Temperature is a critical abiotic factor shaping the distribution and abundance of species,
but the mechanisms that underpin organismal thermal limits remain poorly understood. One …

Quantifying thermal performance curves (TPCs) for biological rates has many applications to
important problems such as predicting responses of biological systems—from individuals to …

Rate‐temperature scaling relationships have fascinated biologists for nearly two centuries
and are increasingly important in our era of global climate change. These relationships are …

Portable gas exchange analysers provide critical data for understanding plant‐atmosphere
carbon and water fluxes, and for parameterising Earth system models that forecast climate …

In microalgae cultivation systems, fluctuating temperatures impact growth rates and biomass
quality, whilst extremes of temperature can lead to the loss of large-scale cultures …

Summary We present the Fast Assimilation‐Temperature Response (FAsTeR) method, a
new method for measuring plant assimilation‐temperature (AT) response that reduces …

To better predict how populations and communities respond to climatic temperature
variation, it is necessary to understand how the shape of the response of fitness-related …

This study investigated factors shaping the thermal sensitivity in antipatharians, a taxon
whose members form dense aggregations in all oceans, harbouring a high biodiversity …

Developing a thorough understanding of how ectotherm physiology adapts to different
thermal environments is of crucial importance, especially in the face of global climate …

In ectotherms, the performance of physiological, ecological and life-history traits universally
increases with temperature to a maximum before decreasing again. Identifying the most …