The Science of the total environmentAnimalsPerchesRiversClimate ChangeBehavior
Physiological and behavioural plasticity improves resilience to chronic hypoxia and warming in a dryland river fish.
Zoe A Ross, Jonathan Marshall, Andrea Prior, Craig E Franklin, Matthew Hipsey, Rebecca L Cramp
Published: 202510.1016/j.scitotenv.2025.180809
Abstract
Freshwater organisms are increasingly imperiled by episodes of chronic environmental hypoxia and warming which have become more frequent and widespread as climate change impacts intensify globally. Dryland rivers sustain populations of fish in arid a…
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