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

Ecotoxicological studies typically cover only a limited part of the natural thermal range of
populations and ignore daily temperature fluctuations (DTFs). Therefore, we may miss …

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 …

Heat waves are generally associated with an increased energy consumption and could thus
increase the vulnerability to subsequent pesticide exposure. We investigated the combined …

An alarming finding for biodiversity is that global warming and pesticides often interact
synergistically. Yet, this synergism may not capture the full picture because two …

Global warming and chemical pollution are key anthropogenic stressors with the potential to
interact. While warming can change the impact of pollutants and pollutants can change the …

To make more realistic predictions about the current and future effects of pesticides, we
need to better understand physiological mechanisms associated with the widespread higher …

There is increasing concern that standard laboratory toxicity tests may be misleading when
assessing the impact of toxicants, because they lack ecological realism. Both warming and …

There is growing evidence that both increases in mean temperature and the widespread
daily temperature fluctuations (DTF) may increase pesticide toxicity. Nevertheless, the likely …

Despite the increased attention for the effects of pesticides under global warming no studies
tested how winter warming affects subsequent sensitivity to pesticides. Winter warming is …