Environmental conditions experienced within and across generations can impact individual
phenotypes via so-called 'epigenetic'processes. Here we suggest that endocrine signalling …

Invasive species exert negative impacts on biodiversity and ecosystems on a global scale,
which may be enhanced in the future by climate change. Knowledge of how invasive …

Aquatic ecosystems are responsible for about 50% of global productivity. They mitigate
climate change by taking up a substantial fraction of anthropogenically emitted CO2 and …

Marine ecosystem forecasting is an important innovation in fisheries science with
considerable value for industry and management, providing new data‐driven means of …

Climate‐driven species redistribution is pervasive and accelerating, yet the complex
mechanisms at play remain poorly understood. The implications of large‐scale species …

Identifying the species response to changing environments can contribute towards proactive
and adaptable resource management and, although obtaining observations can be …

The distribution of a group of fish and macroinvertebrates (n= 52) resident in the US
Northeast Shelf large marine ecosystem were characterized with species distribution models …

Winter cold slows ectotherm physiology, potentially constraining activities and ecological
opportunities at poleward latitudes. Yet, many fishes are winter-active, facilitated by thermal …

Low temperature imposes strong selective pressure on ectotherms. To maximize their
overall fitness under cold conditions, the ectotherms may either try to maintain their …

Movement is essential in the ecology of most animals, and it typically consumes a large
proportion of individual energy budgets. Environmental conditions modulate the energetic …