Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Landscape‐scale greater prairie‐chicken–habitat relations and the Conservation Reserve Program

View through CrossRef
ABSTRACTBoth the abundance of greater prairie‐chickens (Tympanuchus cupido pinnatus) and the area of grassland enrolled in the Conservation Reserve Program (CRP) in northwestern Minnesota, USA, have recently declined. Although wildlife conservation is a stated objective of the CRP, the impact of the CRP on greater prairie‐chicken populations has not been quantified. To address that information need, we evaluated the association between greater‐prairie chicken lek density (leks/km2), the number of males at leks (males/lek), and CRP enrollments in the context of landscape structure and composition in northwestern Minnesota. Using data from standardized prairie‐chicken surveys and land cover in 17 41‐km2 survey blocks during 2004–2016, we used a mixed‐effect model and a layered approach in an information‐theoretic framework at multiple spatial scales to identify covariates related to prairie‐chicken abundance. At the landscape scale, lek density was best explained by the amount of CRP grassland and wetland, grassland and wetland with long‐term conservation goals (state, federal, and The Nature Conservancy owned); other wetlands managed with variable or no continuity in conservation goals; the contiguity of grasslands; and the number of patches of grasslands and wetlands in each survey block each year. Increasing the amount of CRP grassland in 41‐km2 survey blocks by 1 km2 (2.4%) resulted in a corresponding increase of 6% in lek density. At the lek scale, the number of males per lek was best explained by the amount of CRP grassland and other grassland, CRP wetland and other wetland, forests, developed areas, shrubland, and the contiguity of CRP grassland. Increasing the amount of CRP grassland in the 2‐km breeding‐cycle habitat radius around a lek by 25% (3 km2) corresponded to a 5% increase in males per lek. Our results suggest that both increasing the quantity of grassland CRP and wetland CRP enrollments and aggregating CRP grassland enrollments may increase greater prairie‐chicken abundance. © 2019 The Wildlife Society.
Title: Landscape‐scale greater prairie‐chicken–habitat relations and the Conservation Reserve Program
Description:
ABSTRACTBoth the abundance of greater prairie‐chickens (Tympanuchus cupido pinnatus) and the area of grassland enrolled in the Conservation Reserve Program (CRP) in northwestern Minnesota, USA, have recently declined.
Although wildlife conservation is a stated objective of the CRP, the impact of the CRP on greater prairie‐chicken populations has not been quantified.
To address that information need, we evaluated the association between greater‐prairie chicken lek density (leks/km2), the number of males at leks (males/lek), and CRP enrollments in the context of landscape structure and composition in northwestern Minnesota.
Using data from standardized prairie‐chicken surveys and land cover in 17 41‐km2 survey blocks during 2004–2016, we used a mixed‐effect model and a layered approach in an information‐theoretic framework at multiple spatial scales to identify covariates related to prairie‐chicken abundance.
At the landscape scale, lek density was best explained by the amount of CRP grassland and wetland, grassland and wetland with long‐term conservation goals (state, federal, and The Nature Conservancy owned); other wetlands managed with variable or no continuity in conservation goals; the contiguity of grasslands; and the number of patches of grasslands and wetlands in each survey block each year.
Increasing the amount of CRP grassland in 41‐km2 survey blocks by 1 km2 (2.
4%) resulted in a corresponding increase of 6% in lek density.
At the lek scale, the number of males per lek was best explained by the amount of CRP grassland and other grassland, CRP wetland and other wetland, forests, developed areas, shrubland, and the contiguity of CRP grassland.
Increasing the amount of CRP grassland in the 2‐km breeding‐cycle habitat radius around a lek by 25% (3 km2) corresponded to a 5% increase in males per lek.
Our results suggest that both increasing the quantity of grassland CRP and wetland CRP enrollments and aggregating CRP grassland enrollments may increase greater prairie‐chicken abundance.
© 2019 The Wildlife Society.

Related Results

Simulating Strategic Implementation of the CRP to Increase Greater Prairie‐Chicken Abundance
Simulating Strategic Implementation of the CRP to Increase Greater Prairie‐Chicken Abundance
ABSTRACTThe Conservation Reserve Program (CRP) has the potential to influence the distribution and abundance of grasslands in many agricultural landscapes, and thereby provide habi...
Prairie Grouse
Prairie Grouse
Abstract Prairie grouse, which include greater prairie-chicken (Tympanuchus cupido), lesser prairie-chicken (T. pallidicinctus), and sharp-tailed grouse (T. phasianellus)...
Effects of Black-Tailed Prairie Dog on Shortgrass Vegetation of Western Kansas
Effects of Black-Tailed Prairie Dog on Shortgrass Vegetation of Western Kansas
Previous studies indicate the black-tailed prairie dog (Cynomys ludovicianus) alters its environment through grazing, clipping, and burrowing, which affect plant community composit...
Range‐wide population size of the lesser prairie‐chicken: 2012 and 2013
Range‐wide population size of the lesser prairie‐chicken: 2012 and 2013
ABSTRACTWe flew aerial line‐transect surveys to estimate the range‐wide population size of lesser prairie‐chickens (Tympanuchus pallidicinctus) in the Great Plains, United States i...
Determinants of Cerebrovascular Reserve in Patients with Significant Carotid Stenosis
Determinants of Cerebrovascular Reserve in Patients with Significant Carotid Stenosis
AbstractIntroductionIn patients with 70% to 99% diameter carotid artery stenosis cerebral blood flow reserve may be protective of future ischemic cerebral events. Reserve cerebral ...
summer
summer
Summer was a time for transplanting prairie wildflowers. We knew that we wanted to restore prairie on the cornfield in front of the Shack. How did we know where we could get these ...
Modeling Elk Nutrition and Habitat Use in Western Oregon and Washington
Modeling Elk Nutrition and Habitat Use in Western Oregon and Washington
ABSTRACTStudies of habitat selection and use by wildlife, especially large herbivores, are foundational for understanding their ecology and management, especially if predictors of ...
Diets of Prairie Dogs, Goats, and Sheep on a Desert Rangeland
Diets of Prairie Dogs, Goats, and Sheep on a Desert Rangeland
Diets of prairie dogs, goats, and sheep were examined by microhistological fecal analysis during 4 periods of a year in a desert rangeland in northern Mexico. Prairie dogs selected...

Back to Top