Spatio-temporal dynamics in syntopy are driven by variability in rangeland conditions
Sympatry is a common consequence of niche differentiation and can exist as broad sympatry (shared geographical region) or direct sympatry (i.e., syntopy [shared resource patch]). Syntopy may be highly dynamic, particularly in environments that experience stochastic events that increase variability i...
Female Greater Prairie‐Chicken response to energy development and rangeland management
Abstract Wildlife habitat use is the result of behaviors that occur at multiple spatial and temporal scales. The interactions between these behaviors can often result in complex patterns of selection that can make it challenging to select the most appropriate scale to implement management actions. G...
Predicting Greater Prairie-Chicken Lek Site Suitability to Inform Conservation Actions.
The demands of a growing human population dictates that expansion of energy infrastructure, roads, and other development frequently takes place in native rangelands. Particularly, transmission lines and roads commonly divide rural landscapes and increase fragmentation. This has direct and indirect c...
Land enrolled in the Conservation Reserve Program supports roosting ecology of the lesser prairie-chicken
All animals must select sites to rest and may spend a large portion of their lives doing so. Despite the importance of this period in their daily activity budget, we lack information about rest/roost ecology for most animals, including the imperiled lesser prairie-chicken (Tympanuchus pallidicinctus...
Landscape pattern is critical for the moderation of thermal extremes
Abstract Temperature is highly variable across space and time at multiple scales, shapes landscape pattern, and dictates ecological processes. While our knowledge of ecological phenomena is vast relative to many landscape metrics, thermal patterns which shape landscape mosaics are largely unknown. T...
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