Operative temperature (Te) and standard operative temperature (Tes) models have been
used to address ecological questions about the thermal biology of ectotherms and …

Understanding methodological and biological sources of bias during the measurement of
thermal parameters is essential for the advancement of thermal biology. For more than a …

Determining organismal responses to climate change is one of biology's greatest
challenges. Recent forecasts for future climates emphasize altered temperature variation …

Mechanistic forecasts of how species will respond to climate change are highly desired but
difficult to achieve. Because processes at different scales are explicit in such models, careful …

Recent global warming threatens many species and has already caused population‐and
species‐level extinctions. In particular, high risks of extinction are expected for isolated …

Climate change is negatively affecting many species. The increase in mean air temperature
is often associated with shifts in distribution, changes in phenology, and local extinctions …

To understand how selection shapes life-history traits, we need information on the manner in
which offspring phenotypes influence fitness. Life-history allocation models typically assume …

To understand the process of natural selection, relationships between phenotype and fitness
and sources of phenotypic variation must be known. We examined the importance of …

Le contrôle comportemental de la température du corps dans les habitats où prévalent des
températures hétérogènes entraîne des dépenses variables de temps qui pourrait être …

We review the ecological consequences of habitat and microhabitat use in lizards. Different
habitats have different biotic and abiotic properties and thus are likely to have different …