Mayer, Martin, Šálek, Martin, Fox, Anthony, Juhl Lindhøj, Frej, Jacobsen, Lars Bo, and Sunde, Peter. 2021 Sep 6. Advances in bio-logging technology for wildlife monitoring have expanded our ability to study space use and behavior of many animal species at incr...
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Mayer, Martin, Haugaard, Lars, and Sunde, Peter. 2021 Jul 1. Capture and handling of wildlife is an important component of wildlife studies, and hunting can be a central tool for wildlife management. However,...
Auger-Méthé, Marie and Derocher, Andrew E. 2021 Mar 19. It is rare to be able to validate state-space models for Argos data. This dataset provides a unique opportunity to do so, because it contains simul...
Makris, Nicos, Moghimi, Reza, Godat, Eric, and Vu, Tue. 2023 Feb 16. Motivated by the increasing need to develop a quantitative, science-based, predictive understanding of the dynamics and response of cities when sub...
Söderquist, Pär, Elmberg, Johan, Einarson, Daniel, and Gunnarsson, Gunnar. 2024 Feb 9. Releasing farmed mallards into the wild is a common practice in wildlife management worldwide, involving millions of birds annually, and is mainly ...
Youngmann, Jordan. 2022 Nov 16. Coyotes (Canis latrans) colonized the southeastern United States over the last century as large predators, including the red wolf (Canis rufus) and...
Rainville, Nicholas, Palo, Scott, and Larson, Kristine. 2021 Apr 19. Extinction of Global Positioning System (GPS) signals has been observed at GPS sites located near erupting volcanoes as a decrease in the Signal to...
Poupart, Timothee, Waugh, Susan, Kato, Akiko, and Arnould, John. 2020 Nov 24. This study investigated the foraging niche of dimorphic males and females Westland petrel during the chick-rearing period. At-sea movements were re...
Chamaillé-Jammes, Simon and Fradin, Gustave. 2024 Jan 12. Many animals living in anthropized landscapes try to avoid encountering people by being active at night. By doing so, however, they risk being dist...
Ma, Rui, Kazama, Kentaro, Yasutake, Yogi, Kazama, Mami, Tsukamoto, Shota, and Watanuki, Yutaka. 2022 Jul 26. Areas at which seabirds forage intensively can be discriminated by tracking the individuals’ at-sea movements. However, such tracking data may not ...