Avian Biology

Deriving simple predictions from complex models to support environmental decision-making

Coastal Management / Ecosystems Ecology / Climate Change / Decision Making / Conservation Biology / Conservation / Computational Biology / Wildlife Biology / Structural Equation Modeling / Computational Modelling / Agent Based Simulation / Modeling / Environmental Management / Biology / Decision And Game Theory / Natural Resource Management / Ecology / Decision Support Systems / Modeling and Simulation / Decision Making Under Uncertainty / Mathematical Modelling / Global Environmental Change / Avian Ecology / Wildlife Conservation / Foraging ecology / Avian Biology / Agent-based modeling / Environmental Change / Ecological Modelling / Nature / Modeling of biological systems / Estuarine Ecology / Decision support system / Simulation / Feeding Ecology / Waterbirds / Individual-based Wildlife Population Models / Nature Conservation / Avian conservation / Shorebirds / Waders / Individual-based modelling / Waterfowl / Wildfowl / Individual-based ecology / Charadriiformes / Waterfowl management / Waterfowl grazing / Wader/shorebird ecology / Wader Foraging Ecology / Complex System Modeling / Wader Spatial Ecology / Simple Model / Model Complexity / Top Down Bottom Up Mitigation Modelling / Wild Bird Feeding / Shorebirds/Waders / Conservation / Computational Biology / Wildlife Biology / Structural Equation Modeling / Computational Modelling / Agent Based Simulation / Modeling / Environmental Management / Biology / Decision And Game Theory / Natural Resource Management / Ecology / Decision Support Systems / Modeling and Simulation / Decision Making Under Uncertainty / Mathematical Modelling / Global Environmental Change / Avian Ecology / Wildlife Conservation / Foraging ecology / Avian Biology / Agent-based modeling / Environmental Change / Ecological Modelling / Nature / Modeling of biological systems / Estuarine Ecology / Decision support system / Simulation / Feeding Ecology / Waterbirds / Individual-based Wildlife Population Models / Nature Conservation / Avian conservation / Shorebirds / Waders / Individual-based modelling / Waterfowl / Wildfowl / Individual-based ecology / Charadriiformes / Waterfowl management / Waterfowl grazing / Wader/shorebird ecology / Wader Foraging Ecology / Complex System Modeling / Wader Spatial Ecology / Simple Model / Model Complexity / Top Down Bottom Up Mitigation Modelling / Wild Bird Feeding / Shorebirds/Waders

No sexual differences in embryonic period in jackdaws Corvus monedula and black-headed gulls Larus ridibundus

Avian Biology / Biological Sciences / Avian

Cripsis y anidación: El camuflado pájaro estaca

Ecology / Avian Biology / Camouflage / Breeding birds / Breeding Ecology of Birds / Non-Passerine Birds

A Productivity Model for Parasitized, Multibrooded Songbirds

Zoology / Ecological Modeling / Productivity / Modeling and Simulation / Sensitivity Analysis / Avian Ecology / Avian Biology / Seasonality / Product Model / Case Study / Nesting / Field Study / Habitat management / Simulation Model / Avian Ecology / Avian Biology / Seasonality / Product Model / Case Study / Nesting / Field Study / Habitat management / Simulation Model

Behavioural compensation reduces energy expenditure during migration hyperphagia in a large bird

Zoology / Animal Behavior / Migration / Functional Ecology / Animal Ecology / Avian Ecology / Animal Physiology / Avian Biology / Biological Sciences / Environmental Sciences / Avian Physiology / Birds Ecology / Functional / Avian Ecology / Animal Physiology / Avian Biology / Biological Sciences / Environmental Sciences / Avian Physiology / Birds Ecology / Functional

Behavioural compensation reduces energy expenditure during migration hyperphagia in a large bird

Zoology / Animal Behavior / Migration / Functional Ecology / Animal Ecology / Avian Ecology / Animal Physiology / Avian Biology / Biological Sciences / Environmental Sciences / Avian Physiology / Birds Ecology / Functional / Avian Ecology / Animal Physiology / Avian Biology / Biological Sciences / Environmental Sciences / Avian Physiology / Birds Ecology / Functional

DE LUCCA, E.R. 2016. UNA POBLACIóN DE HALCONCITO COLORADO (Falco sparverius) REPRODUCIÉNDOSE EN ACANTILADOS MARÍTIMOS. UN HALLAZGO INÉDITO PARA EL MÁS COMÚN DE LOS FALCONIFORMES DEL NUEVO MUNDO

Avian Ecology / Birds (Ecology) / Avian Biology / Birds of prey / Birds / Habitat, Ecology and Human Aspect for the Conservation of birds / Birds of Prey, Windfarm Impact Assessment / Raptors and owls / Falcons / Avian Behavior / American Kestrel / Habitat, Ecology and Human Aspect for the Conservation of birds / Birds of Prey, Windfarm Impact Assessment / Raptors and owls / Falcons / Avian Behavior / American Kestrel

DE LUCCA,E.R. 2017. UNA POBLACIÓN DE HALCONES PEREGRINOS SUDAMERICANOS (Falco peregrinus cassini) INCREMENTA SU PERFORMANCE REPRODUCTIVA

Avian Ecology / Wildlife Conservation / Birds (Ecology) / Avian Biology / Protected areas / Raptors / Birds of prey / Birds / Ecoturismo / Peregrine falcon / Avian conservation / Falcons / Peregrine Falcons / Raptors / Birds of prey / Birds / Ecoturismo / Peregrine falcon / Avian conservation / Falcons / Peregrine Falcons

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