A species may partition its realized ecological niche along bionomic and scenopoetic axes
due to intraspecific competition for limited resources. How partitioning manifests depends on …

Aim Understanding the spatial ecology of animal movements is a critical element in
conserving long‐lived, highly mobile marine species. Analyzing networks developed from …

Sympatric species may overlap in their use of habitat and dietary resources, which can
increase competition. Comparing the ecological niches and quantifying the degree of niche …

An individual's foraging ecology can affect its growth and survival. Stable isotope analysis
has been commonly used to investigate the foraging ecology of marine turtles. However …

The neritic environment is rich in resources and as such plays a crucial role as foraging
habitat for multi-species marine assemblages, including sea turtles. However, this habitat …

Multi-species assemblages can help identify key resources in their habitat by evaluating
how they are partitioning their resources. Here we used the isotopic niche of loggerhead …

Environmental contaminants with chemical origins, such as organochlorine pesticides
(OCPs) have major impacts on the health of marine animals, including sea turtles, due to the …

Marine protected areas (MPAs) are among the most widely used strategy to protect marine
ecosystems and are typically designed to protect specific habitats rather than a single and/or …

Optimizing the design of marine protected area (MPA) networks for the conservation of
migratory marine species and their habitats involves a suite of important considerations …

Background A strong behavioural plasticity is commonly evidenced in the movements of
marine megafauna species, and it might be related to an adaptation to local conditions of the …