Virtually all organisms are colonized by microbes. Average temperatures are rising because
of global climate change–accompanied by increases in extreme climatic events and heat …

Species abundances and distributions are changing in response to changing climate and
other anthropogenic drivers but how this translates into how well species can match their …

Many Drosophila species differ widely in their distributions and climate niches, making them
excellent subjects for evolutionary genomic studies. Here, we have developed a database of …

Understanding how environmental factors affect the thermal tolerance of species is crucial
for predicting the impact of thermal stress on species abundance and distribution. To date …

The response of bees to changing environmental temperatures has implications for
pollination in natural and agricultural systems, with rising average temperatures and …

Understanding the molecular mechanisms that determine a species' life history is important
for predicting their susceptibility to environmental change. While specialist species with a …

Heterogeneous environment adaptation is critical to understand the species evolution and
response to climate change. However, how narrow‐range species adapt to micro …

Insects encounter multiple overlapping physiologically challenging environmental stressors
in their habitats. As such, the ability of insects to withstand these stressors singly or …

Aim The abundances and distributions of some species are more closely matched to
variations in climate than others. Species traits that might influence how well the distribution …

Elevational ranges within many taxa are greater in the north temperate region than the
tropics. Two hypotheses to explain the pattern are, first, that large elevational ranges in the …