The authors developed simulations to examine the role of topographic variation in mediating species response to climate change. They show that topographic variation can reduce energy expenditure by up to 20.8% and increase buffering benefits of elevation shifts by 82.1% for a diurnal ectotherm…
Source: Nature Climate Change | Springer Nature Limited
Nature Climate Change | Springer Nature Limited
- Topographic variation shapes organismal responses across mountain landscapes
- Making sense of loss and damage at the national level
- Governments must reconcile dissonant climate assessment approaches
- Generative artifical intelligence for climate dialogue justice
- The impact of financing cost differences on global energy and industry decarbonization
- Public support for novel carbon removal hinges on procedural and distributive fairness
- Carbon removal projects need to get justice right
- Earlier and faster heatwave onset on land under a warming climate
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