Energy is a fundamental currency of life that can be quantified in organisms to understand
how environmental conditions and anthropogenic stressors affect individuals, scaling up to …

The northern stock of European sea bass (Dicentrarchus labrax) is a large, high value, slow
growing and late maturing fish that is an important target species for both commercial and …

Climate heating has the potential to drive changes in ecosystems at multiple levels of
biological organization. Temperature directly affects the inherent physiology of plants and …

A population model is presented to study the combined effects of ionising radiation and
chemical pollutants on wildlife. The model is based on first order, non-linear and logistic …

Population modeling, field studies, and monitoring approaches have all been proposed for
assessing the relevance of adverse effects of endocrine disrupting chemicals (EDCs) at the …

Understanding the impacts of chemical exposure in marine wildlife is challenging, due to
practical and ethical constraints that preclude traditional toxicology research on these …

The presence of endocrine‐active chemicals (EACs) in the environment continues to cause
concern for wildlife given their potential for adverse effects on organisms. However, there is …

Process-based aquatic ecosystem models are increasingly being developed and used in
freshwater ecology and other aquatic sciences, as they are powerful tools to gain a …

Understanding the interactions among multiple stressors is a crucial issue for ecological risk
assessment and ecosystem management. However, it is often impractical, or impossible, to …

Capture fisheries provide nutrition, jobs, and recreation across the world. However, the
aquatic ecosystems in which they operate are under increasing pressures from climate …