We integrated the evidence for evolutionary and plastic trait changes in situ in response to
climate change in freshwater invertebrates (aquatic insects and zooplankton). The synthesis …

Odonata (dragonflies and damselflies) present an unparalleled insect model to integrate
evolutionary genomics with ecology for the study of insect evolution. Key features of …

Climate change is causing increases in temperature and in the frequency of extreme
weather events. Under this scenario, organisms should maintain or develop strategies to …

As warm-adapted insects of tropical origin, Odonata cope with cold periods by seasonal
regulation and diapause. A model for larval-overwintering species is proposed with three …

To understand the effects of pollutants in a changing world we need multistressor studies
that combine pollutants with other stressors associated with global change such as heat …

Simple Summary Climate warming affects phenological events of cold-blooded organisms.
In this analysis we studied, in laboratory conditions, the impact of warming and hatching …

1. Variation in thermal conditions and season length along latitudinal gradients affect body
size‐related traits over different life stages. Selection is expected to optimise these size traits …

Time constraints cause strong selection on life‐history traits, because populations need to
complete their life cycles within a shorter time. We therefore expect lower genetic variation in …

In order to predict evolutionary responses to environmental changes one needs to identify
the evolutionary potential in terms of genetic variation of traits and of the traits' plasticity. We …

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 …