Explaining the divergence of population trajectories for two interacting waterfowl species

Keyphrases

• Divergence 100%
• Population Growth 100%
• Two-species 100%
• Waterfowl Species 100%
• Harvest Pressure 100%
• Population Trajectory 100%
• Redhead 100%
• Breeding Habitat 66%
• Demographic Rates 66%
• Demography 33%
• Life History 33%
• Community-based 33%
• Integrated Population Model 33%
• Ecological Data 33%
• Prairie Pothole Region 33%
• 20th Century 33%
• Environmental Variability 33%
• Annual Survival 33%
• Aythya Americana 33%
• Shared Environment 33%
• Submerged Aquatic Vegetation 33%
• Environmental Features 33%
• Population Decline 33%
• Density-dependent Processes 33%
• Feedback Loop 33%
• Population Abundance 33%
• Demographic History 33%
• Sympatric Species 33%
• Wintering Grounds 33%
• Dry Year 33%
• Similar Species 33%
• Wetland Hydrology 33%
• Non-breeding Season 33%
• Brood Parasitism 33%
• Agricultural Conversion 33%
• Diving Duck 33%
• Harvest Regulations 33%
• Transient Life Table Response Experiment 33%
• Demographic Compensation 33%
• Conservation Strategies 33%
• Wet Year 33%
• Grassland Habitat 33%
• Interaction Loop 33%

Agricultural and Biological Sciences

• Canvasback 100%
• Population Growth 75%
• Aythya 50%
• Life Table 25%
• Wintering Grounds 25%
• Diving Duck 25%
• Life History 25%
• Grassland 25%
• Inbreeding 25%
• Sympatry 25%