Latitudinal patterns in the diet of Andean condor (Vultur gryphus) in Chile: Contrasting environments influencing feeding behavior

Keyphrases

• Andean Condor 100%
• Andes 20%
• Anthropogenic Resources 60%
• Carbon Isotope Analysis 20%
• Carbon Isotopes 20%
• Central Zone 40%
• Chile 100%
• Condor 100%
• Conservation Decisions 20%
• Contaminant Exposure 20%
• Contrasting Environments 100%
• Diet Composition 20%
• Differential Access 20%
• Domesticated Mammals 20%
• Exotic Species 20%
• Feeding Behavior 100%
• Foraging Behavior 20%
• Health Costs 20%
• High Carbon 20%
• Home Range 20%
• Human-dominated 20%
• Isotopic Niche 40%
• Lagomorphs 20%
• Landfill 40%
• Latitudinal Gradient 20%
• Latitudinal Pattern 100%
• Latitudinal Range 20%
• Livestock 40%
• Local Conditions 20%
• Long-range Dependence 20%
• Management Decisions 20%
• Mortality Risk 20%
• Native Prey 20%
• Natural Landscape 20%
• Nitrogen Isotope Analysis 20%
• Non-native Species 20%
• Novel Resources 20%
• Pellet Analysis 20%
• Potential Threats 20%
• Prey Remains 20%
• Primary Prey 20%
• Resource Availability 60%
• Resource Quality 20%
• Resource Subsidies 20%
• Resource Use 20%
• Scavenger 20%
• Suburban Area 20%
• Threat-related 20%
• Ungulates 20%
• Vultur Gryphus 100%
• Western Slope 20%

Earth and Planetary Sciences

• Andes 50%
• Carbon 14 100%
• Chile 100%
• Foraging Behavior 50%
• Latitudinal Gradient 50%
• Native Species 50%
• Nitrogen 15 50%
• Resource Availability 50%
• Resource Use 50%
• Suburban Areas 50%

Agricultural and Biological Sciences

• Farm Animal 50%
• Feather 50%
• Feeding Behavior 100%
• Foraging Behavior 50%
• Introduced Species 50%
• Livestock Feeds 50%
• Maize 50%
• Suburban Areas 50%
• Vultur gryphus 100%