Protective responses are pivotal in aiding organismal persistence in complex, multi-stressor
environments. Multiple-stressor research has traditionally focused on the deleterious effects …

Conservation becomes increasingly complex as climate change exacerbates the multitude
of stressors that organisms face. To meet this challenge, multiple stressor research is rapidly …

Plastic adjustments of physiological tolerance to a particular stressor can result in fitness
benefits for resistance that might manifest not only in that same environment but also be …

Thermal stress during development can prime animals to cope better with similar conditions
in later life. Alternatively, negative effects of thermal stress can persist across life stages and …

Insects, similarly to other small terrestrial invertebrates, are particularly susceptible to
climatic stress. Physiological adjustments to cope with the environment (ie, acclimation) …

Lepidopteran stemborers are the most destructive insect pests of cereal crops in sub‐
Saharan Africa. In nature, these insects are often exposed to multiple environmental …

Sub-lethal effects of warming temperatures are an important, yet sometimes overlooked
impact of climate change that may threaten the long-term survival of numerous species. This …

Global change is shifting both temperature patterns and the geographic distribution of
pathogens, and infection has already been shown to substantially reduce host thermal …

In nature, insects concurrently face multiple environmental stressors, a scenario likely
increasing with climate change. Integrated stress resistance (ISR) thus often improves …

Under the background of climate change, increasing attention has focused on the effects of
ocean deoxygenation on marine organisms. However, few studies address the effects of …