For a Future Informed by Science at the Climate‐Ecology Interface

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The aim is to examine the interplay of climate change and biodiversity loss, emphasizing the necessity of interdisciplinary collaboration for effective adaptation and mitigation strategies.
Utilized machine learning models to predict impacts of climate and land-use changes on river health.
Developed predictive models for coral reefs based on historical meteorological and ocean conditions.
Combined elephants' physiology and climate dynamics to assess drought occurrences in Africa.
Analyzed media reports for early warnings of wheat rust outbreaks to enhance early warning systems for farmers.
Climate change and suburbanization significantly impact riverine health across varying scenarios.
Coral reefs in Western Australia face spatially variable impacts from climate change, with some areas potentially acting as refugia.
East Africa is expected to face decreased occurrence of droughts affecting elephants, while southern Africa will see increases.
Innovative use of media reports indicates they can predict wheat rust outbreaks more effectively than traditional field surveillance.

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This interdisciplinary special issue explores climate change effects on biodiversity and outlines adaptation strategies for ecosystems.

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Boult et al. (2026) studied this question.

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