Interactive effects of predation and climate on the distributions of marine shellfish in the Northwest Atlantic

As climate change transforms marine environments globally, species distributions correspondingly shift to locations where conditions have become or remain favourable. The ability to model these distributional shifts has been facilitated by species distribution models (SDMs). However, current SDM app...

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Veröffentlicht in:	Oikos 2024-09, Vol.2024 (9), p.n/a
Hauptverfasser:	Zabihi‐Seissan, Sana, Baker, Krista D., Stanley, Ryan R. E., Tunney, Tyler D., Beauchamp, Brittany, Benoit, Hugues P., Brickman, David, Chabot, Denis, Cook, Adam, Deslauriers, David, Koen‐Alonso, Mariano, Lawlor, Jake, Le Bris, Arnault, Mullowney, Darrell R. J., Roux, Marie‐Julie, Skanes, Katherine R., Wang, Zeliang, Pedersen, Eric J.
Format:	Artikel
Sprache:	eng
Schlagworte:	Abundance Chionoecetes opilio climate Climate change Climate models Climate prediction Crabs data collection diet Ecological conditions Ecological effects Environmental impact Geographical distribution Interspecific relationships Invertebrates latitude Marine crustaceans Marine environment Marine molluscs Northwest Atlantic Pandalus borealis Predation Predators prediction Predictions Shellfish shrimp Shrimps Spatial distribution Species species distribution species interactions
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