Temperature strongly influences microbial community structure and function, in turn
contributing to global carbon cycling that can fuel further warming. Recent studies suggest …

We examine how heterotrophic bacterioplankton communities respond to temperature by
mathematically defining two thermally adapted species and showing how changes in …

Microbial communities regulate ecosystem responses to climate change. However,
predicting these responses is challenging because of complex interactions among …

Microbial communities are essential for human and environmental health, often forming
complex interaction networks responsible for driving ecosystem processes affecting their …

Understanding the ecological processes that underpin the dynamics of community turnover
in response to environmental change is critical to predicting how warming will influence …

Temperature is one of the fundamental environmental variables that determine the
composition and function of microbial communities. However, a predictive understanding of …

Climate change research has demonstrated that changing temperatures will have an effect
on community‐level dynamics by altering species survival rates, shifting species …

Microbial eukaryotes (or protists) in marine ecosystems are a link between primary
producers and all higher trophic levels, and the rate at which heterotrophic protistan grazers …

Understanding how the metabolic rates of prokaryotes respond to temperature is
fundamental to our understanding of how ecosystem functioning will be altered by climate …

Identifying factors that influence how ectothermic animals respond physiologically to
changing temperatures is of high importance given current threats of global climate change …