The Applegate Fire Plan is a collaborative effort, hatched from an idea that was developed jointly by local citizens and federal agency folks in the Spring of 2001. Due to wide-spread participation throughout the Applegate Valley, general project coordination was organized by the Applegate Partnership, a non-profit communitybased group founded...
Excavation of two archeological sites, 353A47 and 35JA49,
in the upper Applegate River Valley of southwestern Oregon was
conducted in 1978 by the Department of Anthropology, Oregon State
University. Site 353A47 is a multi-component site, of which only
the late-prehistoric stratum, containing one complete and two
partial housepits and a...
The purpose of this report is to review existing wildfire prevention activities and recommend strategies to reduce the number and severity of human-caused wildfires in Oregon.
Oregon’s forest protection system was created in 1911. At that time, timber harvesting, forest management, and other land-clearing activities were the predominant uses of...
The purpose of the Hatfield Marine Science Center Master Plan is to provide a plan to guide future development to support the marine science research, education and outreach initiatives through fiscal year 2022.
Marine and coastal sciences represent a major strength of Oregon State University.
Through a combination of research, education, and outreach, OSU scientists improve the
understanding of our marine and coastal environments and make major contributions to
issues facing society, including climate change, natural resource conservation and
development, and fundamental ocean...
The Grant County CWPP is the result of a countywide effort initiated to reduce forest fire risk to citizens, the environment, and quality of life within Grant County. Citizens, fire districts, county staff or elected officials, and agency representatives have worked together to create a plan that would be successful...
Most drivers underlying wildfire are dynamic, but at different spatial and temporal scales. We quantified temporal and spatial trends in wildfire patterns over two spatial extents in northern Wisconsin to identify drivers and their change through time. We used spatial point pattern analysis to quantify the spatial pattern of wildfire...