Temperature and hypoxia would traditionally be considered as different environmental
factors, with specific implications for whole organism functioning. Development of the …

Climate change will increase both average temperatures and extreme summer
temperatures. Analyses of the fitness consequences of climate change have generally …

Climate change can affect organisms both directly, by affecting their physiology, growth, and
behaviour, and indirectly, for example through effects on ecosystem structure and function …

Abstract Models of marine biogeochemistry capture the effects of temperature on
phytoplankton growth via the monotonic, exponential Eppley coefficient, without considering …

Environmental temperature affects physiological functions, representing a barrier for the
range expansions of ectothermic species. To understand the link between thermal …

Regional endothermy has evolved several times in marine fishes, and two competing
hypotheses are generally proposed to explain the evolutionary drivers behind this trait …

Most ectothermic organisms mature at smaller body sizes when reared in warmer
conditions. This phenotypically plastic response, known as the “temperature-size rule”(TSR) …

The majority of ectotherms grow slower but mature at a larger body size in colder
environments. This phenomenon has puzzled biologists because classic theories of life …

It has been postulated that climate warming may pose the greatest threat species in the
tropics, where ectotherms have evolved more thermal specialist physiologies. Although …

We analyze the effects of changing patterns of thermal availability, in space and time, on the
performance of small ectotherms. We approach this problem by breaking it into a series of …