Implications of Climate Change for Avian Conservation in Great Plains Landscapes Completed
Playas in the Great Plains Landscape Conservation Cooperative (GPLCC) are at risk for both increased sedimentation and reduced inundation due to predicted increased summer temperatures, decreased annual precipitation, and agricultural intensification. Among other benefits, playas provide essential habitat for many wetland-dependent species and are especially important as critical refueling stops during spring and fall waterfowl and shorebird migrations. Increasing occurrence of summer drought also potentially threatens the persistence of breeding short grass prairie birds within the GPLCC boundaries.
Independent components of this study include modeling the relative influence of rainfall events and surrounding land use on playa wetness and quantifying the potential for increased sedimentation across the GPLCC with projected precipitation changes; developing a landscape metric to quantify shorebird distribution and abundance at multiple scales relative to climatological and environmental data; and modeling the influence of climate variables on nest survival of a suite of grassland birds species, including Mountain Plover, Burrowing Owl, Lark Bunting, and McCown's Longspur.
Below are publications associated with this project.
Extremes of heat, drought and precipitation depress reproductive performance in shortgrass prairie passerines
Avian conservation in the Prairie Pothole Region, Northern Great Plains-Understanding the links between climate, ecosystem processes, wetland management, and bird communities
Playas in the Great Plains Landscape Conservation Cooperative (GPLCC) are at risk for both increased sedimentation and reduced inundation due to predicted increased summer temperatures, decreased annual precipitation, and agricultural intensification. Among other benefits, playas provide essential habitat for many wetland-dependent species and are especially important as critical refueling stops during spring and fall waterfowl and shorebird migrations. Increasing occurrence of summer drought also potentially threatens the persistence of breeding short grass prairie birds within the GPLCC boundaries.
Independent components of this study include modeling the relative influence of rainfall events and surrounding land use on playa wetness and quantifying the potential for increased sedimentation across the GPLCC with projected precipitation changes; developing a landscape metric to quantify shorebird distribution and abundance at multiple scales relative to climatological and environmental data; and modeling the influence of climate variables on nest survival of a suite of grassland birds species, including Mountain Plover, Burrowing Owl, Lark Bunting, and McCown's Longspur.
Below are publications associated with this project.