Organismal movement is ubiquitous and facilitates important ecological mechanisms that
drive community and metacommunity composition and hence biodiversity. In most existing …

Future climate projections of warming, drying, and increased weather variability indicate that
conventional agricultural and production practices within the Northern Great Plains (NGP) …

Rangeland management, like most disciplines of natural resource management, has been
characterized by human efforts to reduce variability and increase predictability in natural …

The widespread replacement of wild ungulate herbivores by domestic livestock in African
savannas is composed of two interrelated phenomena:(1) loss or reduction in numbers of …

Recently, gaining knowledge about thermal refuges for vulnerable species has been a
major focal point of ecological studies, and this focus has been heightened by predicted …

The impacts of climate driven change on ecosystem processes and biodiversity are
pervasive and still not fully understood. Biodiversity loss, range shifts, and phenological …

Land‐use and land‐cover change associated with agriculture is one of the main drivers of
biodiversity loss. In heavily modified agricultural landscapes, grazing lands may be the only …

How organisms respond to and are influenced by temperature is one of the most
fundamental aspects of ecology. Temperature affects animal physiology, behavior, survival …

Many rangelands of the world are fire dependent and display a strong interaction between
fire and grazing on animal behavior, productivity and ecosystem processes. The application …

Temperature is highly variable across space and time at multiple scales, shapes landscape
pattern, and dictates ecological processes. While our knowledge of ecological phenomena …