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A LEAP Forward in Wildlife Conservation: A Standardized Framework to Determine Mortality Causes in Large GPS-Tagged Birds / Connor T. Panter, Carina Nebel, Maximilian Raab, Verena Strauss, Clara Freytag, Manuel Wojta, Hannah Böing, Patrick Hacker, Rainhard Raab, Jendrik Windt, Annika Posautz, Anna Kuebber-Heiss, Patrick Scherler, Martin U. Grüebler, Urs G. Kormann, Martin Kolbe, Alexandre Millon, Javier de la Puente, Javier Viñuela, Duncan Orr-Ewing, Oliver Krone, Torsten Langgemach, Susanne Åkesson, Brady Mattsson, Petra Sumasgutner, Manuel Alcántara de la Fuente, Ernesto Alvarez, Juan Arizaga, Albert Bach Pagès, Ana Bermejo, Guido Ceccolini, Nayden Chakarov, Peter Derpmann-Hagenström, Marek Dostál, Gerd Fabian, Wolfgang Fiedler, Manuel Galán, Clément Ganier, Andreas Gärtner, Liza Glesener, Alfonso Godino, Zuzana Guziová, László Haraszthy, Caka Karlsson, Katharina Klein, Ivan Literák, Nicolas Lorenzini, Manuela Löwold, Christopher Lüning, Boris Maderič, Karel Makoň, Kerstin Mammen, Ubbo Mammen, Torsten Marczak, Hynek Matušík, Aymeric Mionnet, Sara Morollón, Jakub Mráz, Winfried Nachtigall, Bernd Nicolai, Marta Olalde Fernández, Meinolf Ottensmann, María Jesús Palacios González, Jean-Yves Paquet, Vladimír Pečeňák, Lubomír Peške, Thomas Pfeiffer, Robert Pudwill, Dušan Rak, Tim Maximilian Rapp, Alexander Resetaritz, Stef van Rijn, Romain Riols, Arturo Rodríguez, Luisa Scholze, Laura Schulte, Aurélie de Seynes, Jan Škrábal , Péter Spakovszky, Eike Steinborn, Ján Svetlík, Samuel Talhoet, Miklós Vaczi, Anne-Gaelle Verdier, Zdenĕk Vermouzek, Diego Villanúa Inglada, Jörg Westphal, Rainer Raab

Contributor(s): Material type: Computer filePublication details: [S.l.] : John Wiley & Sons Ltd., 2025.Content type:
  • texto (visual)
Media type:
  • electrónico
Subject(s): Genre/Form: Online resources: Summary: Anthropogenic activities threaten many wildlife populations by increasing mortality rates, making it crucial to identifythe locations and causes of mortality to inform conservation actions. Technological advancements, such as GPS satellitetracking, enable precise recording of wildlife movements. High-resolution data from such devices can facilitate rapid carcassrecovery and provide insights into the mortality causes of tagged individuals. Obtaining required information to determinethese causes is complex, and standardized approaches can overcome these limitations. In this study, we introduce the LIFEEUROKITE Assessment Protocol (LEAP), a framework for determining the timing, locations, and causes of mortality inGPS-tagged birds. LEAP is a multifaceted approach that integrates: (1) GPS tracking data, (2) evidence from the mortalitylocation (site investigation), and (3) necropsy results to derive the mortality cause and a corresponding certainty score. Wesupplement the detailed description of LEAP with case studies assessing its effectiveness. Using 329 deceased GPS-taggedred kites (Milvus milvus) we compared conditions of the carcasses processed using LEAP with 145 opportunistically collected
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Anthropogenic activities threaten many wildlife populations by increasing mortality rates, making it crucial to identifythe locations and causes of mortality to inform conservation actions. Technological advancements, such as GPS satellitetracking, enable precise recording of wildlife movements. High-resolution data from such devices can facilitate rapid carcassrecovery and provide insights into the mortality causes of tagged individuals. Obtaining required information to determinethese causes is complex, and standardized approaches can overcome these limitations. In this study, we introduce the LIFEEUROKITE Assessment Protocol (LEAP), a framework for determining the timing, locations, and causes of mortality inGPS-tagged birds. LEAP is a multifaceted approach that integrates: (1) GPS tracking data, (2) evidence from the mortalitylocation (site investigation), and (3) necropsy results to derive the mortality cause and a corresponding certainty score. Wesupplement the detailed description of LEAP with case studies assessing its effectiveness. Using 329 deceased GPS-taggedred kites (Milvus milvus) we compared conditions of the carcasses processed using LEAP with 145 opportunistically collected

Panter, C.T... Arizaga, J., ..., 2025. A LEAP forward in wildlife conservation: a standardized framework todetermine mortality causes in large GPS-tagged birds. Ecol. Evol. 5, e70975.

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