Understanding the factors affecting thermal tolerance is crucial for predicting the impact
climate change will have on ectotherms. However, the role developmental plasticity plays in …

Abstract Purpose of Review Global warming and pollution are among the five major causes
of global biodiversity loss, particularly in aquatic invertebrates which are highly diverse but …

Adaptive evolution and phenotypic plasticity will fuel resilience in the geologically
unprecedented warming and acidification of the earth's oceans, however, we have much to …

Anthropogenic climate change is a rapidly intensifying selection pressure on biodiversity
across the globe and, particularly, on the world's coral reefs. The rate of adaptation to …

There is considerable uncertainty regarding which ecosystems are most vulnerable to
warming. Current understanding of organismal sensitivity is largely centred on species-level …

Climate change is predicted to affect host–parasite interactions, and for some hosts, parasite
infection is expected to increase with rising temperatures. Global population declines of …

Predicting the response of marine animals to climate change is hampered by a lack of
multigenerational studies on evolutionary adaptation, particularly to combined ocean …

Copepods are among the most abundant marine metazoans and form a key link between
marine primary producers, higher trophic levels, and carbon sequestration pathways …

Copepods are key components of aquatic habitats across the globe. Understanding how
they respond to warming is important for predicting the effects of climate change on aquatic …

Whether populations can adapt to predicted climate change conditions, and how rapidly, are
critical questions for the management of natural systems. Experimental evolution has …