To improve risk assessment there is increasing attention for the effect of climate change on
the sensitivity to contaminants and vice versa. Two important and connected topics have …

While extreme high temperatures are an important aspect of global warming, their effects on
organisms are relatively understudied, especially in ecotoxicology. Sequential exposure to …

A better understanding of interactions between pesticides and warming is important to
improve ecological risk assessment in a warming world. Current insights are almost …

Daily temperature variation (DTV) is an important warming-related stressor that may magnify
pesticide toxicity. Yet, it is unknown whether the pesticide impact under DTV is partly …

While many studies on the toxicity of pesticides looked at the effects of a higher mean
temperature, effects of the realistic scenario of daily temperature variation are understudied …

While interactions with global warming and multigenerational effects are considered crucial
to improve risk assessment of pesticides, these have rarely been studied in an integrated …

Despite the increased attention for temporal aspects of stressor interactions and for effects of
warming in ecotoxicological studies, we lack knowledge on how different exposure …

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 …

How global warming changes the toxicity of contaminants is a research priority at the
intersection of global change biology and ecotoxicology. While many pesticides are more …

The combined effects of insecticides and temperature are increasingly being studied
because species are expected to change their responses to insecticides with climate …