The interdisciplinary scientific study of the distribution and abundance of organisms and their interactions with their environment (external abiotic and biotic factors) is known as ecology. The most prevalent research topics in Ecology here at the Rocky Mountain Research Station include: Bark Beetle research, invasive species, wildlife ecology and conservation, Lynx research, fire and avian ecology, restoration ecology, fire ecology, riparian environments and more.
Ecophysiology
The science of the interrelationships between the physiology of organisms and their environment is known as ecophysiology.
Plant ecophysiology deals with the impact of biotic and abiotic factors on plant functioning and physiological adaptation to the environment (springer.com).
Landscape ecology is a sub-discipline of ecology, focusing on spatial relationships and the interactions between patterns and processes. It includes the biophysical and societal causes and consequences of landscape heterogeneity. The conceptual and theoretical core of landscape ecology links natural sciences with related human disciplines.
Reproductive biology and establishment ecology of the landscape-dominant shrub
Coleogyne ramosissima (blackbrush)
Effects of biological soil crusts and mycorrhizal fungi on seedling establishment
Pollination and gene flow at the shrubland/grassland ecotone and use of prescribed fire as a management tool to slow shrub expansion and maintain healthy grasslands
Developing inventory and monitoring protocols for upland vegetation and soils for the Mojave Network of the National Park Service
Monitoring strategies for the Spring Mountains National Recreation Area in southern Nevada's Humboldt-Toiyabe National Forest
Geographical Areas: Sevilleta National Wildlife Refuge; Mojave network; Spring Mountains National Recreation Area; Southern Nevada Humboldt-Toiyabe National Forest; Rio Grande Bosque; SW New Mexico.
Geographical Areas: Arizona; Black Hills, North Dakota; Intermountain West; Black Hills National Forest, Wyoming; Montreal; Northern Great Plains; SE Montana; Badlands National Park.
Geographical Areas: Colorado Front Range; Sacramento Mountains, NM; Upper Pine Creek Research Natural Area, SD; Central and Northern Rockies; Arizona; Utah.
Wolverine Science Team Leader and Special Section of the Journal of Wildlife Management
Marten ecology in the Sierra Madre Mountains of Wyoming
Publishing on the interface between science and politics
Conservation Genetics, including the importance of population substructuring in conservation
Geographical Areas: Sierra Madre Mountains, Wyoming; California; Western Montana; Northern Rocky Mountains; North American Boreal Forests; Northern Mixed/Sub Alpine Forests.
Fire effects on populations and habitats of birds in ponderosa pine forests of the Interior West
Breeding habitat ecology of the black-backed woodpecker in burned forests
Population ecology of Lewis’s woodpecker in burned coniferous and riparian forests
Effects of livestock grazing and surrounding landscapes on habitat use by Neotropical migratory birds in riparian forests
Grazing effects on animal and plant communities
Ecology of cavity-nesting birds
Effects of fire management activities on animals and plants of western coniferous forests
Landscape ecology and conservation biology
Influences of spatial scale on bird distributions
Ecology of riparian birds in arid lands
Conducting applied research that contributes to wildlife conservation
Geographical Areas: Ponderosa Pine Forests of Interior West, including Arizona; Washington; Conifer Forests of Oregon; Southwestern Idaho; Rocky Mountains; Interior Columbia Basin.