How thermal evolution may affect trophic interactions and its implications for trophic system
stability remains unstudied. To advance insights in how global warming shapes trophic …

Phenotypic plastic responses to temperature can modulate the kinetic effects of temperature
on biological rates and traits and thus play an important role for species adaptation to …

Global change affects individual phenotypes and biotic interactions, which can have
cascading effects up to the ecosystem level. However, the role of environmentally induced …

Global warming over the next century is likely to alter the energy demands of consumers and
thus the strengths of their interactions with their resources. The subsequent cascading …

Understanding how temperature affects the relative phenology of predators and prey is
necessary to predict climate change impacts and recruitment variation. This study examines …

Plastic and evolutionary changes in traits related to biotic interactions are crucial for the local
persistence of populations under global warming. Yet, how acute and developmental …

Climate change can alter predator–prey interactions when predators and prey have different
thermal preferences as temperature change can exacerbate thermal mismatches (also …

Temperatures are increasing globally, but this increase is not symmetrical; instead, night‐
time minimum air temperatures increase faster than daytime maximum temperatures …

Understanding how food webs will respond to globally rising temperatures is a pressing
issue. Temperature effects on food webs are likely underpinned by differences in the thermal …

Warming can impact consumer–resource interactions through multiple mechanisms. For
example, warming can both alter the rate at which predators consume prey and the rate prey …