Foraging in the Anthropocene: Feeding plasticity of an opportunistic predator revealed by long term monitoring

Foraging in the Anthropocene: Feeding plasticity of an opportunistic predator revealed by long term monitoring

For centuries, human activities have altered the population dynamics of wildlife. New anthropogenic food sources provide a predictable and abundant food supply that often induces very significant changes in the size, distribution, and behaviour of many populations, with ultimate consequences on the...

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Bibliographic Details
Main Authors: Bahillo, Á (Author), Cerdà-Cuéllar, M. (Author), Morera-Pujol, V. (Author), Ouled-Cheikh, J. (Author), Ramírez, F. (Author), Ramos, R. (Author)
Format: Article
Language:English
Published: Elsevier B.V. 2021
Subjects:
20th century
Animals
Anthropocene
Anthropogenics
central place foraging
Conservation
conservation management
conservation status
Dietary assessments
Ecology
feeding behavior
food supply
Food supply
foraging behavior
Human activities
human activity
Invertebrata
invertebrate
Isotopes
Land fill
landfill
Lari michahellis
Larus michahellis
Longitudinal studies
Longitudinal study
Marine biology
Natural resources
population dynamics
predator
stable isotope
Stable isotope analysis
Stable-isotope analysis
Terrestrial invertebrate
Trophic plasticity
Yellow-legged gull
Yellow-legged gulls
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