Many insects enter a state of dormancy (diapause) during winter in which they lower their
metabolism to save energy. Metabolic suppression is a hallmark of diapause, yet we know …

Warming temperatures caused by climate change are predicted to vary temporally and
spatially. For mid‐and high‐latitude reptiles, the seasonal variation in warming temperatures …

Animals are increasingly exposed to potential stressors related to environmental change,
and multiple stressors may alter the dynamics by which animals acquire resources and …

Introduction Understanding the physiological responses to warming temperatures is critical
for evaluating the vulnerabilities of animals to climate warming. The physiological responses …

In a continuously changing environment, the aviation sector faces the challenge of
balancing adaptability to technological changes, alignment with environmental and social …

The evolution of flight in an early winged insect ancestral lineage is recognized as a key
adaptation explaining the unparalleled success and diversification of insects. Subsequent …

Animals adjust resource acquisition throughout life to meet changing physiological demands
of growth, reproduction, activity and somatic maintenance. Wing-polymorphic crickets invest …

Many environmental stressors naturally covary, and the frequency and duration of stressors
such as heat waves and droughts are increasing globally with climate change. Multiple …

The frequency, duration and co-occurrence of several environmental stressors, such as heat
waves and droughts, are increasing globally. Such multiple stressors may have …

Artificial light at night (ALAN) is increasingly prevalent worldwide, but life-history strategy
may mitigate the costs of ALAN for animals. Yet, interactions among ALAN, life-history …