If marine organisms are to persist through the Anthropocene, they will need to be resilient,
but what is resilience, and can resilience of marine organisms build within a single lifetime …

In natural environments, two or more abiotic parameters often vary simultaneously, and
interactions between co-varying parameters frequently result in unpredictable, non-additive …

Phenotypic plasticity and evolutionary adaptation allow populations to cope with global
change, but limits and costs to adaptation under multiple stressors are insufficiently …

Climate change is resulting in increasing ocean temperatures and salinity variability,
particularly in estuarine environments. Tolerance of temperature and salinity change interact …

Copepods play a critical role in the carbon cycle of the planet–they mediate the
sequestration of carbon into the deep ocean and are the trophic link between phytoplankton …

Studies of rapid evolution under changing environments are important for understanding the
evolutionary fate of populations and the future of biodiversity. We used experimental …

Copepods are small crustaceans of great ecological and ecotoxicogenomic importance.
Among them, Acartia tonsa, invasive species in the Mediterranean Sea, is a model species …

If marine organisms are to persist through the Anthropocene, they will need to be resilient,
but what is resilience, and can resilience of marine organisms build within a single lifetime …

This book presents an innovative and imaginative reading of contemporary Australian
literature in the context of unprecedented ecological crisis. The Australian continent has …

The rapid pace of climate change represents a potential threat to population persistence in
marine systems. Predicting the response of marine metazoans to climate change is …