Collaborating with Marine Birds to Monitor the Physical Environment Within Coastal Marine Protected Areas
journal contribution
posted on 2025-03-20, 04:38authored byRachael Orben, Adam Peck-Richardson, Alexa Piggott, James Lerczak, Greg Wilson, Jessica Garwood, Xiaohui Liu, Sabir Muzaffar, Alexa Foster, Humood Naser, Mohamed AlMusallami, Tycho Anker-Nilssen, John ArnouldJohn Arnould, Michael Berumen, Thomas Cansse, Susana Cárdenas-Alayza, Signe Christensen-Dalsgaard, Abdul Khamis, Tegan Carpenter-Kling, Nina Dehnhard, Mindaugas Dagys, Annette Fayet, Rebecca Forney, Stefan Garthe, Scott Hatch, Michael Johns, Miran Kim, Kate Layton-Matthews, Ariel Lenske, Gregory McClelland, Julius Morkūnas, Areen Nasif, Gayomini Panagoda, Jong-hyun Park, Victor Pimenta, Flavio Quintana, Matt Rayner, Tone Reiertsen, Sampath Seneviratne, Mariëlle van Toor, Pete Warzybok, Eleanor Weideman, Jinhee Yi, Yat-Tung Yu, Carlos Zavalaga
Animal telemetry is maturing into a viable method for observing the ocean as it can be used to monitor both environmental conditions and biological metrics along the movement trajectories of marine animals. As part of the Cormorant Oceanography Project, we have augmented a biologging tag with an external fast response temperature sensor to collect ocean temperature profiles from the backs of foraging marine birds. Cormorants dive between 50 and 250+ times a day to forage for prey so they can provide hard-to-match temporal and spatial coverage of coastal ocean conditions within their foraging areas. We process tag measurements to obtain fundamental oceanographic data (e.g., temperature profiles, bottom soundings, surface current measurements). Together, we have tracked 17 marine bird species (including two Spheniscus penguins spp. and a sea duck), originating from 17 countries and foraging along the edges of all major oceans. Tagged birds’ distribution included 191 MPAs in 26 countries, offering a unique ocean monitoring method to complement more widely used methods.