Many exploited fish and macroinvertebrates that utilize the coastal zone have declined, and
the causes of these declines, apart from overfishing, remain largely unresolved. Degradation …

Aim The movement patterns of marine top predators are likely to reflect responses to prey
distributions, which themselves can be influenced by factors such as climate and fisheries …

Investigating resource partitioning of marine predators is essential for understanding
coexistence of sympatric species and the functional role they play in marine ecosystems …

Seasonal differences in the availability of resources potentially result in the food web
architecture also varying through time. Stable isotope analyses are a logistically simple but …

Trophic interactions in the deep-sea fish community of the Galicia Bank seamount (NE
Atlantic) were inferred by using stomach contents analyses (SCA) and stable isotope …

A sympatric assemblage of morphologically similar predators is expected to exhibit fine-
scale habitat segregation, or resource partitioning, to reduce the effects of direct competition …

The large fish indicator (LFI) was developed to support the North Sea fish community
Ecological Quality Objective (EcoQO) pilot study, intended to establish an operational …

Bottom trawling is one of the main anthropogenic pressures that impact soft-bottom habitats,
directly affecting benthic and demersal communities, as well as their food web structure. To …

Various regression methods can be used to quantify the relationships between fish
populations and their environment. Strong correlations often existing between …

The diet and trophic level (TL) of the yellownose skate Zearaja chilensis in the south‐
western Atlantic Ocean (35°–54° S), and how these varied in relation to body size, sex …