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Forest ResourcesFire Control a Hot Issue "We've got to bust some barriers," Salwasser told the Oregon Stater last December. "We need to bring universities into a more integral role with agencies in designing education, research, monitoring, and outreach applied to problem solving." Instituting carefully designed logging practices to reduce fuel conditions, restoring forest health and thereby reducing wildfire hazards are among Salwasser's major goals. The College has actively supported efforts by Senator Gordon Smith and Representative Greg Walden by participating in their town hall meetings to provide a scientific perspective on forest management. Spurred by the belief that the information necessary to achieve the vision articulated in the National Fire Plan is inadequate, Salwasser and others submitted a concept paper last November to Smith and Walden, requesting congressional approval to establish a Fire Intensified Research and Education (FIRE) Program. The program would tailor research and education to local and regional needs in areas with high wildfire risk. Other faculty members throughout the College are making proposals to the federal Joint Fire Science Program to gain funding for research on specific preand post-fire management issues. Included are proposals aimed at studying salvage logging and reforestation practices; interactions between climate, fire regimes, and fire management; and relations between pre-fire conditions and fire effects on sites burned in the 2002 wildfires.
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Successful Forest Resources Graduate Students – Congratulations!Robin Biesecker, MS |
the departments of Forest Science, Botany and Plant Pathology, Entomology, the BLM, and USGS to study the growth patterns of old-growth stands, and younger thinned and unthinned stands in the Cascades and Coast Range. Evidence suggests that large old-growth trees apparently grew at lower density than is found in many of today's plantations.
Thinning dense young forests may help the trees grow faster and can also improve biodiversity, especially when shrub stems, hardwood trees, and old remnant conifers are left intact. Diversity and abundance of mosses and lichens, especially those important as food for wildlife — forest songbirds, caterpillars, and other insects — were greater in thinned young stands and old-growth stands than in young, unthinned stands.
Tappeiner doesn't advocate an across-the-board prescription for thinning, though. "We need to develop thinning prescriptions on a site-by-site basis. Variations in stand density, age, species composition, history, ownership, site quality, and management objectives among and within stands need to be considered site quality carefully for each stand and instance of thinning."
J. R. Dilworth Memorial Fund: Jeff Hollenbeck, Andrea Laliberte, and Amie Shovlain; Forestry Graduate Fellowship: Adam Wiskind; Dorothy D. Hoener Memorial Felllowship: Christina Kakoyannis; Arnold and Vera Meier Fellowship: Christine Shaw; Alfred W. Moltke Scholarship: Ryan Gordon; Richardson Family Fellowship: Erin Kelly and Fernanda Pegas; Saubert Fellowship: Erin Kelly, Amie Shovlain; and Adam Wiskind; Schutz Family Fellowship: Amie Shovlain; Supplemental Laurels: James Dickinson, Amie Shovlain, and Julie Wirth; Targeted Graduate Tuition Scholarship: Peter Giampaoli; and Weyerhaeuser Research Fellowship: Eric Toman
Forestry Communications Group, Peavy Hall 256
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