Ecological and anthropogenic drivers of waterfowl productivity are synchronous across species, space, and time

Keyphrases

• Waterfowl 100%
• Ecological Drivers 100%
• Anthropogenic Drivers 100%
• Across Species 100%
• Cross-seasonal Effects 100%
• Population Dynamics 66%
• Wintering Area 66%
• Mallard 66%
• Gadwall 66%
• Agricultural Intensification 66%
• Flooded Rice 66%
• Blue-winged Teal 66%
• Green-winged Teal 66%
• North America 33%
• Duck 33%
• Modeling Framework 33%
• Environmental Impact 33%
• Prairie Pothole Region 33%
• Conservation Programs 33%
• Across Spaces 33%
• Ponds 33%
• Spatiotemporal Variation 33%
• Conservation Planning 33%
• Environmental Drivers 33%
• Random Effects Model 33%
• Interspecific Variation 33%
• Americana 33%
• Anas Platyrhynchos 33%
• Financial Resources 33%
• Explained Variation 33%
• Late Summer 33%
• Habitat Condition 33%
• Anthropogenic Effects 33%
• Fine Spatial Scale 33%
• Breeding Habitat 33%
• Sympatric Species 33%
• Breeding Area 33%
• Northern pintail 33%
• American Wigeon 33%
• Anas Acuta 33%
• Pintail 33%
• Agricultural Grassland 33%
• Annual Productivity 33%
• Mareca Strepera 33%
• Spatula Discors 33%
• Conservation Strategies 33%
• Seasonal Ponds 33%
• Migratory Ducks 33%
• Anas Crecca 33%
• Multi-species Conservation 33%
• Working Land Conservation 33%

Agricultural and Biological Sciences

• Anas platyrhynchos 100%
• Anas Discors 100%
• Northern Pintail 66%
• Population Dynamics 66%
• Duck 66%
• Americans 33%
• Annuals 33%
• Land Management 33%
• Conservation Programs 33%
• Canadians 33%
• Grassland 33%
• Anas crecca 33%