Climate-driven resource availability drives medium- and broad-scale temporal changes in owl–prey interactions over 24 years in a semi-arid ecosystem

Keyphrases

• Temporal Change 100%
• Resource Availability 100%
• Climate-driven 100%
• Arid Ecosystems 100%
• Dietary Specialization 100%
• Prey Richness 75%
• Climate Change 50%
• Temporal Structure 50%
• Resource Scarcity 50%
• Niche Overlap 50%
• Chile 25%
• Temporal Patterns 25%
• Ecosystem Function 25%
• Multiple Temporal Scales 25%
• Seasonal Variability 25%
• Food Web 25%
• Climatic Oscillations 25%
• Predator-prey Interactions 25%
• Scale Change 25%
• Complex Interplay 25%
• Resource Base 25%
• Oscillation Cycle 25%
• Biotic Drivers 25%
• Large-scale Structure 25%
• Niche Theory 25%
• Niche Partitioning 25%
• Climatic Drivers 25%
• National Park 25%
• Trophic Categories 25%
• Prey Species 25%
• Ongoing Climate Change 25%
• Owl Pellets 25%
• Decadal Shift 25%
• Small Mammal Abundance 25%
• Web Characteristics 25%
• Ecosystem Productivity 25%
• Climatic Factors 25%
• Climatic Resources 25%
• Trophic Niche Breadth 25%
• Food Web Network 25%
• Bosque 25%
• Low Precipitation 25%
• Dietary Niche Partitioning 25%
• Niche Breadth 25%
• Asymmetric Eigenvector Maps 25%

INIS

• interactions 100%
• ecosystems 100%
• climates 100%
• resources 100%
• availability 100%
• diet 80%
• climatic change 60%
• precipitation 60%
• oscillations 40%
• food 40%
• abundance 20%
• chile 20%
• surveys 20%
• prediction 20%
• maps 20%
• productivity 20%
• asymmetry 20%
• mammals 20%
• diversification 20%
• parks 20%
• eigenvectors 20%
• pellets 20%

Earth and Planetary Sciences

• Climate Change 100%
• Resource Availability 100%
• Food Web 66%
• Niche Partitioning 66%
• Niche Breadth 66%
• Resource Scarcity 66%
• Niche Overlap 66%
• Chile 33%
• Eigenvector 33%
• Timescale 33%
• Small Mammal 33%
• Climatic Factor 33%
• National Park 33%