The forest health of the Blue Mountains of eastern Oregon and Washington has sustained great impacts primarily caused by disease and insect epidemics. In order to restore forest health and reduce fuel loads, management tools like prescribed fire and mechanical chinning are being tested by forest managers in the region'...
Geographic Information Systems (GIS) have become an essential tool for evaluation and monitoring the biophysical data of natural landscapes. This study addresses the potential for using GIS in the social assessment of human landscapes that are associated with geographic regions of interest. Using the communities surrounding Oregon's federally designated Central...
In recent years, economic, social, technological, and environmental changes have all imposed challenges on forest-based communities. This has revived interest in studying these communities to understand their ability to tackle these challenges. This study is built around a case study of an industrial forest-based community and aims at characterizing the...
Integrated research that attempts to bring together social, biological, and physical variables is a recent phenomenon in natural resources. Scientists, land managers, politicians, and society as a whole have recognized that in order to produce optimal decisions for both humans and the environment, research on the interactions
between the two...
Wildfire impacts have increased in recent years. The management response outlined by recent policy initiatives (e.g., the National Fire Plan, Healthy Forests Restoration Act) emphasizes the use of prescribed fire and mechanized thinning to reduce the risk of future fire events. These policies also call for an unprecedented level of...
Forests in the Blue Mountains region of eastern Oregon and Washington are facing a large-scale forest health crisis. Poor forest conditions have greatly increased the risk of catastrophic wildfire. Resource managers in the Wallowa-Whitman, Umatilla, and Malheur National Forests are utilizing prescribed fire and mechanized thinning treatments to reduce hazardous...
Growing emphasis on ecosystem and landscape-level forest management across North America has spurred an examination of alternative management strategies which focus on emulating dynamic natural disturbance processes, particularly those associated with forest fire regimes. This topic is the cornerstone of research in the Blue River Landscape Study (BRLS) taking place...
Intact sagebrush communities in the Great Basin are rapidly disappearing due
to invasion of non-native plants, large wildfires, and encroachment of pinyon pine
and juniper woodlands. Land management options include the use of prescribed
fire, grazing, herbicides and mechanical treatments to reduce the potential for
wildfire and restore plant communities....
Over the past half century, the USDA Forest Service has increasingly faced
diverse and often competing demands for forest resources, ranging from recreation,
to ecosystem services, and timber supply. Building positive community-agency
relationships has become increasingly important. Such relationships can improve
community support for forest planning and management activities, ultimately...
Wildfire management has grown increasingly complex in recent years,
particularly in the West and in the Wildland-Urban Interface (WUI) where a steady
population growth has resulted in greater risk to people and property. Recent trends
suggest the process of recovering from large fires (>100,000 acres) will become
increasingly important to...