Global spatial risk assessment of sharks under the footprint of fisheries
- Queiroz, Nuno
- Humphries, Nicolas E.
- Couto, Ana
- Vedor, Marisa
- Costa, Ivo da
- Sequeira, Ana M. M.
- Mucientes, Gonzalo
- Santos, António M.
- Abascal, Francisco J.
- Abercrombie, Debra L.
- Abrantes, Katya
- McAuley, Rory
- White, Timothy D.
- Block, Barbara A.
- Bradford, Russel W.
- Brooks, Annabelle
- Cortés, Daniel Devia
- Macena, Bruno C. L.
- Rogers, Paul J.
- Bessudo Lion, Sandra
- Berumen, Michael L.
- Hazin, Fábio H. V.
- Marshall, Heather
- Shillinger, George
- Travassos, Paulo
- Barnett, Adam
- Carlisle, Aaron B.
- Harcourt, Robert
- Campana, Steven E.
- Fischer, G. Chris
- Bezerra, Natalia P. A.
- Brown, Judith
- Doyle, Thomas K.
- Chapman, Demian D.
- Bond, Mark E.
- Southall, Emily J.
- Braun, Camrin D.
- Dagorn, Laurent
- Richardson, Andrew J.
- Cochran, Jesse E. M.
- Bruce, Barry D.
- Goldsworthy, Simon D.
- Watanabe, Yuuki Y.
- Fowler, Mark
- Chapple, Taylor K.
- Sheaves, Marcus
- Bonfil, Ramón
- Crochelet, Estelle C.
- Duarte, Carlos M.
- Brooks, Edward J.
- Ferreira, Luciana C.
- Quintero, Lina Maria
- Smale, Malcolm J.
- Pierce, Simon J.
- Semmens, Jayson M.
- Ferretti, Francesco
- Thums, Michele
- Wetherbee, Bradley M.
- Gennari, Enrico
- Forget, Fabian
- Chisholm, John
- Clarke, Christopher R.
- Stehfest, Kilian M.
- Drew, Michael
- Klimley, Peter A.
- Peñaherrera-Palma, Cesar
- Harman, Luke
- Hammerschlag, Neil
- Daly, Ryan
- Poisson, Francois
- Filmalter, John D.
- Duffy, Clinton A. J.
- Heard, Matthew
- Erikson, Thor
- Zárate, Patricia M.
- Hussey, Nigel E.
- Hearn, Alex R.
- Soria, Marc
- Samoilys, Melita
- Guttridge, Tristan L.
- Espinoza, Eduardo
- Green, Jonathan R.
- Fitzpatrick, Richard
- Gustafson, Johan A.
- Hueter, Robert E.
- Skomal, Gregory B.
- Patterson, Toby A.
- Simpson, Samantha J.
- Gollock, Matthew J.
- Kock, Alison A.
- Fontes, Jorges
- Guzman, Hector M.
- Huveneers, Charlie
- Lea, James S. E.
- Vandeperre, Frederic
- Francis, Malcolm P.
- Gallagher, Austin J.
- Lana, Fernando O.
- Eguíluz, Víctor M.
- Pepperell, Julian G.
- Tolotti, Mariana T.
- Jewell, Oliver J. D.
- Meekan, Mark G.
- Nelson, Emily R.
- Singh, Sarika
- Joyce, Warran
- MacDonnell, Anna
- Johnson, Ryan
- McAllister, Jaime D.
- Ketchum, James T.
- Blaison, Antonin V.
- Holdsworth, John C.
- Meÿer, Michael A.
- Jordan, Lance K. B.
- Holmes, Bonnie J.
- Thorrold, Simon R.
- Howey, Lucy A.
- Keating Daly, Clare A.
- Bernal, Diego
- Jorgensen, Salvador J.
- Ladino, Felipe
- Hoyos, Hoyos
- Rowat, David R. L.
- Sims, David W.
- Shivji, Mahmood
- Morris, John J.
- Irion, David T.
- Llewellyn, Fiona
- Arauz, Randall
- Stevens, John D.
- Araujo, Gonzalo
- Jacoby, David M. P.
- Tyminski, John P.
- Papastamatiou, Yannis P.
- Bach, Pascal
- Soler, German
- Lyon, Warrick S.
- Rohner, Christoph A.
- Sousa, Lara L.
- Weber, Sam B.
- Byrne, Michael E.
- Afonso, Pedro
- Kock, Alison A.
- Koen, Pieter
- Acuña-Marrero, David
- Towner, Alison
- Afonso, André S.
- Irigoien, Xabier
- Williams, Sean
- Hays, Graeme C.
- Snyders, Laurenne B.
- Clua, Eric
- Anders, Darrell
- Vaudo, Jeremy J.
DOIAbstract
Effective ocean management and the conservation of highly migratory species depend on resolving the overlap between animal movements and distributions, and fishing effort. However, this information is lacking at a global scale. Here we show, using a big-data approach that combines satellite-tracked movements of pelagic sharks and global fishing fleets, that 24% of the mean monthly space used by sharks falls under the footprint of pelagic longline fisheries. Space-use hotspots of commercially valuable sharks and of internationally protected species had the highest overlap with longlines (up to 76% and 64%, respectively), and were also associated with significant increases in fishing effort. We conclude that pelagic sharks have limited spatia...
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