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Models Incorporating Non‐Stationarity Improve Detection of Climate‐Driven Range Shifts in Odontocetes.

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Bibliographic Details
Title: Models Incorporating Non‐Stationarity Improve Detection of Climate‐Driven Range Shifts in Odontocetes.
Authors: Hirtle, Nathan1 (AUTHOR) nathan.hirtle@stonybrook.edu, Roberts, Jason J.2 (AUTHOR), Redfern, Jessica V.3 (AUTHOR), Hazen, Elliott L.4 (AUTHOR), Palka, Debra5 (AUTHOR), McLellan, William6 (AUTHOR), Garrison, Lance7 (AUTHOR), Barco, Susan8 (AUTHOR), O'Brien, Orfhlaith3 (AUTHOR), Quintana‐Rizzo, Ester9 (AUTHOR), Lomac‐MacNair, Kate10 (AUTHOR), Rickard, Meghan11 (AUTHOR), Zoidis, Ann M.12 (AUTHOR), Cotter, Mark13 (AUTHOR), Whitt, Amy D.14 (AUTHOR), Boisseau, Oliver15 (AUTHOR), Halpin, Patrick2 (AUTHOR), Thorne, Lesley1 (AUTHOR)
Source: Diversity & Distributions. Feb2026, Vol. 32 Issue 2, p1-18. 18p.
Database: Environment Complete
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ISSN:13669516
DOI:10.1111/ddi.70154