We synthesized how stressors encountered in the larval stage affect larval growth and
development rates, metamorphic traits and eventually carry over across metamorphosis and …

The widespread evidence that global warming can increase species sensitivities to chemical
toxicants, and vice versa, and the recent insight that thermal evolution may mitigate these …

Freshwater ecosystems are especially vulnerable to climate change and pollution. One key
challenge for aquatic toxicology is to determine and manage the combined effects of …

The pace‐of‐life syndrome (POLS) hypothesis integrates covariation of life‐history traits
along a fast–slow continuum and covariation of behavioural traits along a proactive–reactive …

Extreme temperatures and exposure to agricultural pesticides are becoming more frequent
and intense under global change. Their combination may be especially problematic when …

There is increasing concern that climate change may make organisms more sensitive to
chemical pollution. Many pesticides are indeed more toxic at higher mean temperatures …

Interactions with pollutants and environmental factors are poorly studied for physiological
traits. Yet physiological traits are important for explaining and predicting interactions at …

Ecotoxicological studies considerably improved realism by assessing the toxicity of
pollutants at different temperatures. Nevertheless, they may miss key interaction patterns …

Currently, insecticides that target nicotinic acetylcholine receptors (nAChR) are widely used.
Studies on the sublethal effects of insecticides have found that they can affect the amount of …

Global warming and pesticide pollution are major threats for aquatic biodiversity. Yet, how
pesticide effects are influenced by the increased frequency of extreme temperatures under …