Highlights•Climate change can alter insect phenology in complex and counterintuitive
ways.•Advances in springtime phenology with warming are widespread but not …

Highlights•Climate change can affect predator–prey interactions involving insects.•Climate
change can affect chemical signaling of plants and insects.•Predation risk and temperature …

Global warming can disrupt mutualistic interactions between solitary bees and plants when
increasing temperature differentially changes the timing of interacting partners. One possible …

In temperate insects, winters are typically endured by entering diapause, which comprises a
deep resting stage. Correct timing of diapause termination is vital for synchronization of …

Climate‐driven changes in the relative phenologies of interacting species may potentially
alter the outcome of species interactions. Phenotypic plasticity is expected to be important …

In 2011, an experiment was undertaken to examine spring synchrony between the
endangered Karner blue butterfly (Lycaeides melissa samuelis)(Kbb) and its obligate host …

Climate change has caused widespread shifts in species' phenology, but the consequences
for population and community dynamics remain unclear because of uncertainty regarding …

Light is arguably the most important abiotic factor for living organisms. Organisms evolved
under specific lighting conditions and their behavior, physiology, and ecology are inexorably …

The Poweshiek skipperling (Oarisma poweshiek) is endemic to the tall grass prairie in North
America and is now critically endangered globally. Existing populations are scattered …

Variation in the degree of synchrony among host plants and herbivores can disrupt or
intensify species interactions, alter the strength of natural selection on traits associated with …