Energy metabolism is a fundamental property of life providing the energy for all processes
and functions within an organism. As it is temperature-dependent, it mediates the effects of …

Thermal conditions in the developmental environment can substantially affect an individual's
phenotype, particularly in egg-laying ectotherms. However, whether these effects persist into …

Frequent and extreme temperatures associated with climate change pose a major threat to
biodiversity, particularly for organisms whose metabolism is strictly linked to ambient …

The thermal sensitivity of early life stages can play a fundamental role in constraining
species distributions. For egg‐laying ectotherms, cool temperatures often extend …

On a global scale, organisms face significant challenges due to climate change and
anthropogenic disturbance. In many ectotherms, developmental and physiological …

Developmental environments play a significant role in shaping animal phenotype, including
behavior. Within a species, individuals often differ in behavior in a consistent and repeatable …

Temperature exerts a fundamental influence across scales of biology, from the biophysical
nature of molecules, to the sensitivity of cells, and the coordinated progression of …

Biodiversity is increasingly threatened by unpredictable, frequent, and intense climatic
events like heatwaves that pose harmful impacts on ectotherms. Beyond the health and …

The thermal sensitivity of early life stages can play a fundamental role in constraining
species distribution. For egg-laying ectotherms, cool temperatures often extend …

Individuals within species frequently show differences in traits. Yet, until relatively recently,
researchers treated all conspecifics as ecologically equivalent. I investigated how …