Feeding Ecology

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

Do harp sealsPhoca groenlandicaexhibit particular prey preferences?

Multidisciplinary / Feeding Ecology / Gadus morhua

Western lowland gorillas (Gorilla gorilla gorilla) as seasonal frugivores: Use of variable resources

Zoology / Seasonality / Feeding Ecology / Female / Animals / Male / Wild edible plants / Food Preferences / Seasons / Central African Republic / Male / Wild edible plants / Food Preferences / Seasons / Central African Republic

Distribución, abundancia, residencia y comportamiento del tursión (Tursiops truncatus) en el Sistema Arrecifal Veracruzano

Marine Protected Areas / Coral Reef Ecosystems / Local Adaptation (Evolutionary Ecology) / Human-Dolphin Interaction / Feeding Ecology / Dolphin behavior / Bottlenose dolphin / Dolphin behavior / Bottlenose dolphin

Aparentes relaciones mutualistas con una planta exótica e invasora. Aves canarias que se alimentan del néctar y el polen de las piteras

Ethology / Ornithology / Pollination / Invasive Species / Feeding Ecology / Canary Islands / Agave / Nectarivory / Passerine Birds / Canary Islands / Agave / Nectarivory / Passerine Birds

Western lowland gorillas (Gorilla gorilla gorilla) as seasonal frugivores: Use of variable resources

Zoology / Gorilla / Seasonality / Feeding Ecology / Female / Animals / Male / Wild edible plants / Food Preferences / Seasons / Central African Republic / Animals / Male / Wild edible plants / Food Preferences / Seasons / Central African Republic
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