Articles citing this paper
Comparison of data from voluntary logbook and research catch-sampling programmes in the New Zealand lobster fishery
Paul J. Starr and Marianne Vignaux
48(8) pp.1075 - 1080
26 articles found in Crossref database.
Description and Initial Evaluation of a Text Message Based Reporting Method for Marine Recreational Anglers
Baker M. Scott, Oeschger Ian
Marine and Coastal Fisheries. 2009 1(1). p.143
Development of rapid sampling procedures for an exploited bivalve in the swash zone on exposed ocean beaches
Gray Charles A.,
Johnson Daniel D.,
Reynolds Darren, Rotherham Douglas
Fisheries Research. 2014 154 p.205
The catch characteristics and population structure of the brown crab (Cancer pagurus) fishery in the Isle of Man, Irish Sea
Öndes Fikret,
Emmerson Jack A.,
Kaiser Michel J.,
Murray Lee G., Kennington Kevin
Journal of the Marine Biological Association of the United Kingdom. 2019 99(1). p.119
Variability in trap catches for an American lobster,Homarus americanus, spring fishery
Comeau Michel,
Smith Melissa D., Mallet Manon
New Zealand Journal of Marine and Freshwater Research. 2009 43(1). p.401
The accuracy of self-reported fisheries data: Oregon trawl logbook fishing locations and retained catches
Sampson David B.
Fisheries Research. 2011 112(1-2). p.59
Spiny Lobsters (2000)
Assessing discards in an illegal small-scale fishery using fisher-led reporting
Mendo T.,
Mendo J.,
Ransijn J. M.,
Gomez I.,
Gil-Kodaka P.,
Fernández J.,
Delgado R.,
Travezaño A.,
Arroyo R.,
Loza K.,
McCann P.,
Crowe S.,
Jones E. L., James M. A.
Reviews in Fish Biology and Fisheries. 2022 32(3). p.963
Moving from Data Poor to Data Rich: A Case Study of Community‐Based Data Collection for the San Diego Red Sea Urchin Fishery
Schroeter Stephen C.,
Gutiérrez Nicolás L.,
Robinson Michael,
Hilborn Ray, Halmay Peter
Marine and Coastal Fisheries. 2009 1(1). p.230
Stakeholder management of the New Zealand red rock lobster (Jasus edwardsii) fishery
Breen Paul A.,
Branson Andrew R.,
Bentley Nokome,
Haist Vivian,
Lawson Malcolm,
Starr Paul J.,
Sykes Daryl R., Webber D’Arcy N.
Fisheries Research. 2016 183 p.530
Approaches to fully documented fisheries: practical issues and stakeholder perceptions
Mangi Stephen C,
Dolder Paul J,
Catchpole Thomas L,
Rodmell Dale, de Rozarieux Nathan
Fish and Fisheries. 2015 16(3). p.426
Assessing the capability and willingness of skippers towards fishing industry-led data collection
Mangi Stephen C.,
Smith Samantha, Catchpole Thomas L.
Ocean & Coastal Management. 2016 134 p.11
Discard Estimates from Self‐Reported Catch Data: an Example from the U.S. Northeast Shelf
Bell Richard J.,
Gervelis Brian,
Chamberlain Glenn, Hoey John
North American Journal of Fisheries Management. 2017 37(5). p.1130
A simulation approach to assessing bias in a fisheries self-sampling programme
Clegg Thomas L,
Fuglebakk Edvin,
Ono Kotaro,
Vølstad Jon Helge,
Nedreaas Kjell, Jardim Ernesto
ICES Journal of Marine Science. 2022 79(1). p.76
Standardizing fishery-dependent catch-rate information across gears and data collection programs for Alaska sablefish (Anoplopoma fimbria)
Cheng M L H,
Rodgveller C J,
Langan J A,
Cunningham C J, Zhou Shijie
ICES Journal of Marine Science. 2023 80(4). p.1028
Essential Fishery Information for Trap‐Based Fisheries: Development of a Framework for Collaborative Data Collection
Culver Carolynn S.,
Schroeter Stephen C.,
Page Henry M., Dugan Jenifer E.
Marine and Coastal Fisheries. 2010 2(1). p.98
Improving the quality of information on Scottish anglerfish fisheries: making use of fishers' data
Dobby H.,
Allan L.,
Harding M.,
Laurenson C. H., McLay H. A.
ICES Journal of Marine Science. 2008 65(7). p.1334
A Response to the letter to the editor ‘Lack of interaction between finfish aquaculture and lobster catches in coastal Nova Scotia’
Loucks Ronald H.,
Smith Ruth E., Fisher E. Brian
Marine Pollution Bulletin. 2016 110(1). p.616
Designing and evaluating length-frequency surveys for trap fisheries with application to the southern rock lobster
McGarvey Richard, Pennington Michael
Canadian Journal of Fisheries and Aquatic Sciences. 2001 58(2). p.254
Spatial variation in abundance and catch composition of Cancer pagurus in Norwegian waters: biological reasoning and implications for assessment
Woll Astrid K.,
van der Meeren Gro I., Fossen Inge
ICES Journal of Marine Science. 2006 63(3). p.421
The mobilization of science and technology fisheries innovations towards an ecosystem approach to fisheries management in the Coral Triangle and Southeast Asia
Gorospe Kelvin D.,
Michaels William,
Pomeroy Robert,
Elvidge Christopher,
Lynch Patrick,
Wongbusarakum Supin, Brainard Russell E.
Marine Policy. 2016 74 p.143
Can additional abundance indices improve harvest control rules for New Zealand rock lobster (Jasus edwardsii) fisheries?
Bentley Nokome,
Breen Paul A.,
Kim Susan W., Starr Paul J.
New Zealand Journal of Marine and Freshwater Research. 2005 39(3). p.629
Setting the net lower: A potential low‐cost mitigation method to reduce cetacean bycatch in drift gillnet fisheries
Kiszka Jeremy J.,
Moazzam Muhammad,
Boussarie Germain,
Shahid Umair,
Khan Babar, Nawaz Rab
Aquatic Conservation: Marine and Freshwater Ecosystems. 2021 31(11). p.3111
Industry participation in stock assessment: the New Zealand SNA1 snapper (Pagrus auratus) fishery
Maunder Mark N, Starr Paul J
Marine Policy. 2002 26(6). p.481
Fisher‐Collected Sampling Data: Lessons from the New Zealand Experience
Starr Paul
Marine and Coastal Fisheries. 2010 2(1). p.47
Pitfalls and benefits of involving industry in fisheries research: A case study of the live reef fish industry in Queensland, Australia
Jones A.,
Slade S.J.,
Williams A.J.,
Mapstone B.D., Kane K.J.
Ocean & Coastal Management. 2007 50(5-6). p.428
A voluntary harvest control rule for a New Zealand rock lobster (Jasus edwardsii) stock
Breen Paul A.
New Zealand Journal of Marine and Freshwater Research. 2009 43(4). p.941
