Assessing 9,809 freshwater fish species globally, this study shows risk to a high proportion of species in the tropics, and severe extremes in non-tropical regions. Under high emissions, gradual warming drives abrupt exposure, with 63% of species facing accelerating thermal fragmentation by 2099…
Source: Nature Climate Change | Springer Nature Limited
Nature Climate Change | Springer Nature Limited
- Climate warming drives thermal shocks and accelerated freshwater habitat fragmentation
- Developing double materiality for climate-related financial policy
- A climate impact taxonomy operationalizing IPCC physical driver and risk concepts
- Bringing justice to informal adaptation to heat stress
- Thermal justice in urban climate change adaptation
- Cities need robust carbon dioxide removal strategies to meet net-zero targets
- Particulate air pollution undermines plant water-use efficiency by inhibiting photosynthesis
- Empirical insights into residual emissions in urban net-zero targets
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