College of Forestry - Oregon State University
College of Forestry - Oregon State University
College of Forestry - Oregon State University
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Return on<br />
<strong>College</strong> <strong>of</strong> <strong>Forestry</strong><br />
Investment<br />
Annual Report 2005-2006<br />
In 2006 and 2007, the <strong>College</strong><br />
<strong>of</strong> <strong>Forestry</strong> (CoF) is celebrating<br />
its first 100 years, proud<br />
<strong>of</strong> its legacy <strong>of</strong> excellence,<br />
anticipating its future <strong>of</strong><br />
possibilities. As part <strong>of</strong> a Land Grant<br />
<strong>University</strong>, the CoF is committed to<br />
educating tomorrow’s leaders and<br />
providing <strong>Oregon</strong>ians with timely and<br />
pertinent research, extended education<br />
and training, technical assistance,<br />
and policy advice. Examples <strong>of</strong> this<br />
commitment include the following.<br />
Contributing to <strong>Oregon</strong>’s Economy<br />
l The <strong>College</strong> received 169 grants,<br />
agreements, and contracts totaling<br />
a record $13.1 million, up approximately<br />
$800,000 from last year. These<br />
dollars support the <strong>Oregon</strong> economy<br />
through salaries and benefits paid<br />
and materials purchased, as well as<br />
the scientific information obtained<br />
from the sponsored research.<br />
l A recent analysis by Loren Kellogg<br />
and Chad Davis (Forest Engineering,<br />
FE) projected that treating all forests<br />
at high risk <strong>of</strong> wildfire in southern<br />
and eastern <strong>Oregon</strong> over 20 years<br />
would produce biomass sufficient to<br />
generate 164 megawatts <strong>of</strong> renewable<br />
energy, or 2.9% <strong>of</strong> <strong>Oregon</strong>’s 2004 total<br />
installed electrical generation capacity.<br />
The forest operations could also<br />
generate $3.2–$6.5 million in new<br />
forest worker wages and reduce costs<br />
<strong>of</strong> fighting wildfires by up to $118<br />
million yearly.<br />
l Glen Murphy and graduate students<br />
(FE) demonstrated that mechanized<br />
harvesters with innovative smart<br />
sensor systems can measure external<br />
log and internal wood properties<br />
and track logs from forest to mill.<br />
The gain in log value recovery is<br />
conservatively estimated at $150 million<br />
yearly if these sensors are used<br />
throughout the sector.<br />
l The new adhesive for interior wood<br />
products developed by Kaichang Li<br />
(Wood Science and Engineering,<br />
WSE), which uses soy protein as a<br />
key ingredient, has been expanded<br />
beyond plywood to other composite<br />
materials. The technology has<br />
been commercialized with assistance<br />
<strong>of</strong> the Hercules Corporation<br />
and Columbia Forest Products, an<br />
<strong>Oregon</strong> corporation. Columbia FP<br />
has committed over $5 million in<br />
capital expansion to utilize the OSU<br />
technology in 100% <strong>of</strong> their North<br />
American plywood production by<br />
the end <strong>of</strong> 2006. Over 30 million<br />
pounds <strong>of</strong> soy flour was used in 2006<br />
to produce this new adhesive.<br />
l A study by the Nursery Technology<br />
Cooperative (Forest Science, FS) has<br />
found that adding controlled-release<br />
fertilizer to container media significantly<br />
improves growth <strong>of</strong> Douglasfir<br />
seedlings for several years and has<br />
great promise for shortening the time<br />
needed for trees to reach the “free-togrow”<br />
state in plantations.<br />
l John Sessions and graduate students<br />
(FE) developed a mathematical<br />
model to predict the loss <strong>of</strong> recoverable<br />
timber value after wildfire as a<br />
function <strong>of</strong> time since fire, logging<br />
system, and distance from road. This<br />
research benefits consumers <strong>of</strong> woods<br />
products, federal owners <strong>of</strong> fire-killed<br />
timber, and county governments that<br />
rely on revenue sharing from timber<br />
harvests on federal lands.<br />
l Kevin Boston and graduate students<br />
(FE) developed a forecasting tool<br />
for logging production and a model<br />
to apply the production estimates<br />
to allocation <strong>of</strong> harvest units and<br />
crews. Both can enhance supply<br />
chain management decision support<br />
systems, which have been shown to<br />
increase sales revenue by 3–7%. A<br />
5% improvement in sales could yield<br />
<strong>Oregon</strong> companies an additional<br />
$55 million.<br />
l Rakesh Gupta’s (WSE) research on the<br />
seismic response <strong>of</strong> structural wood<br />
frame wall systems in houses has<br />
directly changed the standard methods<br />
by which those systems are tested<br />
for safety using American Society<br />
for Testing and Materials Standards.<br />
These wall systems are a principal<br />
market for much <strong>of</strong> <strong>Oregon</strong>’s lumber.<br />
l The Center for Wood Utilization<br />
Research received additional federal<br />
funding in 2006. The OSU center is<br />
one <strong>of</strong> 12 national centers <strong>of</strong> excellence<br />
funded by a USDA Coopera-<br />
1954<br />
Forest Experiment Station<br />
is established.<br />
1955<br />
W. F. McCulloch is<br />
appointed<br />
dean.<br />
1957<br />
New Forest Research Laboratory is completed.<br />
<strong>Oregon</strong> Forest Products Laboratory expands<br />
into the <strong>Oregon</strong> Forest Research<br />
Center.<br />
1959<br />
Alsea Watershed<br />
Study is initiated.