The mechanistic link between metabolic rate and foraging behaviour is a crucial aspect of
several energy‐based ecological theories. Despite its importance to ecology however, it …

The behavioural choices made by foragers regarding the use of resource patches have a
direct influence on the energy balance of the individual. Given that several individual traits …

Macrozoobenthos may affect sediment stability and erodibility via their bioturbating activities,
thereby impacting both the short-and long-term development of coastal morphology …

Individual space and resource use are central issues in ecology and conservation. Recent
technological advances such as automated tracking techniques are boosting ecological …

Individual energy requirements are tightly related to individual resource use and by
extension of space‐use patterns and other traits at higher levels of the ecological hierarchy …

Feeding ecology is an integrative procedure to highlight different diets, associating feeding
trends with governing and regulation factors characterizing foraging species and their …

The foraging behavior determines the diet size influencing the growth and reproduction of a
predator and its prey populations. Amphipods play a key role in various aquatic ecosystems …

Elucidating the underlying mechanisms behind variations of animal space and resource use
is crucial to pinpoint relevant ecological phenomena. Organism's traits related to its energy …

Individual size is a major determinant of mobile organisms' ecology and behavior. This study
aims to explore whether allometric scaling principles can provide an underlying framework …

Feeding ecology is an integrative procedure to highlight different diets, associating feeding
trends with governing and regulation factors characterizing foraging species and their …