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Spatial heterogeneity across five rangelands managed with pyric-herbivory
Devan A. Mcgranahan
, David M. Engle
, Samuel D. Fuhlendorf
, Stephen J. Winter
,
James R. Miller
, Diane M. Debinski
Natural Resources and Environmental Sciences
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Keyphrases
Spatial Heterogeneity
100%
Rangeland
100%
Patch Contrast
100%
Pyric Herbivory
100%
Vegetation Structure
58%
Pasture
33%
Plant Functional Group Composition
33%
Spatially Heterogeneous
16%
Herbivore
16%
Grazer
16%
Fire Spread
16%
Stocking Rate
16%
Invasive Plant Species
16%
Precipitation Gradient
16%
Site Selection
16%
Fire Treatment
16%
Patch Selection
16%
Plant Community Types
16%
Spatially Homogeneous
8%
Patchy
8%
Grazers
8%
Structure Community
8%
Linear Mixed Model
8%
Heterogeneous Landscape
8%
Structure Gradient
8%
Landscape Level
8%
Disturbance Regime
8%
Plant Diversity
8%
Cohen's d
8%
Linear Mixed-effects Regression Model
8%
Fire-grazing Interaction
8%
Patch Scale
8%
Functional Group Composition
8%
Rangeland Biodiversity
8%
Plant Functional Groups
8%
Analytical Statistics
8%
Constrained Ordination
8%
North American Great Plains
8%
Earth and Planetary Sciences
Vegetation Structure
100%
Herbivory
100%
Rangeland
100%
Spatial Heterogeneity
100%
Plant Community
42%
Vegetation
28%
Plant Specie
28%
Site Selection
28%
Community Composition
14%
Agricultural and Biological Sciences
Vegetation Structure
100%
Rangeland
100%
Plant Community
42%
Stocking Rate
28%
Fire Spread
28%
Americans
14%
Biodiversity
14%