seiches in mixed-energy coasts,2019,ART,S03,false,yes,W502
W503,Observations of seabed classification in a macrotidal bay,2021,ART,S01,false,yes,W503
W504,Field measurements of breaking waves,2024,ART,S03,false,yes,W504
W505,Field measurements of storm surge in a laboratory flume,2024,ART,S10,false,yes,W505
W507,Observations of tidal asymmetry in shallow channels,2024,ART,S08,false,yes,W507
W508,Observations of internal waves in mixed-energy coasts,2021,ART,S10,false,yes,W508
W509,Uncertainty in harbour seiches estimates in fjords,2024,ART,S08,false,yes,W509
W510,Field measurements of vortex shedding,2020,ART,S03,false,yes,W510
W511,Revisiting tidal asymmetry,2023,ART,S08,false,yes,W511
W512,Long-term trends in estuarine salinity in the open shelf,2025,ART,S07,false,yes,W512
W513,Field measurements of sonar imaging,2020,ART,S02,false,yes,W513
W515,Machine learning for bed shear stress,2025,ART,S10,false,yes,W515
W516,Long-term trends in tidal asymmetry in tidal inlets,2019,ART,S03,false,yes,W516
W518,Long-term trends in turbulent wakes,2020,ART,S03,false,yes,W518
W519,A framework for internal waves in the Wexcombe marshes,2021,ART,S10,false,yes,W519
W520,Low-cost methods for estuarine salinity in mixed-energy coasts,2024,ART,S02,true,no,W520
W521,Observations of tidal asymmetry in the open shelf,2024,ART,S08,false,yes,W521
W523,Seasonal variability in sensor calibration in mixed-energy coasts,2021,ART,S03,false,yes,W523
W525,A model of harbour seiches in the open shelf,2024,ART,S02,false,yes,W525
W526,Long-term trends in storm surge in sandy coasts,2022,ART,S09,false,yes,W526
W527,Remote sensing of glider navigation,2019,ART,S11,false,yes,W527
W528,A framework for tidal mixing,2024,ART,S02,false,yes,W528
W529,Field measurements of survey vessel autonomy in the Brevin shelf,2021,ART,S03,false,yes,W529
W530,A model of stratified flows in shallow channels,2021,SUP,S06,false,yes,W530
W531,A framework for stratified flows in shallow channels,2023,ART,S01,false,yes,W531
W532,Low-cost methods for estuarine salinity in harbour basins,2024,ART,S10,false,yes,W532
W533,Long-term trends in internal waves in the Albury estuary,2023,ART,S10,false,yes,W533
W534,Uncertainty in wave runup estimates,2024,ART,S07,false,yes,W534
W535,A framework for buoy telemetry in the Albury estuary,2025,ART,S01,false,yes,W535
W536,Seasonal variability in estuarine salinity in the Albury estuary,2020,ART,S11,false,yes,W536
W538,A framework for sediment flux in the Brevin shelf,2024,ART,S08,false,yes,W538
W539,A model of stratified flows,2022,ART,S06,false,yes,W539
W540,Remote sensing of marsh accretion,2023,ART,S07,false,yes,W540
W541,Scaling laws for dune erosion in the Brevin shelf,2024,ART,S08,false,yes,W541
W542,Revisiting wave runup in the open shelf,2021,ART,S11,false,yes,W542
W544,A model of buoy telemetry in mixed-energy coasts,2025,ART,S01,false,yes,W544
W546,Low-cost methods for sonar imaging,2025,ART,S10,false,yes,W546
W547,Seasonal variability in internal waves,2021,ART,S11,false,yes,W547
W548,Editorial: observations of tidal asymmetry in the North Sea,2021,EDT,S09,false,no,W548
W549,Observations of wave boundary layers,2024,ART,S11,false,yes,W549
W550,Uncertainty in internal waves estimates in the Wexcombe marshes,2021,ART,S10,false,yes,W550
W551,A model of harbour seiches in the Wexcombe marshes,2022,ART,S11,false,yes,W551
W552,Machine learning for coastal upwelling,2019,ART,S07,false,yes,W552
W553,Field measurements of buoy telemetry in mixed-energy coasts,2022,ART,S03,false,yes,W553
W554,Remote sensing of coastal upwelling in a macrotidal bay,2024,ART,S01,false,yes,W554
W555,A model of underwater docking in a macrotidal bay,2020,ART,S09,false,yes,W555
W557,Low-cost methods for underwater docking in mixed-energy coasts,2021,ART,S03,false,yes,W557
W558,Field measurements of underwater docking in the Wexcombe marshes,2025,ART,S03,false,yes,W558
W559,Field measurements of storm surge in shallow channels,2022,ART,S11,false,yes,W559
W560,Scaling laws for tidal asymmetry in mixed-energy coasts,2023,ART,S01,false,yes,W560
W561,Front matter,2019,PTX,S06,false,no,W561
W562,Machine learning for marsh accretion in the open shelf,2019,ART,S08,false,yes,W562
W563,Low-cost methods for estuarine plumes in the Wexcombe marshes,2021,ART,S01,false,yes,W563
W564,Scaling laws for battery endurance in a semi-enclosed sea: a review,2022,REV,S01,false,yes,W564
W565,Observations of beach profiles,2019,ART,S03,false,yes,W565
W566,A model of wave runup,2023,PPR,S05,false,yes,W566
W567,Seasonal variability in turbidity sensing,2025,ART,S04,false,no,W567
W568,Remote sensing of battery endurance in the Brevin shelf,2024,ART,S01,false,yes,W568
W570,Low-cost methods for dune erosion in tidal inlets: a review,2025,REV,S12,false,yes,W570
W571,Uncertainty in harbour seiches estimates in a macrotidal bay,2024,ART,S02,false,yes,W571
W572,Editorial: seasonal variability in estuarine salinity,2019,EDT,S10,false,no,W572
W574,Revisiting stratified flows in sandy coasts,2020,ART,S02,false,yes,W574
W575,Seasonal variability in coastal upwelling in fjords: a review,2023,REV,S12,false,yes,W575
W576,Revisiting wave boundary layers in the North Sea,2021,ART,S03,false,yes,W576
W578,Seasonal variability in vortex shedding in the Brevin shelf,2024,ART,S09,false,yes,W578
W579,Machine learning for coastal upwelling in tidal inlets,2020,ART,S12,false,yes,W579
W580,Remote sensing of harbour seiches in the North Sea,2020,ART,S10,false,yes,W580
W581,Seasonal variability in sediment flux in a semi-enclosed sea,2023,ART,S10,false,yes,W581
W583,Long-term trends in dune erosion in tidal inlets,2019,ART,S10,false,yes,W583
W584,Uncertainty in dune erosion estimates in a semi-enclosed sea,2019,ART,S11,false,yes,W584
W585,Revisiting battery endurance,2024,ART,S10,false,yes,W585
W586,Long-term trends in tidal mixing in the open shelf,2025,ART,S02,false,yes,W586
W587,A framework for harbour seiches in harbour basins,2021,ART,S08,false,yes,W587
W588,Remote sensing of buoy telemetry,2019,ART,S01,false,yes,W588
W589,Observations of breaking waves,2020,ART,S11,false,yes,W589
W590,Front matter,2020,PTX,S02,false,no,W590
W592,Remote sensing of estuarine plumes in the Brevin shelf,2025,ART,S03,false,yes,W592
W593,Seasonal variability in storm surge in sandy coasts: a review,2019,REV,S12,false,yes,W593
W594,Observations of survey vessel autonomy,2025,ART,S03,false,yes,W594
W595,Field measurements of stratified flows in a laboratory flume,2024,ART,S11,false,yes,W595
W598,Revisiting underwater docking in a laboratory flume,2024,ART,S10,false,yes,W598
W599,Uncertainty in sediment resuspension estimates in the open shelf: a review,2019,REV,S01,false,yes,W599
W601,Long-term trends in coastal upwelling in a macrotidal bay: a review,2021,REV,S12,false,yes,W601
W602,Remote sensing of sonar imaging in fjords,2023,ART,S03,false,yes,W602
W603,Remote sensing of sediment resuspension in shallow channels,2025,ART,S02,false,yes,W603
W605,Long-term trends in harbour seiches in the Brevin shelf,2019,ART,S03,false,yes,W605
W606,Scaling laws for beach profiles,2023,ART,S06,false,yes,W606
W607,Scaling laws for beach profiles in shallow channels,2023,ART,S10,false,yes,W607
W608,A model of fleet coordination,2020,ART,S01,false,yes,W608
W609,Machine learning for internal waves in the open shelf,2025,ART,S08,false,yes,W609
W613,A model of dune erosion in mixed-energy coasts,2019,ART,S06,false,yes,W613
W614,Field measurements of marsh accretion in sandy coasts,2023,ART,S10,false,yes,W614
W615,Low-cost methods for marsh accretion in the Albury estuary,2023,ART,S10,false,yes,W615
W616,Low-cost methods for storm surge in harbour basins,2020,ART,S11,false,yes,W616
W617,Scaling laws for dune erosion,2025,ART,S03,false,yes,W617
W618,Low-cost methods for beach profiles in tidal inlets,2021,ART,S13,false,no,W618
W619,Seasonal variability in tidal asymmetry in sandy coasts,2022,ART,S07,false,yes,W619
W620,Revisiting river plumes in the Wexcombe marshes,2024,ART,S09,false,yes,W620
W621,Seasonal variability in turbulent wakes,2025,ART,S02,false,yes,W621
W623,Revisiting wave runup,2020,ART,S09,false,yes,W623
W624,Low-cost methods for stratified flows in the Albury estuary,2024,ART,S03,false,yes,W624
W625,Uncertainty in wave boundary layers estimates in fjords,2023,ART,S03,false,yes,W625
W626,Editorial: beach profiles,2019,EDT,S02,false,no,W626
W627,Scaling laws for wave runup in the open shelf,2021,ART,S09,false,yes,W627
W628,A framework for tidal asymmetry in the open shelf,2021,ART,S12,false,yes,W628
W629,Low-cost methods for river plumes,2023,ART,S08,false,yes,W629
W630,Machine learning for estuarine salinity in the North Sea,2019,ART,S09,false,yes,W630
W631,Low-cost methods for sediment flux,2024,ART,S01,false,yes,W631
W632,A framework for sediment flux,2025,ART,S03,false,yes,W632
W633,Long-term trends in breaking waves in sandy coasts,2025,ART,S03,false,yes,W633
W635,Scaling laws for internal waves,2021,ART,S09,false,yes,W635
W636,Machine learning for internal waves in the North Sea,2022,ART,S09,false,yes,W636
W637,Editorial: a model of river plumes in the Albury estuary,2024,EDT,S12,false,no,W637
W638,Uncertainty in marsh accretion estimates in the Wexcombe marshes,2021,ART,S09,false,yes,W638
W639,Seasonal variability in channel hydraulics in the North Sea,2019,SUP,S02,false,yes,W639
W640,Uncertainty in turbidity sensing estimates in a semi-enclosed sea,2021,ART,S02,false,yes,W416 W640
W641,A model of beach profiles,2023,ART,S11,false,yes,W641
W642,Remote sensing of wave runup in the Wexcombe marshes,2021,ART,S09,false,yes,W642
W643,Uncertainty in estuarine plumes estimates in tidal inlets,2022,ART,S03,false,yes,W643
W644,Long-term trends in marsh accretion in fjords,2025,ART,S09,false,yes,W644
W645,A framework for wave runup in mixed-energy coasts: a review,2024,REV,S08,false,yes,W645
W646,Scaling laws for internal waves in the Brevin shelf,2024,ART,S02,false,yes,W646
W648,A framework for dune erosion in the Brevin shelf,2024,ART,S02,false,yes,W648
W649,Remote sensing of tidal asymmetry,2021,ART,S11,false,yes,W649
W650,Field measurements of wave runup in a macrotidal bay,2024,ART,S12,false,yes,W650
W651,A framework for breaking waves in harbour basins,2019,ART,S03,false,yes,W651
W652,Revisiting internal waves in a semi-enclosed sea,2025,ART,S12,false,yes,W652
W654,A framework for estuarine plumes in the Brevin shelf,2024,ART,S01,false,yes,W654
W655,Seasonal variability in harbour seiches in a macrotidal bay,2020,ART,S10,false,yes,W655
W656,Scaling laws for river plumes,2020,ART,S02,false,yes,W656
W657,Long-term trends in glider navigation,2024,ART,S09,false,yes,W657
W659,Uncertainty in glider navigation estimates,2023,ART,S10,false,yes,W659
W660,A framework for buoy telemetry in a macrotidal bay,2022,ART,S01,false,yes,W660
W661,Revisiting turbidity sensing in the Albury estuary,2024,ART,S02,false,yes,W661
W662,Observations of marsh accretion,2024,ART,S11,false,yes,W662
W664,Machine learning for estuarine salinity in the Wexcombe marshes,2020,ART,S02,false,yes,W664
W665,Uncertainty in wave boundary layers estimates,2019,ART,S03,false,yes,W665 W728
W666,Field measurements of tidal asymmetry: a review,2023,REV,S09,false,yes,W666
W667,A model of internal waves in harbour basins,2023,ART,S07,false,yes,W667
W668,Field measurements of wave runup,2021,ART,S10,false,yes,W668
W669,Machine learning for river plumes in fjords,2023,ART,S11,false,yes,W669
W670,Low-cost methods for river plumes in fjords,2025,ART,S03,false,yes,W670
W671,Seasonal variability in beach profiles,2022,ART,S03,false,yes,W671
W672,Machine learning for estuarine salinity in a macrotidal bay,2019,ART,S11,false,yes,W672
W673,A model of seabed classification in harbour basins,2025,ART,S06,false,yes,W673
W674,Foreword: stratified flows,2022,EDT,S06,false,no,W674
W675,Seasonal variability in tidal mixing,2024,ART,S01,false,yes,W675
W676,Low-cost methods for turbidity sensing,2025,ART,S02,false,yes,W676
W678,Remote sensing of wave runup in fjords,2020,ART,S01,false,yes,W678
W679,Remote sensing of battery endurance in tidal inlets,2024,ART,S01,false,yes,W679
W681,Field measurements of fleet coordination,2019,ART,S03,false,yes,W681
W682,Long-term trends in battery endurance,2025,ART,S01,false,yes,W682
W683,Long-term trends in river plumes in a semi-enclosed sea,2024,ART,S07,false,yes,W683
W684,Field measurements of dune erosion in tidal inlets,2024,ART,S03,false,yes,W684
W685,Low-cost methods for dune erosion in the Brevin shelf,2023,ART,S09,false,yes,W685
W686,Field measurements of wave boundary layers in shallow channels,2022,ART,S03,false,yes,W686
W688,A model of internal waves in mixed-energy coasts,2025,ART,S10,false,yes,W688
W690,Observations of turbidity sensing,2023,ART,S02,false,yes,W690
W691,Uncertainty in turbidity sensing estimates,2023,ART,S11,false,yes,W691
W692,Low-cost methods for storm surge in a semi-enclosed sea,2020,ART,S12,false,yes,W692
W693,A framework for wave boundary layers in tidal inlets,2025,ART,S01,true,no,W693
W696,Scaling laws for tidal mixing,2019,ART,S06,false,yes,W696
W697,Observations of vortex shedding,2019,ART,S03,false,yes,W697
W699,Seasonal variability in sediment flux in mixed-energy coasts,2023,ART,S09,false,yes,W699
W702,Revisiting marsh accretion,2022,ART,S03,false,yes,W702
W703,Field measurements of estuarine salinity in the open shelf,2025,ART,S10,false,yes,W703
W704,Uncertainty in river plumes estimates,2024,ART,S09,false,yes,W704
W705,Seasonal variability in turbulent wakes in a semi-enclosed sea,2024,ART,S02,false,yes,W705
W706,Machine learning for sediment flux in the Brevin shelf,2024,REV,S04,false,no,W706
W707,Machine learning for channel hydraulics in sandy coasts,2019,ART,S02,false,yes,W707
W709,Field measurements of estuarine salinity in sandy coasts,2025,ART,S12,false,yes,W709
W710,Uncertainty in estuarine plumes estimates,2023,ART,S02,false,yes,W226 W710
W711,Remote sensing of glider navigation in mixed-energy coasts,2025,ART,S02,false,yes,W711
W713,A model of internal waves in tidal inlets,2019,ART,S09,false,yes,W713
W715,Field measurements of dune erosion,2021,ART,S02,false,yes,W715
W716,A framework for river plumes,2020,ART,S06,false,yes,W716
W718,Uncertainty in marsh accretion estimates in the North Sea: a review,2024,REV,S09,false,yes,W718
W719,Editorial: long-term trends in wave runup,2025,EDT,S07,false,no,W719
W720,Revisiting tidal mixing,2019,ART,S01,false,yes,W720
W721,Field measurements of wave runup in sandy coasts,2024,ART,S02,false,yes,W721
W722,Long-term trends in river plumes: a review,2020,REV,S09,false,yes,W722
W723,A model of vortex shedding in tidal inlets,2020,ART,S03,false,yes,W723
W724,Revisiting dune erosion in harbour basins,2020,ART,S07,false,yes,W724
W725,Remote sensing of marsh accretion in shallow channels,2022,ART,S06,false,yes,W725
W726,Remote sensing of storm surge in the Brevin shelf: a review,2020,REV,S10,false,yes,W726
W727,Field measurements of breaking waves in the Brevin shelf,2022,ART,S01,false,yes,W727
W729,Uncertainty in wave runup estimates in a macrotidal bay: a review,2024,REV,S11,false,yes,W729
W731,Long-term trends in river plumes in mixed-energy coasts,2020,ART,S10,false,yes,W731
W732,Long-term trends in coastal upwelling in a laboratory flume,2024,ART,S08,false,yes,W732
W733,Remote sensing of estuarine plumes in mixed-energy coasts,2019,ART,S01,false,yes,W733
W735,Low-cost methods for dune erosion in shallow channels,2020,ART,S07,false,yes,W735
W736,Low-cost methods for beach profiles,2024,ART,S11,false,yes,W736
W737,A model of stratified flows in the Wexcombe marshes,2019,ART,S10,false,yes,W737
W738,A framework for turbulent wakes in a laboratory flume,2022,ART,S02,false,yes,W738
W739,Field measurements of estuarine salinity in a laboratory flume: a review,2019,REV,S11,false,yes,W739
W740,Observations of marsh accretion in the open shelf,2020,ART,S07,false,yes,W740
W741,Uncertainty in coastal upwelling estimates,2021,ART,S10,false,yes,W741
W742,Field measurements of beach profiles,2019,ART,S11,false,yes,W545 W742
W744,Remote sensing of wave boundary layers,2024,ART,S01,false,yes,W744
W745,A model of sonar imaging in the Brevin shelf,2020,PPR,S05,false,yes,W745
W747,Observations of river plumes,2024,PPR,S14,false,yes,W747
W748,Revisiting battery endurance in the Brevin shelf,2024,ART,S11,false,yes,W748
W749,Field measurements of marsh accretion: a review,2019,REV,S02,false,yes,W749
W750,Long-term trends in coastal upwelling,2023,ART,S03,false,yes,W750
W751,Editorial: sensor calibration,2020,EDT,S03,false,no,W751
W752,A framework for internal waves in the Albury estuary,2020,ART,S08,false,yes,W752
W753,Field measurements of survey vessel autonomy in the Wexcombe marshes,2021,ART,S13,false,no,W753
W754,Table of contents,2022,PTX,S01,false,no,W754
W755,Machine learning for turbidity sensing in shallow channels,2019,ART,S03,false,yes,W755
W756,Editorial: low-cost methods for marsh accretion in tidal inlets,2020,EDT,S08,false,no,W756
W757,Machine learning for tidal asymmetry in tidal inlets,2023,ART,S12,false,yes,W757
W758,Low-cost methods for glider navigation in harbour basins: a review,2019,REV,S03,false,yes,W758
W760,Seasonal variability in marsh accretion in fjords,2025,ART,S11,false,yes,W760
W761,Long-term trends in battery endurance in a macrotidal bay,2024,ART,S03,false,yes,W761
W762,Seasonal variability in buoy telemetry in the Albury estuary,2024,ART,S10,false,yes,W762
W763,A model of glider navigation in a macrotidal bay,2024,ART,S13,false,no,W763
W764,Long-term trends in harbour seiches in the Albury estuary,2022,ART,S01,false,yes,W764
W765,Field measurements of storm surge in harbour basins,2025,ART,S10,false,yes,W765
W766,Erratum: A model of fleet coordination in mixed-energy coasts: a review,2025,ERR,S09,false,no,W766
W768,A model of marsh accretion in the Wexcombe marshes,2020,ART,S11,false,yes,W768
W769,Scaling laws for estuarine salinity: a review,2020,REV,S10,false,yes,W769
W770,Machine learning for coastal upwelling in the open shelf,2019,ART,S11,false,yes,W770
W771,Seasonal variability in tidal mixing in tidal inlets: a review,2019,REV,S02,false,yes,W771
W772,Field measurements of river plumes,2019,ART,S09,false,yes,W772
W773,Revisiting estuarine salinity in shallow channels,2022,ART,S11,false,yes,W773
W774,Seasonal variability in glider navigation,2024,ART,S01,false,yes,W774
W775,Machine learning for storm surge in mixed-energy coasts,2020,ART,S10,false,yes,W775
W776,Low-cost methods for harbour seiches in a semi-enclosed sea: a review,2022,REV,S10,false,yes,W776
W777,Machine learning for turbulent wakes,2023,ART,S01,false,yes,W777
W778,Long-term trends in sonar imaging,2023,ART,S13,false,no,W778
W779,Scaling laws for estuarine plumes in a semi-enclosed sea: a review,2021,REV,S02,false,yes,W779
W780,Long-term trends in ocean optics in sandy coasts,2019,PPR,S05,false,yes,W780
W781,Field measurements of turbidity sensing in the Wexcombe marshes,2025,PPR,S05,false,yes,W781
W782,Long-term trends in storm surge,2020,ART,S11,false,yes,W782
W783,A framework for stratified flows in harbour basins,2024,ART,S11,false,yes,W783
W784,Remote sensing of beach profiles in the Albury estuary,2021,ART,S12,false,yes,W784
W785,A framework for river plumes in fjords: a review,2020,REV,S09,false,yes,W785
W786,Editorial: observations of storm surge in fjords,2020,EDT,S08,false,no,W786
W787,Long-term trends in battery endurance in the Brevin shelf,2024,ART,S02,false,yes,W787
W788,Seasonal variability in wave boundary layers,2025,ART,S02,false,yes,W788
W789,Field measurements of tidal mixing,2022,ART,S09,false,yes,W1049 W789
W790,Seasonal variability in breaking waves in a macrotidal bay,2020,ART,S03,false,yes,W790
W791,Scaling laws for turbulent wakes in mixed-energy coasts,2024,ART,S02,false,yes,W791
W792,Scaling laws for harbour seiches in the North Sea,2023,ART,S06,false,yes,W792
W793,A model of stratified flows in sandy coasts,2023,SUP,S06,false,yes,W793
W794,Revisiting internal waves in tidal inlets,2025,ART,S10,false,yes,W794
W795,Field measurements of coastal upwelling in a semi-enclosed sea,2024,ART,S09,false,yes,W795
W797,Revisiting marsh accretion in shallow channels,2021,ART,S11,false,yes,W797
W798,Long-term trends in channel hydraulics,2023,ART,S02,false,yes,W798
W799,A framework for coastal upwelling in the North Sea,2022,ART,S01,false,yes,W799
W800,A model of tidal mixing in the open shelf,2025,SUP,S06,false,yes,W800
W801,Observations of seabed classification,2022,ART,S03,false,yes,W801
W803,Long-term trends in breaking waves,2023,SUP,S06,false,yes,W803
W804,Long-term trends in harbour seiches,2020,ART,S12,false,yes,W804
W806,Uncertainty in tidal mixing estimates in sandy coasts,2019,ART,S03,false,yes,W806
W807,Field measurements of harbour seiches in the North Sea,2020,ART,S03,false,yes,W524 W807
W808,Uncertainty in beach profiles estimates in the Wexcombe marshes,2021,ART,S09,false,yes,W808
W809,Revisiting coastal upwelling,2022,ART,S11,false,yes,W809
W810,Erratum: Uncertainty in internal waves estimates in the North Sea,2025,ERR,S02,false,no,W810
W811,A model of buoy telemetry in the Wexcombe marshes,2022,ART,S03,false,yes,W811
W812,Low-cost methods for buoy telemetry in the open shelf,2024,ART,S10,false,yes,W812
W813,Erratum: Remote sensing of buoy telemetry in fjords,2025,ERR,S02,false,no,W813
W814,Long-term trends in estuarine salinity in the Wexcombe marshes: a review,2025,REV,S07,false,yes,W814
W815,Low-cost methods for internal waves in fjords,2022,ART,S03,false,yes,W815
W816,Low-cost methods for sediment flux in a laboratory flume,2020,ART,S07,false,yes,W816
W817,Remote sensing of survey vessel autonomy in the Brevin shelf,2023,ART,S10,false,yes,W817
W818,Field measurements of beach profiles in the Albury estuary,2024,ART,S09,false,yes,W818
W820,Long-term trends in tidal asymmetry: a review,2019,REV,S11,false,yes,W820
W821,Low-cost methods for beach profiles in mixed-energy coasts,2023,ART,S06,false,yes,W821
W822,A framework for tidal asymmetry in the Brevin shelf,2021,ART,S09,false,yes,W822
W823,Uncertainty in marsh accretion estimates in mixed-energy coasts,2019,ART,S10,false,yes,W823
W824,A framework for sonar imaging,2022,PPR,S14,false,yes,W824
W825,Front matter,2023,PTX,S06,false,no,W825
W826,Revisiting wave runup in tidal inlets,2022,ART,S09,false,yes,W826
W827,Long-term trends in survey vessel autonomy in tidal inlets,2022,ART,S11,false,yes,W827
W828,A framework for internal waves in the open shelf,2024,ART,S09,false,yes,W828
W829,Observations of fleet coordination in the Brevin shelf,2025,ART,S02,false,yes,W829
W830,Scaling laws for turbulent wakes in the Brevin shelf,2024,ART,S02,false,yes,W830
W831,Revisiting battery endurance in the Wexcombe marshes,2025,ART,S03,false,yes,W831
W832,Revisiting breaking waves,2021,ART,S10,false,yes,W832
W833,Observations of fleet coordination in the Albury estuary,2024,ART,S03,false,yes,W833
W834,Low-cost methods for battery endurance,2023,ART,S13,false,no,W834
W835,A model of marsh accretion,2020,ART,S09,false,yes,W835
W836,Scaling laws for wave runup in harbour basins: a review,2020,REV,S07,false,yes,W836
W837,Long-term trends in bed shear stress in sandy coasts,2025,ART,S03,true,no,W837
W838,Remote sensing of wave runup in harbour basins,2019,ART,S09,false,yes,W838
W840,A model of ocean optics in the Wexcombe marshes: a review,2025,REV,S11,false,yes,W840
W842,Uncertainty in internal waves estimates,2024,ART,S02,false,yes,W842
W843,A framework for ocean optics in the Albury estuary,2023,ART,S02,false,yes,W843
W845,Low-cost methods for storm surge in a laboratory flume: a review,2022,REV,S11,false,yes,W845
W846,Revisiting acoustic positioning in the Wexcombe marshes,2024,ART,S03,false,yes,W846
W847,Observations of wave runup in mixed-energy coasts,2022,ART,S12,false,yes,W847
W848,Machine learning for wave runup,2021,ART,S02,false,yes,W848
W849,Revisiting glider navigation,2020,ART,S04,false,no,W849
W850,Long-term trends in stratified flows in the North Sea,2025,ART,S10,false,yes,W850
W851,Uncertainty in dune erosion estimates,2023,ART,S09,false,yes,W851
W852,Scaling laws for bed shear stress in the Brevin shelf,2020,ART,S01,true,no,W852
W853,Seasonal variability in estuarine plumes,2024,ART,S06,false,yes,W853
W854,Uncertainty in internal waves estimates in the North Sea,2024,ART,S02,false,yes,W854
W855,Uncertainty in vortex shedding estimates in the open shelf,2021,ART,S01,false,yes,W855
W856,Observations of estuarine salinity in tidal inlets,2024,ART,S10,false,yes,W856
W857,Long-term trends in glider navigation in the North Sea: a review,2020,REV,S06,false,yes,W857
W858,A model of dune erosion in sandy coasts,2019,ART,S12,false,yes,W858
W859,Scaling laws for sediment flux in the North Sea: a review,2023,REV,S09,false,yes,W859
W860,Machine learning for sediment flux in the Wexcombe marshes: a review,2020,REV,S01,false,yes,W860
W861,Observations of storm surge in a macrotidal bay,2019,ART,S02,false,yes,W861
W862,Revisiting harbour seiches in a semi-enclosed sea,2024,ART,S09,false,yes,W862
W863,Uncertainty in harbour seiches estimates in the open shelf,2025,ART,S01,false,yes,W863
W864,Scaling laws for sediment flux in a semi-enclosed sea,2022,ART,S08,false,yes,W864
W865,Remote sensing of beach profiles in fjords,2023,ART,S10,false,yes,W865
W867,Field measurements of internal waves,2023,ART,S11,false,yes,W867
W869,A model of survey vessel autonomy in mixed-energy coasts,2023,ART,S02,false,yes,W612 W869
W870,Seasonal variability in wave boundary layers in the Wexcombe marshes,2019,ART,S11,false,yes,W870
W871,Uncertainty in storm surge estimates in the Albury estuary,2022,ART,S11,false,yes,W871
W872,Observations of acoustic positioning,2020,ART,S11,false,yes,W872
W873,Seasonal variability in beach profiles in tidal inlets,2023,ART,S09,false,yes,W873
W874,Revisiting river plumes,2021,ART,S01,false,yes,W874
W875,Machine learning for river plumes in the North Sea: a review,2022,REV,S07,false,yes,W875
W876,Seasonal variability in estuarine plumes in fjords,2019,ART,S02,false,yes,W876
W879,Revisiting tidal asymmetry in tidal inlets,2023,ART,S02,false,yes,W432 W879
W880,A model of wave boundary layers,2020,ART,S01,false,yes,W880
W881,Machine learning for vortex shedding,2019,ART,S01,false,yes,W881
W882,Editorial: stratified flows,2020,EDT,S01,false,no,W882
W883,Front matter,2020,PTX,S02,false,no,W883
W884,Long-term trends in buoy telemetry,2019,ART,S09,false,yes,W884
W885,A framework for tidal asymmetry in the North Sea,2025,ART,S09,false,yes,W885
W886,A framework for underwater docking,2021,ART,S01,false,yes,W886
W887,Uncertainty in river plumes estimates in the Albury estuary,2020,ART,S12,false,yes,W887
W888,Remote sensing of sediment flux in a laboratory flume,2020,ART,S10,false,yes,W888
W889,Observations of battery endurance,2024,ART,S01,false,yes,W889
W890,Seasonal variability in buoy telemetry,2023,ART,S03,false,yes,W890
W891,Front matter,2022,PTX,S02,false,no,W891
W894,Revisiting harbour seiches,2024,ART,S07,false,yes,W894
W895,A framework for seabed classification in the Brevin shelf,2023,ART,S10,false,yes,W895
W896,Field measurements of storm surge in the North Sea,2019,ART,S12,false,yes,W896
W897,Remote sensing of tidal asymmetry in tidal inlets,2021,ART,S10,false,yes,W897
W900,Seasonal variability in fleet coordination in the Brevin shelf,2023,ART,S02,false,yes,W900
W901,Editorial: seasonal variability in dune erosion in sandy coasts,2020,EDT,S07,false,no,W901
W902,Low-cost methods for estuarine salinity,2021,ART,S03,false,yes,W210 W902
W903,Uncertainty in dune erosion estimates in shallow channels: a review,2020,REV,S09,false,yes,W903
W904,Revisiting sediment resuspension in the Albury estuary,2024,ART,S10,false,yes,W904
W905,Machine learning for battery endurance in a laboratory flume,2025,ART,S01,false,yes,W905
W906,Uncertainty in estuarine salinity estimates,2024,ART,S12,false,yes,W906
W907,Revisiting seabed classification,2025,ART,S03,false,yes,W907
W908,Scaling laws for sensor calibration: a review,2019,REV,S03,false,yes,W908
W910,Uncertainty in stratified flows estimates,2021,ART,S03,false,yes,W910
W913,Revisiting buoy telemetry in tidal inlets,2019,ART,S04,false,no,W913
W914,Erratum: Field measurements of channel hydraulics: a review,2025,ERR,S06,false,no,W914
W916,A framework for acoustic positioning,2019,ART,S02,false,yes,W916
W917,Revisiting sediment flux in tidal inlets,2024,ART,S01,false,yes,W917
W918,Scaling laws for tidal asymmetry in the open shelf,2025,ART,S10,false,yes,W918
W920,Scaling laws for internal waves in sandy coasts,2025,ART,S11,false,yes,W920
W921,Uncertainty in estuarine salinity estimates in sandy coasts,2023,ART,S11,false,yes,W921
W922,Observations of ocean optics,2024,ART,S02,true,no,W922
W924,Field measurements of sediment resuspension in shallow channels,2024,ART,S06,false,yes,W924
W925,Machine learning for internal waves: a review,2024,REV,S09,false,yes,W925
W926,A framework for wave runup in shallow channels,2022,ART,S02,false,yes,W926
W927,A model of storm surge in the North Sea,2020,ART,S12,false,yes,W927
W928,Observations of stratified flows in sandy coasts,2025,ART,S01,false,yes,W928
W929,Scaling laws for coastal upwelling in shallow channels,2022,ART,S01,false,yes,W929
W930,Revisiting internal waves in a laboratory flume,2025,ART,S10,false,yes,W930
W931,Revisiting buoy telemetry,2023,ART,S02,false,yes,W931
W932,Editorial: machine learning for wave runup in the Wexcombe marshes,2021,EDT,S11,false,no,W932
W933,Remote sensing of sensor calibration in the Brevin shelf,2021,ART,S03,false,yes,W933
W934,Remote sensing of harbour seiches in tidal inlets,2023,ART,S08,false,yes,W934
W935,Scaling laws for breaking waves in sandy coasts,2023,ART,S03,false,yes,W935
W936,Editorial: fleet coordination,2019,EDT,S01,false,no,W936
W937,A model of estuarine salinity,2019,ART,S01,false,yes,W937
W940,Low-cost methods for tidal asymmetry in a macrotidal bay,2022,ART,S10,false,yes,W940
W941,Field measurements of bed shear stress in shallow channels,2022,ART,S02,false,yes,W941
W942,Uncertainty in river plumes estimates in a macrotidal bay,2021,ART,S07,false,yes,W942
W943,Observations of estuarine salinity in shallow channels,2020,ART,S10,false,yes,W943
W944,Low-cost methods for harbour seiches in a laboratory flume,2019,ART,S07,false,yes,W944
W945,Uncertainty in stratified flows estimates in a semi-enclosed sea,2023,SUP,S06,false,yes,W945
W946,Low-cost methods for buoy telemetry in the Brevin shelf,2019,ART,S11,false,yes,W946
W947,Long-term trends in tidal asymmetry in fjords,2021,ART,S11,false,yes,W947
W948,A framework for wave runup in fjords,2021,ART,S01,false,yes,W948
W949,Erratum: Observations of survey vessel autonomy in tidal inlets,2024,ERR,S02,false,no,W949
W950,A model of storm surge in mixed-energy coasts,2025,ART,S11,false,yes,W950
W951,Machine learning for wave boundary layers in sandy coasts,2025,SUP,S06,false,yes,W951
W953,Remote sensing of internal waves in harbour basins,2020,ART,S09,false,yes,W953
W954,Observations of wave runup in sandy coasts,2024,ART,S09,false,yes,W954
W955,Long-term trends in coastal upwelling in sandy coasts,2021,ART,S10,false,yes,W955
W956,Long-term trends in breaking waves in a laboratory flume,2025,ART,S02,false,yes,W956
W957,Observations of channel hydraulics,2024,ART,S03,false,yes,W957
W958,Low-cost methods for underwater docking,2020,ART,S03,false,yes,W958
W959,Editorial: long-term trends in wave runup in sandy coasts,2022,EDT,S12,false,no,W959
W960,Revisiting wave runup in shallow channels,2022,ART,S12,false,yes,W960
W963,Observations of harbour seiches,2025,ART,S08,false,yes,W963
W964,Revisiting marsh accretion in the open shelf: a review,2020,REV,S12,false,yes,W964
W965,A model of breaking waves in the North Sea,2024,ART,S03,false,yes,W877 W965
W966,Editorial: scaling laws for river plumes in fjords,2024,EDT,S07,false,no,W966
W967,Seasonal variability in estuarine plumes in shallow channels,2022,ART,S06,false,yes,W967
W968,Machine learning for sensor calibration in a laboratory flume,2023,ART,S09,false,yes,W968
W969,Long-term trends in battery endurance in the Wexcombe marshes,2025,ART,S01,false,yes,W969
W970,Long-term trends in vortex shedding in the Wexcombe marshes,2019,ART,S02,false,yes,W970
W972,Long-term trends in acoustic positioning,2020,ART,S02,false,yes,W972
W973,Uncertainty in glider navigation estimates in the Brevin shelf,2024,ART,S03,true,no,W973
W975,Remote sensing of acoustic positioning in the North Sea,2019,ART,S13,false,no,W975
W976,Foreword: sediment resuspension,2021,EDT,S06,false,no,W976
W977,Seasonal variability in coastal upwelling in sandy coasts,2022,ART,S11,false,yes,W977
W978,Low-cost methods for river plumes in a laboratory flume,2020,ART,S12,false,yes,W978
W979,Machine learning for battery endurance,2021,ART,S03,false,yes,W979
W980,A framework for marsh accretion in harbour basins,2022,ART,S12,false,yes,W980
W981,Remote sensing of wave boundary layers in the Wexcombe marshes,2021,ART,S02,false,yes,W981
W983,Revisiting internal waves,2025,ART,S11,false,yes,W983
W984,A model of survey vessel autonomy,2024,ART,S01,false,yes,W984
W985,Remote sensing of vortex shedding,2023,ART,S09,false,yes,W985
W986,Remote sensing of storm surge,2020,ART,S04,false,no,W986
W988,Observations of harbour seiches in the open shelf,2021,ART,S07,false,yes,W988
W989,Editorial: long-term trends in marsh accretion in the Wexcombe marshes,2020,EDT,S08,false,no,W989
W990,Long-term trends in estuarine plumes in tidal inlets,2020,ART,S11,false,yes,W990
W991,Editorial: revisiting estuarine salinity in a laboratory flume,2023,EDT,S07,false,no,W991
W992,Field measurements of harbour seiches in a laboratory flume,2025,ART,S07,false,yes,W992
W993,Remote sensing of beach profiles in shallow channels,2025,ART,S07,false,yes,W993
W994,Uncertainty in sediment flux estimates in a laboratory flume,2024,ART,S08,false,yes,W994
W995,Low-cost methods for buoy telemetry in tidal inlets,2020,REV,S13,false,no,W995
W996,Uncertainty in stratified flows estimates in the open shelf,2021,ART,S02,false,yes,W996
W998,Machine learning for wave boundary layers in harbour basins,2022,ART,S01,false,yes,W998
W1000,Low-cost methods for internal waves,2024,ART,S01,false,yes,W1000
W1001,Machine learning for harbour seiches in mixed-energy coasts,2024,ART,S09,false,yes,W1001
W1002,A framework for dune erosion,2021,SUP,S06,false,yes,W1002
W1003,Field measurements of sensor calibration in the North Sea,2024,ART,S06,false,yes,W1003
W1004,Revisiting acoustic positioning,2024,ART,S02,false,yes,W1004
W1005,Remote sensing of buoy telemetry in fjords,2025,ART,S02,false,yes,W1005
W1006,Seasonal variability in acoustic positioning in a laboratory flume,2020,REV,S13,false,no,W1006
W1007,A model of storm surge in sandy coasts,2023,ART,S01,false,yes,W1007
W1008,Machine learning for beach profiles in sandy coasts,2025,ART,S11,false,yes,W1008
W1009,Revisiting sediment flux in the open shelf: a review,2022,REV,S12,false,yes,W1009
W1010,Revisiting vortex shedding in mixed-energy coasts,2020,ART,S02,false,yes,W1010
W1011,Scaling laws for fleet coordination in harbour basins,2021,REV,S04,false,no,W1011
W1012,Seasonal variability in marsh accretion in the Wexcombe marshes,2020,ART,S08,false,yes,W1012
W1013,Revisiting battery endurance in sandy coasts,2025,ART,S04,false,no,W1013
W1014,A model of sensor calibration in the North Sea,2023,ART,S01,false,yes,W1014
W1015,Revisiting tidal asymmetry in mixed-energy coasts,2023,ART,S12,false,yes,W1015
W1016,Scaling laws for bed shear stress in a laboratory flume,2025,ART,S06,false,yes,W1016
W1017,A model of tidal asymmetry in tidal inlets,2025,ART,S07,false,yes,W1017
W1018,Remote sensing of estuarine salinity in the Brevin shelf,2025,ART,S08,false,yes,W1018
W1019,Seasonal variability in coastal upwelling in mixed-energy coasts,2020,ART,S03,false,yes,W1019
W1020,Machine learning for vortex shedding in mixed-energy coasts,2020,ART,S13,false,no,W1020
W1021,Long-term trends in wave boundary layers,2021,ART,S02,false,yes,W1021
W1022,Uncertainty in storm surge estimates in the Wexcombe marshes,2023,ART,S09,false,yes,W1022
W1023,A model of beach profiles in mixed-energy coasts,2024,ART,S09,false,yes,W1023
W1024,Long-term trends in dune erosion in sandy coasts,2020,ART,S12,false,yes,W1024
W1025,Long-term trends in stratified flows,2020,ART,S02,true,no,W1025
W1026,A model of dune erosion in a macrotidal bay,2019,ART,S09,false,yes,W1026
W1027,Low-cost methods for bed shear stress in fjords: a review,2024,REV,S10,false,yes,W1027 W407
W1028,A model of wave runup in mixed-energy coasts,2019,ART,S03,false,yes,W1028
W1029,Seasonal variability in coastal upwelling in the open shelf,2022,ART,S09,false,yes,W1029
W1030,Low-cost methods for storm surge in the open shelf,2021,ART,S12,false,yes,W1030
W1031,Remote sensing of internal waves in the open shelf,2025,ART,S01,false,yes,W1031
W1032,Low-cost methods for coastal upwelling,2019,ART,S02,false,yes,W1032
W1033,Machine learning for tidal asymmetry,2025,ART,S08,false,yes,W1033
W1034,Foreword: tidal mixing,2025,EDT,S06,false,no,W1034
W1035,Uncertainty in ocean optics estimates in the Brevin shelf,2021,ART,S03,false,yes,W1035
W1036,Uncertainty in bed shear stress estimates in the Albury estuary,2024,ART,S06,false,yes,W1036
W1037,Low-cost methods for harbour seiches in the Wexcombe marshes,2022,ART,S02,true,no,W1037
W1038,Low-cost methods for marsh accretion,2020,ART,S02,false,yes,W1038 W556
W1039,Revisiting vortex shedding in sandy coasts,2023,ART,S11,false,yes,W1039
W1040,Field measurements of storm surge,2024,ART,S08,false,yes,W1040
W1041,Editorial: survey vessel autonomy,2025,EDT,S03,false,no,W1041
W1042,Revisiting seabed classification in a semi-enclosed sea,2025,ART,S01,false,yes,W1042
W1043,Editorial: machine learning for sediment flux,2023,EDT,S08,false,no,W1043
W1044,Machine learning for acoustic positioning in harbour basins,2021,ART,S02,false,yes,W1044
W1046,Low-cost methods for vortex shedding in a laboratory flume,2024,ART,S01,false,yes,W1046
W1047,Scaling laws for sediment flux,2020,ART,S09,false,yes,W1047
W1048,Long-term trends in fleet coordination in shallow channels,2023,ART,S10,false,yes,W1048
W1050,Low-cost methods for glider navigation in the Wexcombe marshes,2024,ART,S09,false,yes,W1050
W1051,Machine learning for estuarine salinity,2020,ART,S03,false,yes,W1051
W1052,Long-term trends in buoy telemetry in the North Sea,2019,ART,S03,false,yes,W1052
W1053,Remote sensing of tidal asymmetry in harbour basins: a review,2019,REV,S01,false,yes,W1053
W1054,A framework for sonar imaging in the Brevin shelf,2021,PPR,S05,false,yes,W1054
W1056,A model of sonar imaging,2023,ART,S02,false,yes,W1056
W1058,A model of turbidity sensing,2021,ART,S11,false,yes,W1058
W1060,Machine learning for tidal mixing,2020,ART,S11,false,yes,W1060
W1061,Remote sensing of turbidity sensing in shallow channels,2023,ART,S01,false,yes,W1061
W1062,Seasonal variability in wave runup in sandy coasts: a review,2019,REV,S02,false,yes,W1062
W1063,Low-cost methods for fleet coordination in a macrotidal bay,2019,ART,S02,false,yes,W1063
W1064,Seasonal variability in marsh accretion,2019,ART,S07,false,yes,W1064
W1065,Revisiting sensor calibration,2020,ART,S02,false,yes,W1065
```

### people.csv
```csv
person_id,name,orcid,author_ids
A01,Mara Ellison,0000-0002-9841-6229,A01 A02 A03 A101
A04,M. Ellison,0000-0004-8662-8360,A04
A05,Jonas Brandt,0000-0001-6105-5008,A05 A104
A06,Jonas Brandt,0000-0007-5475-1779,A06
A07,Priya Ramanathan,0000-0009-2298-3695,A07
A08,Tomasz Wierzba,0000-0007-9318-6032,A08 A106
A09,Lena Vossberg,0000-0000-8073-7028,A09 A103
A10,Dirk Hallmann,0000-0003-8222-6468,A10
A102,M. Ellison,0000-0008-4738-8328,A102
A105,Jonas Brandt,0000-0004-9046-7961,A105
A107,S. de Raat,0000-0006-1642-5247,A107 A11
A108,Priya Ramanathan,0000-0007-1802-8393,A108
A109,Greta Yelland,0000-0002-6545-4969,A109
A110,Quinn Yelland,0000-0003-7597-9990,A110
A111,Hester Falconer,0000-0007-5409-8704,A111
A112,Katrin Elphick,0000-0008-6293-8407,A112
A113,Henrik Corbridge,0000-0001-7569-4541,A113
A114,Ivo Brockmann,0000-0009-9653-9901,A114
A115,Tamsin Vandersloot,0000-0008-5622-7508,A115
A116,Emrys Bellamore,0000-0001-3732-2664,A116
A117,Viggo Bellamore,0000-0002-5926-5216,A117
A118,Dorian Bellamore,0000-0000-4633-9010,A118
A119,Jarno Quarrie,0000-0009-8605-0541,A119
A12,Pieter Maas,0000-0007-6472-5877,A12
A120,Linus Haverkamp,0000-0000-3133-9422,A120
A121,Marit Sallis,0000-0001-8432-2588,A121
A122,Katrin Dannecker,0000-0005-9430-8644,A122
A123,Florin Penhallow,0000-0008-6186-9535,A123
A124,Niko Vandersloot,0000-0008-3786-7418,A124
A125,Greta Ostergaard,0000-0002-5410-0810,A125
A126,Yara Quarrie,0000-0002-3972-8364,A126
A127,Delphine Ashdown,0000-0000-5148-3260,A127
A128,Jarno Tregunna,,A128
A129,Delphine Ibbotson,0000-0000-6389-2468,A129
A13,Claire Fontanet,0000-0001-8841-3301,A13
A130,Tamsin Castellan,0000-0004-8526-1242,A130
A131,Emrys Nordahl,0000-0000-3843-6782,A131
A132,Linus Penhallow,0000-0000-9780-0868,A132
A133,Liesel Lachance,0000-0003-1768-1087,A133
A134,Silas Castellan,0000-0003-3481-4429,A134
A135,Olwen Quarrie,0000-0001-4750-0051,A135
A136,Jolien Haverkamp,0000-0009-6519-3014,A136
A137,Olwen Uttley,0000-0006-0842-6639,A137
A138,Olwen Whitcombe,0000-0008-9432-6799,A138
A139,Odile Tregunna,0000-0002-2495-1719,A139
A14,Hugo Marchetti,0000-0007-5682-0525,A14
A140,Jolien Bellamore,0000-0009-0548-3869,A140
A141,Delphine Bellamore,0000-0003-0209-4519,A141
A142,Greta Rademaker,0000-0009-9961-6216,A142
A143,Marit Ibbotson,0000-0009-8383-5608,A143
A144,Silas Ashdown,0000-0007-8521-8973,A144
A145,Ivo Corbridge,0000-0006-1367-0053,A145
A146,Cosimo Bellamore,0000-0002-3308-6027,A146
A147,Niko Uttley,0000-0009-7757-5966,A147
A148,Kester Aldous,0000-0004-3203-0789,A148
A149,Liesel Whitcombe,0000-0008-7432-0373,A149
A15,Aisha Okonjo,0000-0008-9831-9489,A15
A150,Yara Castellan,0000-0006-4842-1959,A150
A151,Elsa Penhallow,0000-0008-1093-6341,A151
A152,Florin Whitcombe,,A152
A153,Emrys Merriman,0000-0008-9865-6168,A153
A154,Henrik Lachance,0000-0000-6078-6579,A154
A155,Delphine Dewhurst,,A155
A156,Greta Elphick,0000-0000-1295-1089,A156
A157,Dorian Falconer,0000-0009-2170-6438,A157
A158,Kester Jansma,0000-0009-6522-6126,A158
A159,Wren Whitcombe,0000-0009-7906-1807,A159
A16,Rhys Calloway,,A16
A160,Kester Zandvoort,0000-0006-9930-9118,A160
A161,Jolien Dewhurst,0000-0005-3613-9857,A161
A162,Liesel Ibbotson,0000-0007-2655-6310,A162
A163,Nils Jansma,0000-0004-7426-1752,A163
A164,Silas Corbridge,0000-0001-8029-9865,A164
A165,Niko Penhallow,0000-0002-5295-8953,A165
A166,Henrik Sallis,0000-0003-9677-7161,A166
A167,Henrik Haverkamp,0000-0007-4485-0931,A167
A168,Henrik Yelland,0000-0001-2141-4246,A168
A169,Ulla Haverkamp,0000-0000-8586-5161,A169
A17,Ingrid Solberg,0000-0003-9494-8214,A17
A170,Bastian Ashdown,0000-0005-3547-5180,A170
A171,Ulla Aldous,0000-0005-5058-4742,A171
A172,Hester Aldous,0000-0009-3776-6819,A172
A173,Fenna Uttley,0000-0000-4008-7950,A173
A174,Tamsin Gisborne,0000-0004-4300-1807,A174
A175,Jarno Whitcombe,0000-0000-2155-5864,A175
A176,Yara Dewhurst,0000-0004-7256-8312,A176
A177,Carys Uttley,0000-0008-3085-0372,A177
A178,Elsa Merriman,,A178
A179,Alba Ashdown,0000-0001-5735-1490,A179
A18,Bram Kuipers,0000-0001-6210-5218,A18
A180,Ilse Aldous,0000-0002-8044-9596,A180
A181,Henrik Kerridge,0000-0009-5689-0994,A181
A182,Ulla Penhallow,0000-0003-2191-4747,A182
A183,Bastian Kerridge,0000-0007-6448-2483,A183
A184,Odile Ashdown,,A184
A185,Olwen Ostergaard,0000-0005-9437-0650,A185
A186,Carys Tregunna,0000-0002-3962-9717,A186
A187,Jolien Aldous,0000-0002-8271-6177,A187
A188,Bastian Tregunna,,A188
A189,Zeno Aldous,0000-0006-2989-6155,A189
A19,Femke Hoogeveen,0000-0005-4914-5244,A19
A190,Maelle Ashdown,0000-0009-5279-0424,A190
A191,Silas Zandvoort,0000-0005-2590-0644,A191
A192,Pim Aldous,0000-0002-0569-8605,A192
A193,Niko Yelland,,A193
A194,Alba Corbridge,0000-0001-5776-4679,A194
A195,Yara Penhallow,0000-0003-6890-9836,A195
A196,Fenna Gisborne,0000-0008-9819-5281,A196
A197,Maelle Brockmann,0000-0005-2578-6292,A197
A198,Jarno Ashdown,0000-0001-4780-0378,A198
A199,Delphine Merriman,0000-0005-5487-7183,A199
A20,Joost Verhaar,0000-0001-0646-0013,A20
A200,Ivo Penhallow,0000-0000-9986-0432,A200
A201,Hester Dewhurst,0000-0002-8179-0448,A201
A202,Marit Ostergaard,0000-0007-5698-5981,A202
A203,Jolien Quarrie,0000-0007-9816-0934,A203
A204,Katrin Kerridge,0000-0002-0159-1367,A204
A205,Yara Lachance,,A205
A206,Olwen Yelland,,A206
A207,Maelle Dannecker,0000-0007-9373-7702,A207
A208,Liesel Jansma,0000-0005-1693-8254,A208
A209,Jolien Kerridge,0000-0001-6525-8467,A209
A21,Petra Lindqvist,0000-0000-4118-9557,A21
A210,Ilse Bellamore,,A210
A211,Ivo Rademaker,0000-0002-7687-0223,A211
A212,Jarno Elphick,0000-0006-5440-8972,A212
A213,Odile Whitcombe,0000-0003-3309-8851,A213
A214,Anouk Castellan,0000-0005-5240-8672,A214
A215,Zeno Dannecker,0000-0008-4772-3832,A215
A216,Nils Rademaker,0000-0001-3498-1824,A216
A217,Odile Rademaker,0000-0009-2609-6797,A217
A218,Bryony Jansma,0000-0003-3146-5873,A218
A219,Bryony Jansma,0000-0002-4103-1118,A219
A22,Niamh Corrigan,0000-0009-9065-9397,A22
A220,Hester Ostergaard,0000-0008-3455-9598,A220
A221,Hester Ostergaard,0000-0003-8085-8585,A221
A222,Liesel Aldous,0000-0009-2600-3022,A222
A223,Liesel Aldous,0000-0008-4203-7095,A223
A224,Ilse Eberhardt,0000-0009-6534-9320,A224
A225,Ilse Eberhardt,0000-0000-0712-5619,A225
A226,Cosimo Penhallow,0000-0000-1869-5361,A226
A227,Cosimo Penhallow,0000-0008-9935-6581,A227
A228,Gideon Yelland,0000-0009-3500-8530,A228
A229,Gideon Yelland,0000-0003-6264-2564,A229
A30,Ana Aranda,0000-0006-1584-6450,A30
A31,Ben Fujimura,0000-0006-0454-1465,A31
A32,Chiara Kincaid,0000-0009-0853-8012,A32
A33,Daichi Pruitt,0000-0009-1102-8594,A33
A34,Elif Esposito,0000-0000-6925-6663,A34
A35,Felipe Jaramillo,0000-0006-3228-0886,A35
A36,Grace Olmedo,0000-0004-2300-4876,A36
A37,Haruto Dorsey,0000-0004-5291-2808,A37
A38,Ines Ishida,0000-0004-5850-0370,A38
A39,Julien Nakagawa,0000-0003-8265-3845,A39
A40,Kai Carver,0000-0003-5577-8794,A40
A41,Lucia Hartwell,0000-0003-2627-0586,A41
A42,Mateo Morrow,0000-0000-2145-8421,A42
A43,Noor Beaulieu,0000-0000-8394-9066,A43
A44,Oscar Galvez,0000-0008-8281-1265,A44
A45,Paula Lefebvre,0000-0008-4409-3244,A45
```

### credits.csv
```csv
work_id,person_id,institution_id
W01,A01,I02
W01,A07,I03
W03,A01,I02
W03,A07,I03
W04,A01,I02
W05,A01,I02
W05,A07,I03
W06,A01,I02
W06,A15,I13
W07,A01,I02
W08,A04,I07
W12,A01,I02
W12,A16,I05
W13,A07,I03
W14,A05,I05
W15,A15,I13
W16,A04,I07
W17,A13,I11
W18,A107,I09
W19,A01,I02
W20,A09,I07
W20,A13,I11
W21,A09,I07
W21,A10,I08
W21,A107,I09
W21,A12,I10
W22,A09,I07
W23,A09,I07
W24,A10,I08
W27,A13,I11
W27,A14,I12
W27,A17,I14
W27,A18,I09
W28,A06,I12
W28,A15,I13
W28,A16,I05
W28,A19,I09
W29,A13,I11
W29,A15,I13
W29,A16,I05
W29,A20,I09
W30,A15,I13
W31,A17,I14
W32,A107,I09
W32,A18,I09
W32,A19,I09
W32,A20,I09
W33,A14,I12
W34,A06,I12
W35,A14,I12
W36,A13,I11
W37,A05,I05
W38,A06,I12
W39,A17,I14
W40,A107,I09
W41,A14,I12
W50,A17,I14
W51,A12,I10
W52,A13,I11
W60,A34,I15
W61,A35,I16
W61,A38,I15
W62,A34,I15
W62,A38,I15
W63,A33,I18
W63,A34,I15
W63,A44,I17
W64,A40,I17
W65,A35,I16
W65,A36,I17
W65,A45,I18
W66,A38,I15
W67,A35,I16
W67,A45,I18
W70,A08,I06
W71,A08,I04
W72,A07,I03
W72,A08,I04
W73,A08,I06
W74,A22,I06
W75,A15,I13
W101,A30,I15
W101,A42,I15
W102,A36,I17
W102,A38,I15
W102,A42,I15
W103,A34,I15
W103,A35,I16
W103,A41,I18
W104,A37,I18
W104,A44,I17
W104,A45,I18
W105,A31,I16
W105,A40,I17
W106,A38,I15
W106,A45,I18
W107,A32,I17
W107,A43,I16
W108,A34,I15
W108,A35,I16
W108,A42,I15
W109,A36,I17
W109,A42,I15
W109,A43,I16
W110,A34,I15
W111,A34,I15
W112,A44,I17
W112,A45,I18
W113,A32,I17
W113,A43,I16
W114,A35,I16
W114,A38,I15
W114,A42,I15
W115,A35,I16
W116,A43,I16
W116,A44,I17
W117,A36,I17
W118,A35,I16
W119,A36,I17
W119,A41,I18
W120,A37,I18
W121,A32,I17
W121,A37,I18
W122,A32,I17
W123,A30,I15
W123,A38,I15
W123,A45,I18
W124,A31,I16
W125,A36,I17
W125,A37,I18
W201,A223,I30
W203,A09,I07
W203,A10,I08
W203,A139,I07
W203,A143,I08
W203,A144,I08
W203,A225,I28
W204,A184,I15
W204,A227,I31
W205,A113,I02
W205,A115,I03
W205,A123,I19
W206,A01,I02
W206,A123,I19
W208,A124,I19
W208,A229,I17
W209,A17,I14
W211,A169,I13
W214,A129,I13
W215,A177,I25
W216,A155,I12
W216,A156,I12
W217,A160,I11
W218,A218,I25
W220,A227,I31
W221,A188,I24
W222,A186,I17
W222,A188,I24
W222,A199,I18
W223,A190,I26
W223,A210,I17
W224,A177,I25
W225,A17,I14
W227,A146,I22
W227,A176,I24
W228,A185,I16
W228,A202,I26
W228,A39,I16
W229,A160,I11
W230,A160,I11
W230,A161,I11
W232,A09,I07
W232,A137,I07
W233,A110,I02
W233,A125,I19
W235,A189,I25
W235,A194,I30
W237,A184,I15
W237,A208,I15
W238,A01,I02
W238,A111,I02
W238,A32,I17
W239,A172,I15
W239,A227,I31
W241,A127,I05
W241,A128,I05
W241,A16,I05
W242,A105,I14
W243,A114,I02
W243,A119,I04
W246,A221,I30
W247,A222,I31
W249,A17,I14
W251,A07,I03
W251,A125,I19
W252,A08,I06
W253,A211,I18
W253,A217,I29
W253,A229,I17
W254,A204,I28
W254,A214,I26
W254,A36,I17
W255,A15,I13
W256,A130,I20
W256,A159,I12
W257,A200,I24
W258,A201,I25
W258,A36,I17
W259,A201,I25
W260,A10,I08
W260,A141,I07
W261,A175,I18
W261,A33,I18
W262,A07,I03
W262,A194,I30
W264,A141,I07
W264,A144,I08
W265,A226,I24
W266,A149,I09
W266,A209,I16
W266,A229,I17
W266,A43,I16
W267,A138,I07
W269,A206,I30
W269,A220,I26
W269,A36,I17
W270,A158,I12
W270,A159,I12
W270,A227,I31
W271,A01,I02
W272,A215,I27
W272,A221,I30
W273,A110,I02
W273,A163,I14
W274,A15,I13
W275,A185,I16
W275,A195,I31
W276,A157,I12
W276,A158,I12
W277,A191,I27
W278,A185,I16
W279,A163,I14
W281,A138,I07
W281,A139,I07
W282,A155,I12
W284,A43,I16
W284,A44,I17
W285,A153,I23
W289,A201,I25
W289,A207,I31
W291,A45,I18
W292,A07,I03
W292,A155,I12
W293,A07,I03
W293,A125,I19
W294,A15,I13
W294,A167,I13
W296,A130,I20
W296,A219,I30
W297,A139,I07
W299,A191,I27
W300,A158,I12
W301,A140,I07
W301,A143,I08
W301,A176,I24
W302,A158,I12
W303,A14,I12
W303,A157,I12
W303,A162,I11
W304,A132,I21
W304,A133,I21
W304,A190,I26
W305,A222,I31
W306,A127,I05
W306,A130,I20
W308,A117,I03
W308,A124,I19
W308,A40,I17
W309,A14,I12
W310,A194,I30
W312,A165,I14
W313,A163,I14
W313,A166,I14
W314,A129,I05
W314,A131,I20
W314,A212,I24
W315,A122,I19
W317,A198,I17
W317,A204,I28
W317,A212,I24
W318,A163,I14
W318,A164,I14
W319,A128,I05
W320,A41,I18
W321,A164,I14
W321,A17,I14
W323,A177,I25
W324,A229,I17
W325,A10,I07
W326,A192,I28
W330,A218,I25
W330,A30,I15
W331,A169,I13
W332,A214,I26
W332,A228,I24
W332,A33,I18
W333,A145,I08
W334,A157,I12
W335,A214,I26
W336,A198,I17
W337,A211,I18
W338,A15,I13
W338,A167,I13
W339,A184,I15
W341,A136,I07
W341,A145,I08
W342,A136,I07
W343,A160,I11
W344,A13,I11
W345,A42,I15
W346,A126,I05
W348,A118,I03
W348,A121,I04
W348,A123,I19
W349,A130,I20
W350,A110,I02
W350,A116,I03
W350,A118,I03
W352,A210,I17
W352,A40,I17
W354,A152,I09
W355,A123,I19
W356,A128,I05
W357,A102,I09
W357,A107,I09
W357,A148,I09
W357,A20,I09
W358,A199,I18
W358,A213,I25
W358,A217,I29
W359,A158,I12
W359,A159,I12
W361,A14,I12
W361,A155,I12
W362,A36,I17
W365,A138,I07
W366,A09,I07
W366,A219,I30
W367,A107,I09
W367,A151,I09
W367,A154,I23
W367,A18,I09
W368,A114,I02
W369,A180,I28
W369,A185,I16
W369,A198,I17
W370,A111,I02
W370,A113,I02
W370,A224,I16
W371,A179,I27
W371,A32,I17
W373,A34,I15
W374,A01,I02
W374,A114,I02
W376,A203,I27
W376,A215,I27
W377,A173,I16
W378,A135,I06
W378,A22,I06
W380,A174,I17
W380,A200,I24
W380,A206,I30
W382,A184,I15
W383,A110,I02
W383,A118,I03
W383,A222,I31
W384,A06,I12
W384,A157,I12
W385,A113,I02
W385,A173,I16
W387,A40,I17
W388,A131,I20
W388,A37,I18
W389,A186,I17
W389,A213,I25
W390,A148,I09
W390,A151,I09
W390,A18,I09
W390,A20,I09
W390,A33,I18
W392,A180,I28
W392,A192,I28
W393,A187,I18
W393,A31,I16
W396,A15,I13
W396,A168,I13
W398,A36,I17
W399,A173,I16
W399,A207,I31
W399,A223,I30
W400,A12,I10
W400,A170,I10
W400,A171,I10
W401,A146,I22
W401,A147,I22
W402,A169,I13
W402,A176,I24
W403,A205,I29
W403,A209,I16
W404,A189,I25
W404,A205,I29
W404,A219,I30
W405,A163,I14
W406,A178,I26
W408,A216,I28
W408,A39,I16
W410,A127,I05
W411,A18,I09
W411,A20,I09
W413,A126,I05
W413,A16,I05
W414,A182,I30
W414,A207,I31
W415,A212,I24
W415,A36,I17
W417,A09,I07
W417,A143,I08
W418,A162,I11
W419,A12,I10
W419,A137,I07
W419,A140,I07
W420,A127,I21
W421,A147,I22
W422,A102,I09
W422,A152,I09
W423,A212,I24
W424,A198,I17
W424,A218,I25
W425,A14,I12
W425,A156,I12
W425,A225,I28
W426,A08,I04
W426,A114,I02
W427,A182,I30
W428,A04,I07
W428,A174,I17
W430,A200,I24
W431,A188,I24
W433,A40,I17
W434,A163,I14
W434,A165,I14
W434,A166,I14
W434,A31,I16
W435,A07,I03
W435,A125,I19
W436,A18,I09
W436,A182,I30
W436,A197,I16
W436,A219,I30
W437,A108,I16
W437,A176,I24
W438,A12,I10
W438,A170,I10
W439,A185,I16
W440,A212,I24
W441,A128,I05
W442,A228,I24
W443,A186,I17
W443,A226,I24
W444,A10,I08
W445,A13,I11
W445,A167,I13
W446,A155,I12
W446,A156,I12
W448,A129,I05
W449,A01,I02
W450,A141,I07
W450,A143,I08
W451,A178,I26
W451,A181,I29
W451,A207,I31
W452,A119,I04
W452,A124,I19
W452,A204,I28
W453,A110,I02
W453,A118,I03
W453,A32,I17
W454,A137,I07
W454,A143,I08
W455,A129,I05
W456,A182,I30
W457,A42,I15
W458,A205,I29
W458,A43,I16
W458,A44,I17
W459,A163,I14
W461,A200,I24
W462,A155,I12
W463,A114,I02
W463,A120,I04
W464,A01,I02
W464,A224,I16
W465,A115,I03
W466,A192,I28
W467,A169,I13
W469,A185,I16
W469,A201,I25
W469,A223,I30
W470,A182,I30
W471,A35,I16
W471,A44,I17
W473,A10,I08
W474,A113,I02
W474,A118,I03
W475,A218,I25
W476,A163,I14
W477,A164,I14
W478,A09,I07
W479,A147,I22
W480,A20,I09
W481,A111,I02
W481,A120,I04
W481,A34,I15
W483,A181,I29
W484,A14,I12
W485,A41,I18
W485,A45,I18
W486,A131,I20
W487,A102,I09
W487,A177,I25
W487,A195,I31
W487,A221,I30
W489,A218,I25
W491,A38,I15
W492,A177,I25
W492,A197,I16
W493,A212,I24
W493,A35,I16
W496,A12,I10
W496,A171,I10
W497,A165,I14
W497,A189,I25
W497,A20,I09
W497,A33,I18
W498,A182,I30
W498,A222,I31
W499,A111,I02
W499,A112,I02
W499,A121,I04
W500,A15,I13
W500,A163,I14
W501,A115,I03
W502,A134,I06
W502,A22,I06
W502,A221,I30
W503,A111,I02
W503,A171,I10
W504,A10,I08
W505,A220,I26
W507,A173,I16
W507,A214,I26
W508,A224,I16
W509,A108,I16
W509,A183,I31
W509,A198,I17
W510,A140,I07
W510,A144,I08
W511,A41,I18
W512,A198,I17
W512,A41,I18
W513,A117,I03
W515,A159,I12
W516,A156,I12
W516,A157,I12
W516,A158,I12
W518,A143,I08
W518,A163,I14
W519,A189,I25
W519,A217,I29
W520,A155,I12
W521,A200,I24
W521,A209,I16
W521,A211,I18
W523,A116,I03
W523,A121,I04
W523,A203,I27
W525,A06,I12
W525,A158,I12
W526,A223,I30
W527,A117,I03
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W1038,A05,I05
W1038,A164,I14
W1039,A164,I14
W1039,A165,I14
W1040,A179,I27
W1040,A33,I18
W1041,A137,I07
W1042,A172,I15
W1043,A43,I16
W1044,A110,I02
W1044,A111,I02
W1044,A113,I02
W1044,A192,I28
W1046,A119,I04
W1047,A219,I30
W1047,A221,I30
W1047,A227,I31
W1048,A01,I02
W1050,A01,I02
W1050,A114,I02
W1051,A130,I20
W1051,A16,I05
W1052,A127,I05
W1052,A130,I20
W1053,A155,I12
W1053,A159,I12
W1054,A15,I13
W1056,A102,I09
W1058,A12,I10
W1058,A170,I10
W1058,A171,I10
W1060,A165,I14
W1060,A166,I14
W1060,A229,I17
W1061,A126,I05
W1062,A134,I06
W1062,A135,I06
W1063,A12,I10
W1063,A170,I10
W1064,A202,I26
W1064,A32,I17
W1065,A119,I04
W1065,A122,I19
W1065,A123,I19
W1065,A222,I31
```

### institutions.csv
```csv
institution_id,name,ror,country,type,parent_id
I01,Albury University System,0hygr4985,GB,SYS,
I02,University of Albury,06safhw22,GB,UNI,I01
I03,Albury Centre for Marine Robotics,06a9yq342,GB,LAB,I02
I04,Tessel Laboratory for Ocean Sensing,0002ezf81,GB,LAB,I03
I05,Albury Metropolitan University,0ww7kxb57,GB,UNI,I01
I06,Halloran Institute for Coastal Studies,0175f3924,GB,AFF,I02
I07,Kesting University,0593t4875,DE,UNI,
I08,Kesting Institute of Hydrodynamics,0brjdg570,DE,LAB,I07
I09,Rostval Technical University,0k8rh7879,NL,UNI,
I10,Marrow Instruments BV,0t3x83535,NL,CO,
I11,Brevin Ocean Agency,0wvack776,FR,GOV,
I12,Université de Lorvain,091pt9775,FR,UNI,
I13,Dunmore College,095cwy722,GB,UNI,
I14,Oskel Polytechnic,06t6n5818,NL,UNI,
I15,Carrow State University,0v91gp428,US,UNI,
I16,Hoshimine Institute of Technology,06afa6f88,JP,UNI,
I17,Université de Mallois,0pshcv029,CA,UNI,
I18,Universidad de Ventolera,0ay9jr885,ES,UNI,
I19,Albury Laboratory for Acoustic Imaging,0xe2n1515,GB,LAB,I02
I20,Albury Metropolitan Centre for Port Studies,0bp5b1111,GB,LAB,I05
I21,Wexcombe Institute for Estuary Research,0ms1zdt74,GB,AFF,I05
I22,Sandhaven Institute for Wave Research,0rn08b412,DE,AFF,I07
I23,Rostval Laboratory for Offshore Structures,0zekfva10,NL,LAB,I09
I24,Pellmore University,0n0j86p46,US,UNI,
I25,Università di Calvessa,08mz9rf83,IT,UNI,
I26,Tarnowa University of Technology,0189z6431,PL,UNI,
I27,Kirrabay University,0wam41j64,AU,UNI,
I28,Nordvik University,00etvqe29,NO,UNI,
I29,Hanseo Ocean Institute,0g18r1r20,KR,GOV,
I30,Universidade de Arvela,0ha4xax60,PT,UNI,
I31,Corrimal Marine Systems Inc,0nq63kw54,US,CO,
```

### institution_units.csv
```csv
institution_id,counts_towards,levels_up
I01,I01,0
I02,I02,0
I02,I01,1
I03,I03,0
I03,I02,1
I03,I01,2
I04,I04,0
I04,I03,1
I04,I02,2
I04,I01,3
I05,I05,0
I05,I01,1
I06,I06,0
I07,I07,0
I08,I08,0
I08,I07,1
I09,I09,0
I10,I10,0
I11,I11,0
I12,I12,0
I13,I13,0
I14,I14,0
I15,I15,0
I16,I16,0
I17,I17,0
I18,I18,0
I19,I19,0
I19,I02,1
I19,I01,2
I20,I20,0
I20,I05,1
I20,I01,2
I21,I21,0
I22,I22,0
I23,I23,0
I23,I09,1
I24,I24,0
I25,I25,0
I26,I26,0
I27,I27,0
I28,I28,0
I29,I29,0
I30,I30,0
I31,I31,0
```

### sources.csv
```csv
source_id,name,issn,type,tier,tier_rank,delisted
S01,Journal of Marine Autonomy,9866-3925,JOU,K3,1,no
S02,Ocean Sensing Letters,3195-4973,JOU,K2,2,no
S03,Coastal Engineering Review,1154-9679,JOU,K1,3,no
S04,Global Marine Science Reports,8864-5325,JOU,K0,,yes
S05,OceanArXiv,,REP,,,no
S06,Proceedings of the Hydrodynamics Forum,9804-2748,JOU,K2,2,no
S07,Journal of Estuarine Dynamics,1483-2835,JOU,K2,2,no
S08,Hydrology Notes,9832-2482,JOU,K1,3,no
S09,Journal of Coastal Hydraulics,3431-7424,JOU,K2,2,no
S10,Marine Technology Bulletin,7809-8515,JOU,K1,3,no
S11,Annals of Ocean Observation,8324-8964,JOU,K2,2,no
S12,Shelf Sea Letters,8103-2767,JOU,K1,3,no
S13,International Journal of Ocean Frontiers,1765-9671,JOU,K0,,yes
S14,CoastRxiv,,REP,,,no
```

### citations.csv
```csv
citing_work_id,cited_work_id
W12,W03
W13,W03
W14,W03
W15,W03
W16,W03
W17,W03
W18,W03
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W33,W21
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W35,W20
W36,W20
W36,W21
W39,W23
W40,W01
W41,W01
W50,W40
W51,W40
W51,W41
W52,W41
W60,W30
W61,W30
W62,W30
W62,W31
W63,W30
W64,W30
W65,W31
W66,W31
W67,W31
W103,W101
W103,W60
W104,W101
W105,W60
W106,W104
W106,W61
W107,W101
W107,W104
W108,W101
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W108,W60
W109,W101
W109,W104
W110,W60
W111,W104
W111,W107
W111,W64
W113,W110
W114,W104
W115,W114
W116,W104
W118,W106
W118,W66
W119,W109
W119,W114
W120,W108
W120,W112
W121,W112
W121,W113
W123,W101
W123,W60
W124,W101
W124,W107
W124,W114
W125,W105
W125,W108
W125,W61
W201,W1063
W203,W291
W204,W425
W205,W502
W208,W361
W209,W1002
W209,W341
W211,W361
W211,W400
W211,W758
W214,W03
W214,W881
W215,W607
W216,W401
W216,W607
W217,W1053
W218,W464
W218,W642
W218,W755
W220,W733
W220,W910
W222,W251
W222,W449
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W935,W332
W935,W354
W935,W439
W936,W426
W936,W749
W937,W279
W937,W552
W940,W1012
W941,W835
W943,W201
W943,W303
W943,W513
W944,W1052
W944,W243
W944,W583
W946,W1038
W946,W277
W946,W630
W947,W415
W947,W453
W947,W784
W948,W807
W949,W1061
W949,W208
W950,W1016
W953,W562
W954,W304
W959,W457
W964,W294
W964,W399
W964,W936
W965,W471
W965,W606
W965,W784
W966,W1036
W966,W560
W966,W801
W967,W1002
W968,W587
W968,W616
W968,W713
W970,W936
W972,W755
W975,W665
W977,W752
W978,W1063
W978,W410
W978,W672
W980,W336
W980,W579
W980,W601
W981,W753
W981,W804
W984,W355
W984,W824
W986,W424
W986,W593
W988,W30
W988,W453
W989,W903
W990,W294
W991,W623
W992,W30
W993,W449
W993,W617
W993,W947
W994,W278
W994,W756
W995,W275
W996,W579
W996,W903
W996,W989
W1000,W317
W1000,W978
W1001,W797
W1002,W218
W1002,W461
W1002,W742
W1005,W233
W1005,W251
W1005,W706
W1006,W1047
W1007,W458
W1007,W735
W1007,W772
W1009,W988
W1011,W453
W1011,W623
W1011,W910
W1012,W876
W1014,W731
W1016,W1046
W1016,W242
W1016,W793
W1017,W246
W1018,W343
W1020,W1038
W1022,W309
W1022,W876
W1024,W401
W1024,W692
W1024,W769
W1026,W626
W1027,W1054
W1027,W349
W1027,W414
W1027,W635
W1027,W665
W1027,W902
W1029,W649
W1031,W521
W1031,W699
W1031,W702
W1032,W713
W1033,W30
W1033,W977
W1034,W1001
W1034,W383
W1034,W631
W1038,W572
W1039,W31
W1040,W896
W1042,W455
W1042,W602
W1043,W276
W1043,W422
W1043,W784
W1044,W713
W1046,W301
W1047,W870
W1048,W03
W1048,W601
W1048,W821
W1050,W774
W1051,W312
W1052,W970
W1056,W03
W1058,W555
W1058,W808
W1058,W822
W1060,W271
W1060,W552
W1060,W946
W1061,W312
W1061,W757
W1064,W1026
W1064,W944
W1065,W1024
W1065,W870
```

## Questions

Answer each question below from the data above. Start each answer on a new line with its
number in bold, like **Q1.**, give the direct answer first, then at most two sentences of
reasoning that cite the records (IDs) you relied on.

Then end with one JSON block (```json) holding the structured answer to each question listed
here, with exactly these fields, shaped like {"Q1": {"field": value}, ...}. Name works, authors, institutions and sources by their record ID: the work_id, author_id, institution_id or source_id in the CSV files, or the part of the IRI after res: in the RDF (W01, A07, I02, S03; not their titles or names).

- Q1: count (a number)
- Q2: works (a list of record IDs)
- Q3: same ("yes", "no" or "depends")
- Q4: count (a number)
- Q5: same ("yes", "no" or "depends")
- Q6: author (a record ID)
- Q7: count (a number)
- Q8: parent (a record ID)
- Q9: count (a number)
- Q10: count (a number)
- Q11: count (a number)
- Q12: full (a number), fractional (a number)
- Q13: full (a record ID), fractional (a record ID)
- Q14: full (a number), fractional (a number)
- Q15: count (a number)
- Q16: count (a number)
- Q17: works (a list of record IDs)
- Q18: count (a number)
- Q19: count (a number)
- Q20: works (a list of record IDs)
- Q21: count (a number)
- Q22: more_in_total (a record ID), more_in_window (a record ID)
- Q23: total (a number), in_window (a number)
- Q24: count (a number)
- Q25: count (a number)
- Q26: counts ("yes", "no" or "depends")
- Q27: institution (a record ID), citing_works (a number)
- Q28: count (a number)
- Q29: author (a number), institution (a number), country (a number)
- Q30: count (a number)
- Q31: works (a list of record IDs)
- Q32: count (a number)
- Q33: work (a record ID)
- Q34: count (a number)
- Q35: count (a number)
- Q36: count (a number)
- Q37: institution (a record ID)
- Q38: institutions (a list of record IDs)
- Q39: count (a number)
- Q40: source (a record ID)
- Q41: higher ("yes", "no" or "depends")
- Q42: count (a number)
- Q43: research ("yes", "no" or "depends")
- Q44: institutions (a list of record IDs)
- Q45: count (a number)
- Q46: parent (a record ID)

Q1. How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?
Q2. List every work, of any type, that Mara Ellison (A01) is an author of.
Q3. Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?
Q4. How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?
Q5. Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?
Q6. Which author has the most research works credited to the University of Albury, its units included?
Q7. How many research works has Mara Ellison authored?
Q8. What is the ultimate parent of the Tessel Laboratory for Ocean Sensing (I04)?
Q9. How many research works is the University of Albury (I02) credited with, its units included?
Q10. How many research works is the Albury University System (I01) credited with, all its units included?
Q11. How many research works is Kesting University (I07) credited with, its units included?
Q12. How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?
Q13. In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?
Q14. How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?
Q15. How many research works appeared in Ocean Sensing Letters (S02) in 2024?
Q16. How many research works appeared in the Journal of Marine Autonomy (S01)?
Q17. Which of Mara Ellison's works are not research output because of their document type?
Q18. How many distinct research works has Priya Ramanathan (A07) authored?
Q19. How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?
Q20. Which works in the data are preprints of another work that is also in the data?
Q21. How many research works is Oskel Polytechnic (I14) credited with?
Q22. Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?
Q23. How many citations has W30 received in total, and how many within its publication year and the two years after?
Q24. How many research works has Lena Vossberg (A09) authored?
Q25. What is the total of the citation counts of Lena Vossberg's research works?
Q26. Does W23 count towards Kesting University's research output?
Q27. Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?
Q28. How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?
Q29. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?
Q30. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?
Q31. Which works cite at least one of the works that cite W01?
Q32. How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?
Q33. Which of Kesting University's research works has the most citations?
Q34. How many research works was Kesting University (units included) credited with in 2025?
Q35. How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?
Q36. How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?
Q37. Which institution is W70 credited to?
Q38. Which institutions is W71 credited to, at every level?
Q39. How many of the University of Albury's research works (units included) appeared in a source of the highest tier?
Q40. Which source is in the highest tier?
Q41. Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?
Q42. How many research works appeared in Global Marine Science Reports (S04)?
Q43. Is W07 research output?
Q44. Which institutions are part of the Albury University System, at any level below it?
Q45. How many research works is the Halloran Institute for Coastal Studies (I06) credited with?
Q46. What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?
Q47. Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?
Q48. Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?

The report, as report.md

research_850: claude:haiku, 2026-11-06 02:06

48 questions, 5 repeats per condition. Correct = 1, partial = ½. Graded by code where a question has a typed key, by claude:sonnet with a checklist otherwise.

Accuracy

Condition	Accuracy	95% interval	Questions unstable across repeats
R1 `csv`	21%	12% to 31%	15 of 48
R3 `csv+padding`	30%	19% to 41%	11 of 48
R4 `csv+markdown`	43%	34% to 51%	37 of 48
R5 `csv+ontology`	49%	40% to 58%	36 of 48
R10 `executed`	69%	58% to 79%	17 of 48

Against R1 `csv`, question by question

Condition	Difference	95% interval
R3 `csv+padding`	+9 points	+4 to +15
R4 `csv+markdown`	+22 points	+13 to +30
R5 `csv+ontology`	+28 points	+19 to +38
R10 `executed`	+48 points	+36 to +60

By question

Question	Graded by	R1 `csv`	R3 `csv+padding`	R4 `csv+markdown`	R5 `csv+ontology`	R10 `executed`
Q1	code	✅ ✅ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ❌ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q2	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ❌ ✅	✅ ❌ ✅ ✅ ✅	❌ ❌ ❌ ❌ ❌
Q3	code	✅ ✅ ✅ ✅ ❌	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q4	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ✅	❌ ✅ ✅ ✅ ✅	❌ ❌ ✅ ✅ ❌	✅ ✅ ✅ ✅ ❌
Q5	code	✅ ✅ ✅ ✅ ❌	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q6	code	✅ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ✅	❌ ❌ ✅ ❌ ✅	✅ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q7	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ❌ ✅	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q8	code	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q9	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ✅ ❌ ❌ ❌
Q10	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ✅ ❌ ❌ ❌
Q11	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ✅	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌
Q12	code	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ✅ ✅	❌ ❌ ✅ ❌ ❌	❌ ❌ ✅ ❌ ✅	✅ ✅ ❌ ✅ ❌
Q13	code	🟡 ❌ 🟡 ❌ 🟡	✅ ✅ ✅ 🟡 🟡	❌ ❌ ✅ ❌ ✅	❌ 🟡 🟡 ❌ 🟡	🟡 ✅ ✅ 🟡 🟡
Q14	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ 🟡	❌ ❌ ✅ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌
Q15	code	❌ ❌ ✅ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ❌ ❌ ❌	❌ ❌ ✅ ✅ ❌	❌ ❌ ❌ ❌ ❌
Q16	code	❌ ❌ ❌ ❌ ❌	❌ ✅ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ❌ ❌ ✅
Q17	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ✅	❌ ❌ ✅ ❌ ❌	❌ ❌ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q18	code	✅ ❌ ❌ ❌ ❌	❌ ✅ ✅ ✅ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ❌ ✅ ✅	✅ ✅ ✅ ❌ ✅
Q19	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ❌	❌ ✅ ❌ ❌ ❌	✅ ✅ ❌ ✅ ✅
Q20	code	✅ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅	❌ ❌ ✅ ❌ ✅	❌ ✅ ❌ ✅ ✅	❌ ❌ ❌ ❌ ❌
Q21	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌
Q22	code	✅ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q23	code	🟡 🟡 🟡 ❌ 🟡	🟡 🟡 🟡 🟡 🟡	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q24	code	✅ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ✅ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅
Q25	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q26	code	✅ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q27	code	🟡 ❌ 🟡 ❌ 🟡	🟡 🟡 🟡 🟡 🟡	❌ ❌ ✅ ❌ 🟡	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q28	code	❌ ❌ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q29	code	🟡 ❌ 🟡 ❌ ❌	🟡 🟡 🟡 🟡 🟡	❌ ❌ ✅ ❌ ✅	❌ ✅ ❌ ❌ ❌	✅ ✅ 🟡 🟡 ✅
Q30	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ❌	❌ ✅ ❌ ❌ ❌	✅ ✅ ❌ ❌ ✅
Q31	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ❌ ❌ ❌	✅ ✅ ✅ ✅ ✅
Q32	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ❌ ❌ ❌	✅ ✅ ✅ ✅ ✅
Q33	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ❌ ✅	✅ ✅ ✅ ✅ ✅
Q34	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ✅	❌ ❌ ❌ ❌ ✅	✅ ✅ ✅ ❌ ✅
Q35	code	❌ ❌ ❌ ❌ ❌	❌ ✅ ✅ ❌ ❌	❌ ❌ ❌ ❌ ✅	❌ ❌ ❌ ❌ ❌	✅ ✅ ✅ ❌ ❌
Q36	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ❌ ❌ ❌
Q37	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q38	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ❌ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q39	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ❌	❌ ✅ ❌ ❌ ✅
Q40	code	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ❌ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q41	code	✅ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅	✅ ❌ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q42	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ❌ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q43	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q44	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ❌ ❌ ❌
Q45	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	❌ ❌ ✅ ❌ ✅	❌ ✅ ✅ ✅ ✅	✅ ✅ ✅ ✅ ✅
Q46	code	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ✅ ✅	❌ ✅ ✅ ✅ ✅	❌ ❌ ❌ ❌ ❌
Q47	llm	❌ ❌ 🟡 ❌ ❌	✅ 🟡 🟡 ❌ ❌	❌ ❌ 🟡 ❌ ✅	❌ ❌ ❌ ❌ ❌	❌ 🟡 ✅ ❌ ❌
Q48	llm	❌ ❌ ❌ ❌ ❌	❌ ❌ ❌ ❌ ❌	✅ ❌ ✅ ✅ ✅	❌ 🟡 ✅ 🟡 ✅	🟡 🟡 🟡 🟡 🟡

Lists, with partial credit

The 6 questions answered with a list of entities: strict accuracy (the whole list right) against the mean F1 of the lists given, which credits a list that is nearly right.

Condition	Strict	Mean F1
R1 `csv`	13%	78%
R3 `csv+padding`	20%	86%
R4 `csv+markdown`	43%	53%
R5 `csv+ontology`	63%	76%
R10 `executed`	57%	81%

The checklist grader agreed with itself on 46 of 50 answers graded twice.

Why each miss was marked

Q1. How many distinct people do the author records named "Mara Ellison", "M. Ellison" and "Ellison, Mara J." stand for?

R3 csv+padding run 1: count: expected 3, got 1
R5 csv+ontology run 2: count: expected 3, got 1
R5 csv+ontology run 4: count: expected 3, got 1

Q2. List every work, of any type, that Mara Ellison (A01) is an author of.

R1 csv run 1: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W676', 'W813', 'W949', 'W1005']
R1 csv run 2: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R1 csv run 3: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R1 csv run 4: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R1 csv run 5: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R3 csv+padding run 1: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R3 csv+padding run 2: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W676', 'W813', 'W949', 'W1005']
R3 csv+padding run 3: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R3 csv+padding run 4: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W676', 'W813', 'W949', 'W1005']
R3 csv+padding run 5: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']
R4 csv+markdown run 2: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W676', 'W813', 'W949', 'W1005', 'W02', 'W07', 'W19', 'W449', 'W663', 'W869', 'W972', 'W1048', 'W1050', 'W03', 'W206', 'W763', 'W817', 'W555', 'W612', 'W843', 'W905', 'W936', 'W984']
R4 csv+markdown run 4: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']
R5 csv+ontology run 2: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W04', 'W05', 'W06', 'W12', 'W238', 'W271', 'W374', 'W464', 'W676', 'W813', 'W949', 'W1005']
R10 executed run 1: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']
R10 executed run 2: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']
R10 executed run 3: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']
R10 executed run 4: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']
R10 executed run 5: works: expected ['W01', 'W02', 'W03', 'W04', 'W05', 'W06', 'W07', 'W1005', 'W1048', 'W1050', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W612', 'W663', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984'], got ['W01', 'W03', 'W04', 'W05', 'W06', 'W07', 'W12', 'W19', 'W206', 'W238', 'W271', 'W374', 'W449', 'W464', 'W555', 'W676', 'W763', 'W813', 'W817', 'W843', 'W869', 'W905', 'W936', 'W949', 'W972', 'W984', 'W1005', 'W1048', 'W1050']

Q3. Is the Jonas Brandt who wrote W37 the same person as the Jonas Brandt who wrote W38?

R1 csv run 5: same: expected no, got None

Q4. How many research works has the Jonas Brandt of Albury Metropolitan University (A05) authored?

R1 csv run 1: count: expected 9, got 7
R1 csv run 2: count: expected 9, got 7
R1 csv run 3: count: expected 9, got 7
R1 csv run 4: count: expected 9, got 7
R1 csv run 5: count: expected 9, got 7
R3 csv+padding run 1: count: expected 9, got 7
R3 csv+padding run 2: count: expected 9, got 7
R3 csv+padding run 3: count: expected 9, got 7
R3 csv+padding run 4: count: expected 9, got 7
R4 csv+markdown run 1: count: expected 9, got 8
R5 csv+ontology run 1: count: expected 9, got 8
R5 csv+ontology run 2: count: expected 9, got 8
R5 csv+ontology run 5: count: expected 9, got 8
R10 executed run 5: count: expected 9, got 8

Q5. Is the M. Ellison who wrote W08 the same person as the Mara Ellison who wrote W01?

R1 csv run 5: same: expected no, got None

Q6. Which author has the most research works credited to the University of Albury, its units included?

R1 csv run 2: author: expected A01, got A07
R1 csv run 3: author: expected A01, got A07
R1 csv run 4: no structured answer
R1 csv run 5: author: expected A01, got A07
R3 csv+padding run 1: author: expected A01, got A07
R3 csv+padding run 2: author: expected A01, got A07
R3 csv+padding run 3: author: expected A01, got A07 and A110 (tie, 15 each)
R3 csv+padding run 4: author: expected A01, got A07
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 4: author: expected A01, got None

Q7. How many research works has Mara Ellison authored?

R1 csv run 1: count: expected 19, got 21
R1 csv run 2: count: expected 19, got 10
R1 csv run 3: count: expected 19, got 26
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 19, got 9
R3 csv+padding run 1: count: expected 19, got 8
R3 csv+padding run 2: count: expected 19, got 7
R3 csv+padding run 3: count: expected 19, got 8
R3 csv+padding run 4: count: expected 19, got 8
R3 csv+padding run 5: count: expected 19, got 25
R4 csv+markdown run 2: count: expected 19, got 20
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: count: expected 19, got 22
R5 csv+ontology run 4: count: expected 19, got 20

Q9. How many research works is the University of Albury (I02) credited with, its units included?

R1 csv run 1: count: expected 95, got 114
R1 csv run 2: count: expected 95, got 123
R1 csv run 3: count: expected 95, got 123
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 95, got 121
R3 csv+padding run 1: count: expected 95, got None
R3 csv+padding run 2: count: expected 95, got 112
R3 csv+padding run 3: count: expected 95, got 120
R3 csv+padding run 4: count: expected 95, got 119
R3 csv+padding run 5: count: expected 95, got 124
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 95, got 94
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 95, got 91
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 95, got 91
R5 csv+ontology run 3: count: expected 95, got 93
R5 csv+ontology run 4: count: expected 95, got None
R5 csv+ontology run 5: count: expected 95, got 94
R10 executed run 1: count: expected 95, got 87
R10 executed run 3: count: expected 95, got 88
R10 executed run 4: count: expected 95, got 91
R10 executed run 5: count: expected 95, got 93

Q10. How many research works is the Albury University System (I01) credited with, all its units included?

R1 csv run 1: count: expected 140, got 166
R1 csv run 2: count: expected 140, got 178
R1 csv run 3: count: expected 140, got 181
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 140, got 179
R3 csv+padding run 1: count: expected 140, got None
R3 csv+padding run 2: count: expected 140, got 166
R3 csv+padding run 3: count: expected 140, got 176
R3 csv+padding run 4: count: expected 140, got 176
R3 csv+padding run 5: count: expected 140, got 181
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 140, got 135
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 140, got 136
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 140, got 136
R5 csv+ontology run 3: count: expected 140, got 134
R5 csv+ontology run 4: count: expected 140, got None
R5 csv+ontology run 5: count: expected 140, got 136
R10 executed run 1: count: expected 140, got 132
R10 executed run 3: count: expected 140, got 131
R10 executed run 4: count: expected 140, got 135
R10 executed run 5: count: expected 140, got 137

Q11. How many research works is Kesting University (I07) credited with, its units included?

R1 csv run 1: count: expected 59, got 81
R1 csv run 2: count: expected 59, got None
R1 csv run 3: count: expected 59, got 95
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 59, got 101
R3 csv+padding run 1: count: expected 59, got 97
R3 csv+padding run 2: count: expected 59, got 88
R3 csv+padding run 3: count: expected 59, got 82
R3 csv+padding run 4: count: expected 59, got 89
R3 csv+padding run 5: count: expected 59, got 89
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 59, got 61
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 59, got 58
R5 csv+ontology run 3: count: expected 59, got 53
R5 csv+ontology run 4: count: expected 59, got None
R5 csv+ontology run 5: count: expected 59, got 56
R10 executed run 1: count: expected 59, got 58
R10 executed run 2: count: expected 59, got 60
R10 executed run 3: count: expected 59, got 57
R10 executed run 4: count: expected 59, got 56
R10 executed run 5: count: expected 59, got 57

Q12. How many research works did Kesting University (I07, units included) publish in 2024, under full counting and under fractional counting (each work split equally among its authors)?

R1 csv run 1: full: expected 13, got 14; fractional: expected 11, got 12
R1 csv run 2: full: expected 13, got None; fractional: expected 11, got None
R1 csv run 3: full: expected 13, got 14; fractional: expected 11, got 12
R1 csv run 4: no structured answer
R1 csv run 5: full: expected 13, got 15; fractional: expected 11, got 13
R3 csv+padding run 2: full: expected 13, got 14; fractional: expected 11, got 12.0
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: full: expected 13, got 12; fractional: expected 11, got 10.5
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: full: expected 13, got 14; fractional: expected 11, got 12
R5 csv+ontology run 4: full: expected 13, got None; fractional: expected 11, got None
R10 executed run 3: full: expected 13, got 12; fractional: expected 11, got 10.5
R10 executed run 5: full: expected 13, got 12; fractional: expected 11, got 10.5

Q13. In 2024, which had more research works, Kesting University (I07) or Rostval Technical University (I09): under full counting, and under fractional counting?

R1 csv run 1: full: expected I09, got I07
R1 csv run 2: full: expected I09, got None; fractional: expected I07, got None
R1 csv run 3: full: expected I09, got tie
R1 csv run 4: no structured answer
R1 csv run 5: full: expected I09, got I07
R3 csv+padding run 4: full: expected I09, got I07
R3 csv+padding run 5: full: expected I09, got I07
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: full: expected I09, got I07
R5 csv+ontology run 3: full: expected I09, got I07
R5 csv+ontology run 4: full: expected I09, got None; fractional: expected I07, got None
R5 csv+ontology run 5: full: expected I09, got I07
R10 executed run 1: full: expected I09, got I07
R10 executed run 4: full: expected I09, got None
R10 executed run 5: full: expected I09, got I07

Q14. How many research works did GB institutions publish in 2024, under full counting and under fractional counting (each work split equally among its authors, each author's share going to their institution's country)?

R1 csv run 1: full: expected 46, got 44; fractional: expected 42, got 41
R1 csv run 2: full: expected 46, got None; fractional: expected 42, got None
R1 csv run 3: full: expected 46, got 47; fractional: expected 42, got 43.5
R1 csv run 4: no structured answer
R1 csv run 5: full: expected 46, got 45; fractional: expected 42, got 41.5
R3 csv+padding run 1: full: expected 46, got None; fractional: expected 42, got None
R3 csv+padding run 2: full: expected 46, got 47; fractional: expected 42, got 43.5
R3 csv+padding run 3: full: expected 46, got None; fractional: expected 42, got None
R3 csv+padding run 4: full: expected 46, got 48; fractional: expected 42, got 44
R3 csv+padding run 5: fractional: expected 42, got 43.17
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: full: expected 46, got 41; fractional: expected 42, got 38.33
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: full: expected 46, got None; fractional: expected 42, got None
R5 csv+ontology run 3: full: expected 46, got None; fractional: expected 42, got None
R5 csv+ontology run 4: full: expected 46, got None; fractional: expected 42, got None
R5 csv+ontology run 5: full: expected 46, got 196; fractional: expected 42, got None
R10 executed run 1: full: expected 46, got None; fractional: expected 42, got None
R10 executed run 2: full: expected 46, got 44; fractional: expected 42, got 40
R10 executed run 3: full: expected 46, got None; fractional: expected 42, got None
R10 executed run 4: full: expected 46, got None; fractional: expected 42, got None
R10 executed run 5: full: expected 46, got None; fractional: expected 42, got None

Q15. How many research works appeared in Ocean Sensing Letters (S02) in 2024?

R1 csv run 1: count: expected 25, got 24
R1 csv run 2: count: expected 25, got 24
R1 csv run 4: count: expected 25, got 27
R1 csv run 5: count: expected 25, got 27
R3 csv+padding run 1: count: expected 25, got 27
R3 csv+padding run 2: count: expected 25, got 24
R3 csv+padding run 3: count: expected 25, got 20
R3 csv+padding run 4: count: expected 25, got 24
R3 csv+padding run 5: count: expected 25, got 23
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 25, got 24
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 25, got 23
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 25, got 24
R5 csv+ontology run 5: count: expected 25, got 24
R10 executed run 1: count: expected 25, got 22
R10 executed run 2: count: expected 25, got 20
R10 executed run 3: count: expected 25, got 22
R10 executed run 4: count: expected 25, got 24
R10 executed run 5: count: expected 25, got 22

Q16. How many research works appeared in the Journal of Marine Autonomy (S01)?

R1 csv run 1: count: expected 88, got 91
R1 csv run 2: count: expected 88, got None
R1 csv run 3: count: expected 88, got 91
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 88, got 92
R3 csv+padding run 1: count: expected 88, got 97
R3 csv+padding run 3: count: expected 88, got 92
R3 csv+padding run 4: count: expected 88, got 96
R3 csv+padding run 5: count: expected 88, got 83
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 88, got 78
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 88, got 82
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 88, got 85
R5 csv+ontology run 3: count: expected 88, got None
R5 csv+ontology run 4: count: expected 88, got None
R5 csv+ontology run 5: count: expected 88, got 75
R10 executed run 2: count: expected 88, got 75
R10 executed run 3: count: expected 88, got 82
R10 executed run 4: count: expected 88, got None

Q17. Which of Mara Ellison's works are not research output because of their document type?

R1 csv run 1: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W813', 'W949']
R1 csv run 2: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271']
R1 csv run 3: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W813', 'W949']
R1 csv run 4: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W813', 'W949']
R1 csv run 5: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W949']
R3 csv+padding run 1: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W813', 'W949']
R3 csv+padding run 2: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W813', 'W949']
R3 csv+padding run 3: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W813', 'W949']
R3 csv+padding run 4: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W949']
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271', 'W936', 'W949']
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: works: expected ['W04', 'W05', 'W271', 'W813', 'W936', 'W949'], got ['W04', 'W05', 'W271']

Q18. How many distinct research works has Priya Ramanathan (A07) authored?

R1 csv run 2: count: expected 15, got 17
R1 csv run 3: count: expected 15, got 17
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 15, got 17
R3 csv+padding run 1: count: expected 15, got 18
R3 csv+padding run 5: count: expected 15, got 17
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: count: expected 15, got 14
R10 executed run 4: count: expected 15, got 14

Q19. How many distinct works cite "Drift-aware mapping with low-cost sonar", in either of its versions?

R1 csv run 1: count: expected 27, got 30
R1 csv run 2: count: expected 27, got 26
R1 csv run 3: count: expected 27, got 30
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 27, got 30
R3 csv+padding run 1: count: expected 27, got 29
R3 csv+padding run 2: count: expected 27, got 29
R3 csv+padding run 3: count: expected 27, got 29
R3 csv+padding run 4: count: expected 27, got 30
R3 csv+padding run 5: count: expected 27, got 30
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 27, got 26
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: count: expected 27, got 23
R5 csv+ontology run 4: count: expected 27, got None
R5 csv+ontology run 5: count: expected 27, got 22
R10 executed run 3: count: expected 27, got 26

Q20. Which works in the data are preprints of another work that is also in the data?

R1 csv run 4: no structured answer
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: works: expected ['W02', 'W1049', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W42', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W877'], got ['W02', 'W42', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W1049']
R10 executed run 1: works: expected ['W02', 'W1049', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W42', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W877'], got []
R10 executed run 2: works: expected ['W02', 'W1049', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W42', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W877'], got []
R10 executed run 3: works: expected ['W02', 'W1049', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W42', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W877'], got []
R10 executed run 4: works: expected ['W02', 'W1049', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W42', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W877'], got []
R10 executed run 5: works: expected ['W02', 'W1049', 'W210', 'W219', 'W226', 'W263', 'W322', 'W407', 'W416', 'W42', 'W432', 'W460', 'W506', 'W522', 'W524', 'W545', 'W556', 'W611', 'W612', 'W663', 'W728', 'W730', 'W877'], got []

Q21. How many research works is Oskel Polytechnic (I14) credited with?

R1 csv run 1: count: expected 45, got 39
R1 csv run 2: count: expected 45, got 44
R1 csv run 3: count: expected 45, got 49
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 45, got 42
R3 csv+padding run 1: count: expected 45, got 48
R3 csv+padding run 2: count: expected 45, got 46
R3 csv+padding run 3: count: expected 45, got 40
R3 csv+padding run 4: count: expected 45, got 43
R3 csv+padding run 5: count: expected 45, got 47
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 45, got 41
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 45, got 41
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 45, got 37
R5 csv+ontology run 3: count: expected 45, got 41
R5 csv+ontology run 4: count: expected 45, got None
R5 csv+ontology run 5: count: expected 45, got 37
R10 executed run 1: count: expected 45, got 39
R10 executed run 2: count: expected 45, got 42
R10 executed run 3: count: expected 45, got 43
R10 executed run 4: count: expected 45, got 38
R10 executed run 5: count: expected 45, got 39

Q22. Which has more citations, W30 or W31 (counting both versions of each): in total, and within its publication year and the two years after?

R1 csv run 4: no structured answer
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 4: more_in_total: expected W30, got None; more_in_window: expected W31, got None

Q23. How many citations has W30 received in total, and how many within its publication year and the two years after?

R1 csv run 1: total: expected 16, got 18
R1 csv run 2: total: expected 16, got 18
R1 csv run 3: total: expected 16, got 18
R1 csv run 4: no structured answer
R1 csv run 5: total: expected 16, got 18
R3 csv+padding run 1: total: expected 16, got 18
R3 csv+padding run 2: total: expected 16, got 18
R3 csv+padding run 3: total: expected 16, got 18
R3 csv+padding run 4: total: expected 16, got 18
R3 csv+padding run 5: total: expected 16, got 18
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 4: total: expected 16, got None; in_window: expected 2, got None

Q24. How many research works has Lena Vossberg (A09) authored?

R1 csv run 2: count: expected 12, got 13
R1 csv run 3: count: expected 12, got 14
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 12, got 14
R3 csv+padding run 1: count: expected 12, got 14
R3 csv+padding run 2: count: expected 12, got 14
R3 csv+padding run 3: count: expected 12, got 14
R3 csv+padding run 4: count: expected 12, got 14
R3 csv+padding run 5: count: expected 12, got 18
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 12, got 11
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 12, got 11
R5 csv+ontology run 1: no structured answer
R10 executed run 1: count: expected 12, got 11

Q25. What is the total of the citation counts of Lena Vossberg's research works?

R1 csv run 1: count: expected 20, got 40
R1 csv run 2: count: expected 20, got 41
R1 csv run 3: count: expected 20, got 42
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 20, got 39
R3 csv+padding run 1: count: expected 20, got 41
R3 csv+padding run 2: count: expected 20, got 40
R3 csv+padding run 3: count: expected 20, got 41
R3 csv+padding run 4: count: expected 20, got 41
R3 csv+padding run 5: count: expected 20, got 41
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 4: count: expected 20, got None

Q26. Does W23 count towards Kesting University's research output?

R1 csv run 2: counts: expected no, got depends
R1 csv run 3: counts: expected no, got depends
R1 csv run 4: no structured answer
R1 csv run 5: counts: expected no, got depends
R3 csv+padding run 1: counts: expected no, got yes
R3 csv+padding run 2: counts: expected no, got yes
R3 csv+padding run 3: counts: expected no, got depends
R3 csv+padding run 4: counts: expected no, got depends
R3 csv+padding run 5: counts: expected no, got depends
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer

Q27. Which other institution's works cite Kesting University's research works the most, each citing work counted once per institution, and how many of its works do?

R1 csv run 1: citing_works: expected 12, got 15
R1 csv run 2: institution: expected I12, got None; citing_works: expected 12, got None
R1 csv run 3: citing_works: expected 12, got 16
R1 csv run 4: no structured answer
R1 csv run 5: citing_works: expected 12, got 16
R3 csv+padding run 1: citing_works: expected 12, got 13
R3 csv+padding run 2: citing_works: expected 12, got 14
R3 csv+padding run 3: citing_works: expected 12, got 15
R3 csv+padding run 4: citing_works: expected 12, got 11
R3 csv+padding run 5: citing_works: expected 12, got 15
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: citing_works: expected 12, got 13
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 4: institution: expected I12, got None; citing_works: expected 12, got None

Q28. How many distinct works from Rostval Technical University (I09) cite Kesting University's research works?

R1 csv run 1: count: expected 4, got 3
R1 csv run 2: count: expected 4, got None
R1 csv run 4: no structured answer
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 4: count: expected 4, got None

Q29. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of authors, of the University of Albury (units included), and of countries?

R1 csv run 1: institution: expected 10, got 12; country: expected 20, got 21
R1 csv run 2: author: expected 7, got None; institution: expected 10, got None; country: expected 20, got None
R1 csv run 3: institution: expected 10, got 12; country: expected 20, got 21
R1 csv run 4: no structured answer
R1 csv run 5: author: expected 7, got 4; institution: expected 10, got 12; country: expected 20, got 21
R3 csv+padding run 1: institution: expected 10, got 12; country: expected 20, got 21
R3 csv+padding run 2: institution: expected 10, got 12; country: expected 20, got 21
R3 csv+padding run 3: institution: expected 10, got 12; country: expected 20, got 21
R3 csv+padding run 4: institution: expected 10, got 12; country: expected 20, got 21
R3 csv+padding run 5: institution: expected 10, got 12; country: expected 20, got 21
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: author: expected 7, got 6; institution: expected 10, got 9; country: expected 20, got 18
R5 csv+ontology run 4: author: expected 7, got None; institution: expected 10, got None; country: expected 20, got None
R5 csv+ontology run 5: author: expected 7, got 5; institution: expected 10, got 8; country: expected 20, got 17
R10 executed run 3: institution: expected 10, got 8; country: expected 20, got 19
R10 executed run 4: institution: expected 10, got 11; country: expected 20, got 21

Q30. Of the works citing "Drift-aware mapping with low-cost sonar" (either version), how many are self-citations at the level of the Albury University System?

R1 csv run 1: count: expected 14, got 18
R1 csv run 2: count: expected 14, got None
R1 csv run 3: count: expected 14, got 18
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 14, got 18
R3 csv+padding run 1: count: expected 14, got 18
R3 csv+padding run 2: count: expected 14, got 18
R3 csv+padding run 3: count: expected 14, got 18
R3 csv+padding run 4: count: expected 14, got 18
R3 csv+padding run 5: count: expected 14, got 18
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 14, got 15
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: count: expected 14, got 13
R5 csv+ontology run 4: count: expected 14, got None
R5 csv+ontology run 5: count: expected 14, got 11
R10 executed run 3: count: expected 14, got 13
R10 executed run 4: count: expected 14, got 15

Q31. Which works cite at least one of the works that cite W01?

R1 csv run 1: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1042']
R1 csv run 2: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W895', 'W922', 'W1039', 'W1042']
R1 csv run 3: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1042']
R1 csv run 4: no structured answer
R1 csv run 5: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1039', 'W1042']
R3 csv+padding run 1: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1042']
R3 csv+padding run 2: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1042']
R3 csv+padding run 3: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1042']
R3 csv+padding run 4: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1039', 'W1042']
R3 csv+padding run 5: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W90', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W844', 'W895', 'W922', 'W1042']
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W337', 'W682', 'W801', 'W1042']
R5 csv+ontology run 4: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got None
R5 csv+ontology run 5: works: expected ['W1042', 'W337', 'W338', 'W396', 'W50', 'W51', 'W52', 'W546', 'W682', 'W801', 'W895'], got ['W50', 'W51', 'W52', 'W337', 'W338', 'W396', 'W546', 'W682', 'W801', 'W895', 'W1039', 'W1042']

Q32. How many distinct works are within two citation hops of W01 (citing it, or citing a work that cites it)?

R1 csv run 1: count: expected 17, got 20
R1 csv run 2: count: expected 17, got 21
R1 csv run 3: count: expected 17, got 20
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 17, got 21
R3 csv+padding run 1: count: expected 17, got 20
R3 csv+padding run 2: count: expected 17, got 20
R3 csv+padding run 3: count: expected 17, got 20
R3 csv+padding run 4: count: expected 17, got 21
R3 csv+padding run 5: count: expected 17, got 20
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 3: count: expected 17, got 9
R5 csv+ontology run 4: count: expected 17, got None
R5 csv+ontology run 5: count: expected 17, got 18

Q33. Which of Kesting University's research works has the most citations?

R1 csv run 1: work: expected W20, got W22
R1 csv run 2: work: expected W20, got None
R1 csv run 3: work: expected W20, got W22
R1 csv run 4: no structured answer
R1 csv run 5: work: expected W20, got W22
R3 csv+padding run 1: work: expected W20, got W22
R3 csv+padding run 2: work: expected W20, got W22
R3 csv+padding run 3: work: expected W20, got W22
R3 csv+padding run 4: work: expected W20, got W22
R3 csv+padding run 5: work: expected W20, got W22
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 4: work: expected W20, got None

Q34. How many research works was Kesting University (units included) credited with in 2025?

R1 csv run 1: count: expected 7, got 24
R1 csv run 2: count: expected 7, got None
R1 csv run 3: count: expected 7, got 27
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 7, got 31
R3 csv+padding run 1: count: expected 7, got 28
R3 csv+padding run 2: count: expected 7, got 26
R3 csv+padding run 3: count: expected 7, got 20
R3 csv+padding run 4: count: expected 7, got 24
R3 csv+padding run 5: count: expected 7, got 25
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 7, got 5
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 7, got 5
R5 csv+ontology run 3: count: expected 7, got 5
R5 csv+ontology run 4: count: expected 7, got None
R10 executed run 4: count: expected 7, got 6

Q35. How many research works is the Kesting Institute of Hydrodynamics (I08) credited with?

R1 csv run 1: count: expected 25, got 24
R1 csv run 2: count: expected 25, got 26
R1 csv run 3: count: expected 25, got 30
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 25, got 30
R3 csv+padding run 1: count: expected 25, got 30
R3 csv+padding run 4: count: expected 25, got 27
R3 csv+padding run 5: count: expected 25, got 29
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 25, got 23
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 25, got 23
R5 csv+ontology run 3: count: expected 25, got 24
R5 csv+ontology run 4: count: expected 25, got None
R5 csv+ontology run 5: count: expected 25, got 24
R10 executed run 4: count: expected 25, got 23
R10 executed run 5: count: expected 25, got 24

Q36. How many research works appeared in the Proceedings of the Hydrodynamics Forum (S06)?

R1 csv run 1: count: expected 36, got 26
R1 csv run 2: count: expected 36, got 25
R1 csv run 3: count: expected 36, got 23
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 36, got 24
R3 csv+padding run 1: count: expected 36, got 29
R3 csv+padding run 2: count: expected 36, got 26
R3 csv+padding run 3: count: expected 36, got 24
R3 csv+padding run 4: count: expected 36, got 24
R3 csv+padding run 5: count: expected 36, got 23
R4 csv+markdown run 1: count: expected 36, got 34
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 36, got 31
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 36, got 34
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 36, got 35
R5 csv+ontology run 3: count: expected 36, got 31
R5 csv+ontology run 4: count: expected 36, got None
R5 csv+ontology run 5: count: expected 36, got 33
R10 executed run 2: count: expected 36, got 32
R10 executed run 3: count: expected 36, got 32
R10 executed run 4: count: expected 36, got 33
R10 executed run 5: count: expected 36, got 35

Q37. Which institution is W70 credited to?

R1 csv run 1: institution: expected I06, got I04
R1 csv run 2: institution: expected I06, got I04
R1 csv run 3: institution: expected I06, got I04
R1 csv run 4: institution: expected I06, got I04
R1 csv run 5: institution: expected I06, got I04, I06
R3 csv+padding run 1: institution: expected I06, got I04; I06
R3 csv+padding run 2: institution: expected I06, got I04, I06
R3 csv+padding run 3: institution: expected I06, got I04 and I06
R3 csv+padding run 4: institution: expected I06, got I04
R3 csv+padding run 5: institution: expected I06, got I04
R4 csv+markdown run 2: no structured answer
R5 csv+ontology run 1: no structured answer

Q38. Which institutions is W71 credited to, at every level?

R1 csv run 1: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I04', 'I06', 'I03', 'I02', 'I01']
R1 csv run 2: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I01', 'I02', 'I03', 'I04', 'I06']
R1 csv run 3: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I06', 'I04', 'I02', 'I03', 'I01']
R1 csv run 4: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I04', 'I06', 'I03', 'I02', 'I01']
R1 csv run 5: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I04', 'I06', 'I03', 'I02', 'I01']
R3 csv+padding run 1: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I04', 'I06', 'I03', 'I02', 'I01']
R3 csv+padding run 2: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I04', 'I06', 'I03', 'I02', 'I01']
R3 csv+padding run 3: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I01', 'I02', 'I03', 'I04', 'I06']
R3 csv+padding run 4: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I01', 'I02', 'I03', 'I04', 'I06']
R3 csv+padding run 5: institutions: expected ['I01', 'I02', 'I03', 'I04'], got ['I04', 'I06', 'I03', 'I02', 'I01']
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer

Q39. How many of the University of Albury's research works (units included) appeared in a source of the highest tier?

R1 csv run 1: count: expected 19, got 21
R1 csv run 2: count: expected 19, got None
R1 csv run 3: count: expected 19, got 21
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 19, got 18
R3 csv+padding run 1: count: expected 19, got 20
R3 csv+padding run 2: count: expected 19, got 21
R3 csv+padding run 3: count: expected 19, got 21
R3 csv+padding run 4: count: expected 19, got 21
R3 csv+padding run 5: count: expected 19, got 20
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 3: count: expected 19, got 18
R4 csv+markdown run 4: no structured answer
R4 csv+markdown run 5: count: expected 19, got 17
R5 csv+ontology run 1: no structured answer
R5 csv+ontology run 2: count: expected 19, got 18
R5 csv+ontology run 4: count: expected 19, got None
R5 csv+ontology run 5: count: expected 19, got 18
R10 executed run 1: count: expected 19, got 16
R10 executed run 3: count: expected 19, got 16
R10 executed run 4: count: expected 19, got 18

Q40. Which source is in the highest tier?

R4 csv+markdown run 2: no structured answer
R5 csv+ontology run 1: no structured answer

Q41. Is Coastal Engineering Review (S03) in a higher tier than Ocean Sensing Letters (S02)?

R4 csv+markdown run 2: no structured answer
R5 csv+ontology run 1: no structured answer

Q42. How many research works appeared in Global Marine Science Reports (S04)?

R1 csv run 1: count: expected 0, got 13
R1 csv run 2: count: expected 0, got 13
R1 csv run 3: count: expected 0, got 12
R1 csv run 4: no structured answer
R1 csv run 5: count: expected 0, got 13
R3 csv+padding run 1: count: expected 0, got 13
R3 csv+padding run 2: count: expected 0, got 12
R3 csv+padding run 3: count: expected 0, got 13
R3 csv+padding run 4: count: expected 0, got 13
R3 csv+padding run 5: count: expected 0, got 13
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer

Q43. Is W07 research output?

R1 csv run 1: research: expected no, got yes
R1 csv run 2: research: expected no, got yes
R1 csv run 3: research: expected no, got yes
R1 csv run 4: research: expected no, got yes
R1 csv run 5: research: expected no, got yes
R3 csv+padding run 1: research: expected no, got yes
R3 csv+padding run 2: research: expected no, got yes
R3 csv+padding run 3: research: expected no, got yes
R3 csv+padding run 4: research: expected no, got yes
R3 csv+padding run 5: research: expected no, got yes
R4 csv+markdown run 2: no structured answer
R5 csv+ontology run 1: no structured answer

Q44. Which institutions are part of the Albury University System, at any level below it?

R1 csv run 1: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R1 csv run 2: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R1 csv run 3: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R1 csv run 4: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R1 csv run 5: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R3 csv+padding run 1: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R3 csv+padding run 2: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R3 csv+padding run 3: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R3 csv+padding run 4: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R3 csv+padding run 5: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer
R10 executed run 3: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R10 executed run 4: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']
R10 executed run 5: institutions: expected ['I02', 'I03', 'I04', 'I05', 'I19', 'I20'], got ['I02', 'I03', 'I04', 'I05', 'I06', 'I19', 'I20', 'I21']

Q45. How many research works is the Halloran Institute for Coastal Studies (I06) credited with?

R1 csv run 1: count: expected 16, got 22
R1 csv run 2: count: expected 16, got 22
R1 csv run 3: count: expected 16, got 22
R1 csv run 4: count: expected 16, got 22
R1 csv run 5: count: expected 16, got 22
R3 csv+padding run 1: count: expected 16, got 22
R3 csv+padding run 2: count: expected 16, got 22
R3 csv+padding run 3: count: expected 16, got 22
R3 csv+padding run 4: count: expected 16, got 22
R3 csv+padding run 5: count: expected 16, got 22
R4 csv+markdown run 1: no structured answer
R4 csv+markdown run 2: no structured answer
R4 csv+markdown run 4: no structured answer
R5 csv+ontology run 1: no structured answer

Q46. What is the ultimate parent of the Halloran Institute for Coastal Studies (I06)?

R1 csv run 1: parent: expected I06, got I01
R1 csv run 2: parent: expected I06, got I01
R1 csv run 3: parent: expected I06, got I01
R1 csv run 4: parent: expected I06, got I01
R1 csv run 5: parent: expected I06, got I01
R3 csv+padding run 1: parent: expected I06, got I01
R3 csv+padding run 2: parent: expected I06, got I01
R3 csv+padding run 3: parent: expected I06, got I01
R3 csv+padding run 4: parent: expected I06, got I01
R3 csv+padding run 5: parent: expected I06, got I01
R4 csv+markdown run 2: no structured answer
R5 csv+ontology run 1: no structured answer
R10 executed run 1: parent: expected I06, got I01
R10 executed run 2: parent: expected I06, got I01
R10 executed run 3: parent: expected I06, got I01
R10 executed run 4: parent: expected I06, got I01
R10 executed run 5: parent: expected I06, got I01

Q47. Why do Kesting University and Rostval Technical University swap places in 2024 between full and fractional counting?

R1 csv run 1: Rejects the premise and gives none of the checklist points (Rostval's small shares of multi-author works, Kesting's larger shares).
R1 csv run 2: No answer given; defers computation and states neither Rostval's small shares nor Kesting's larger shares.
R1 csv run 3: Covers Rostval's small shares (four-author papers, one Rostval author each), but never explains Kesting's larger shares, and it rejects the swap premise.
R1 csv run 4: No answer given; meets none of the checklist points
R1 csv run 5: Rejects the premise and gives no explanation of Rostval's small fractional shares or Kesting's larger shares; meets neither checklist point.
R3 csv+padding run 2: Covers Kesting's larger shares via fewer authors, and implies Rostval's one-author-per-paper share, but it doesn't clearly say Rostval's small share per multi-author work explains the swap; it does say four-author papers with one Rostval author, so it mostly meets both points, though the explanation is framed mainly around Kesting.
R3 csv+padding run 3: Gets Rostval's small share per multi-author work (one quarter), and says Kesting's works have most or all authors at Kesting, but this is stated as 'more often' rather than as larger shares from solo/few co-authors; largely meets both points, though Rostval's 'only one from Rostval' is only implied by 'about one quarter'.
R3 csv+padding run 4: Rejects the premise and denies a swap; mentions neither Rostval's multi-author shares nor Kesting's larger shares.
R3 csv+padding run 5: Rejects the premise as false and never gives either checklist point (Rostval's small shares of multi-author works, Kesting's larger shares).
R4 csv+markdown run 1: No answer was given, so neither checklist point is met
R4 csv+markdown run 2: No answer given; meets none of the checklist points
R4 csv+markdown run 3: Says Rostval gets 0.25 per work from four authors (one Rostval), but only vaguely says Kesting has a larger share, without noting many sole-Kesting or few-co-author works
R4 csv+markdown run 4: No answer was given, so neither checklist point is met.
R5 csv+ontology run 1: No answer given; meets none of the checklist points
R5 csv+ontology run 2: Rejects the premise and says there is no swap; meets neither point about Rostval's shared authorship or Kesting's larger shares.
R5 csv+ontology run 3: Rejects the premise and gives no explanation of Rostval's small shares or Kesting's larger shares of 2024 works
R5 csv+ontology run 4: No answer given; meets none of the checklist points
R5 csv+ontology run 5: Rejects the premise and doesn't give either checklist point (Rostval's shared multi-author works, Kesting's larger shares).
R10 executed run 1: Rejects the premise instead of giving the checklist's explanation (Rostval's small shares of multi-author works; Kesting's larger shares); neither point is made.
R10 executed run 2: Gives Rostval's four-author works with one credit (small share) but does not say Kesting holds larger shares via solo or few-author works in general terms beyond examples; mostly meets point 1, point 2 only loosely via 'fewer-author works'
R10 executed run 4: Rejects the premise and gives neither the Rostval multi-author small-share explanation nor the Kesting larger-share explanation.
R10 executed run 5: Rejects the premise instead of giving either checklist point: Rostval's multi-author works with small shares, or Kesting's larger shares.

Q48. Why is W70 not one of the University of Albury's research works, though its author lists the Tessel Laboratory?

R1 csv run 1: Rejects the premise and says W70 counts for Albury, contradicting the checklist (last-listed affiliation only, Halloran is an affiliated institute not a unit).
R1 csv run 2: Rejects the premise; the key says only the last-listed affiliation counts, so W70 is credited to the Halloran Institute, an affiliated institute that doesn't roll up to Albury.
R1 csv run 3: Contradicts the checklist: it says Halloran is a unit of Albury and W70 counts, whereas the checklist says only the last affiliation counts and Halloran is an affiliated institute that does not roll up.
R1 csv run 4: No answer given; meets none of the checklist points
R1 csv run 5: Rejects the premise and claims W70 counts; misses the last-listed-affiliation rule and that Halloran is an affiliated institute not rolling up to Albury.
R3 csv+padding run 1: Answer denies the premise and says W70 is an Albury work; checklist says it is credited only to Halloran Institute (last affiliation), an affiliated institute that doesn't roll up, so it is not Albury's.
R3 csv+padding run 2: Rejects the premise; the key says only the last-listed affiliation counts, so W70 is credited to the Halloran Institute, an affiliated institute that doesn't roll up to Albury.
R3 csv+padding run 3: Answer denies the premise and says W70 is Albury's; checklist says it is credited only to Halloran, an affiliated institute not rolling up to Albury.
R3 csv+padding run 4: Rejects the premise instead of saying only the last-listed affiliation counts (Halloran) and that Halloran is an affiliated institute that doesn't roll up to Albury.
R3 csv+padding run 5: Says W70 is an Albury work and never mentions the last-listed-affiliation rule or the Halloran Institute being affiliated rather than a unit.
R4 csv+markdown run 2: No answer given; meets none of the checklist points
R5 csv+ontology run 1: No answer given; meets none of the checklist points
R5 csv+ontology run 2: Says only the last-listed affiliation counts and it is Halloran (I06), but omits that Halloran is an affiliated institute rather than a unit so its works don't roll up to Albury.
R5 csv+ontology run 4: Correctly says last-listed affiliation (I06) counts and it is an affiliated institute not a unit of the University, but doesn't name it as the Halloran Institute (only I06) or explicitly credit W70 to it
R10 executed run 1: Says W70 is credited to Halloran (I06) and that I06 doesn't roll up to Albury, but doesn't state that only the last-listed affiliation counts.
R10 executed run 2: Says Halloran (I06) is not a unit so it doesn't roll up to Albury, but doesn't state the last-listed-affiliation rule explicitly
R10 executed run 3: Gets Halloran credit and that it doesn't roll up to Albury, but never states the last-listed-affiliation rule and instead denies the Tessel premise.
R10 executed run 4: Says W70 is credited to the Halloran Institute, but gives no last-listed-affiliation rule and does not say the institute is affiliated rather than a unit, so its works don't roll up to Albury.
R10 executed run 5: Says W70 is credited only to Halloran (I06) and that I06 is not one of I02's units, but never states the last-listed-affiliation rule or that Halloran is an affiliated institute.

Run 2026-11-06-0206-haiku

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The prompts

research_850: claude:haiku, 2026-11-06 02:06

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Against R1 csv, question by question

By question

Lists, with partial credit

Why each miss was marked

Against R1 `csv`, question by question