Geographical variation in avian clutch size: testing Ashmole's hypothesis using introductions as a natural experiment

Earth and Planetary Sciences

• New Zealand 100%
• Seasonality 100%
• Geographical Variation 100%
• Aves 100%
• United Kingdom 66%
• Resource Availability 66%
• Temporal Variation 33%
• Carrying Capacity 33%
• Nest Predation 33%
• Population Density 33%
• Southern Hemisphere 33%

Keyphrases

• Clutch Size 100%
• Natural Experiment 100%
• Geographical Variation 100%
• New Zealand 50%
• Resource Availability 33%
• Seasonal Changes 16%
• Population Density 16%
• Across Species 16%
• Size Change 16%
• Causal Mechanisms 16%
• Temporal Variation 16%
• Chick 16%
• Population Resources 16%
• Winter Mortality 16%
• Passerine 16%
• Nest Predation 16%
• Predation Rate 16%
• Southern Hemisphere 16%
• Breeding Population 16%
• Ecological Traits 16%
• Environmental Carrying Capacity 16%
• Potential Determinants 16%

Agricultural and Biological Sciences

• Clutch Size 100%
• Geographical Variation 100%
• Aves 100%
• Population Density 16%
• Passeriformes 16%
• Chick 16%
• Carrying Capacity 16%
• Rearing 16%
• Predation 16%