Increasing temperatures caused by anthropogenic climate change are leading to changes in
the composition of local communities across biomes. This has implications for ecological …

Virtually all aspects of the biology of ectotherms are size‐and temperature‐dependent.
Aerobic metabolism is often proposed to explain such relationships, with oxygen limitation …

Most plant thermal tolerance studies focus on single critical thresholds, which limit the
capacity to generalise across studies and predict heat stress under natural conditions. In …

Photosynthetic animals produce oxygen, providing an ideal lens for studying how oxygen
dynamics influence thermal sensitivity. The algivorous sea slug Elysia viridis can steal and …

Marine heatwaves (MHWs) can cause thermal stress in marine organisms, experienced as
extreme 'pulses' against the gradual trend of anthropogenic warming. When thermal stress …

Local adaptation is commonly cited to explain species distribution, but how fitness varies
along continuous geographical gradients is not well understood. Here, we combine thermal …

Understanding how evolution and phenotypic plasticity contribute to variation in heat
tolerance is crucial to predicting responses to warming. Here, we analyze 272 thermal death …

Temperature significantly impacts ectotherm physiology, with thermal tolerance and
metabolic traits typically varying with latitude across species ranges. The drivers of this …

Predicting how rising temperatures will impact different species and communities is
imperative and increasingly urgent with ongoing global warming. Here, we describe how …

Despite the increasing evidence for rapid thermal evolution in natural populations,
evolutionary rescue under global warming may be constrained by the presence of other …