OREGON STATE UNIVERSITY

COF News & Events

Fort Vancouver’s palisade to be fortified

The Fort Vancouver National Historic Site worked with the Oregon State University College of Forestry and sampled every single wood member in the log stockade known as the palisade.

Wolf recovery in Oregon can become a success story

A piece by Robert L. Beschta, professor emeritus with Forest Ecosystems and Society and Michael Paul Nelson, professor of environmental philosophy and ethics with Forest Ecosystems and Society, both at Oregon State University.

Student Feature: Jessica Kessinger

Pursuing a dual degree in forest engineering and international studies, Jessica Kessinger is currently an undergraduate in Oregon State University’s College of Forestry. Read more about her international experiences!

New Book: "Forest Under Story: Creative Inquiry in an Old-Growth Forest"

Two kinds of long-term research are taking place at the H. J. Andrews Experimental Forest, a renowned research facility in the temperate rain forest of the Oregon Cascades. Here, scientists investigate the ecosystem's trees, wildlife, water, and nutrients with an eye toward understanding change over varying timescales up to two hundred years or more. And writers from both literary and scientific backgrounds spend time in the forest investigating the ecological and human complexities of this remarkable and deeply studied place.

Oregon Logging Conference 2016: 'Wood is on the cusp of a major change'

"The wood product (cross laminated timber) is incredibly strong and it can be put together incredibly big," according to Thomas Maness, a dean at the college of forestry at Oregon State University.

Dread is vanishing from the animal world. Here’s why that’s a bad thing.

“For the first time in 70 years, the park has a complete suite of predators and prey,” Oregon State University forest ecologist William Ripple, a co-author on the study, told The Washington Post in 2004. “This is a grand experiment.”

Wooden Buildings as Strong as Steel

At the DR Johnson plant three hours to the south—the first in the country to make structural-grade panels—the timber is planed down to a thickness of 1.375 inches, laid flat and set end to end in a single layer. Another layer is glued on top perpendicularly, then another layer glued perpendicular to that and so on—generally three layers of boards for walls and five for floors, according to Lech Muszynski, a wood science professor at Oregon State University—until it is sent into a massive custom-built press for a couple of hours while the glue sets.

Oregon researchers tout potential of new manufactured wood in building industry

Oregon State University has been notified that it will receive a $447,000 grant from the federal Economic Development Administration for the testing of cross-laminated timber, or CLT. The testing will allow the development of manufactured wood products that meet state building codes so the products can be approved for the construction of large buildings, said Geoff Huntington, director of strategic initiatives for OSU’s College of Forestry.

Fungal pigments provide commercial opportunity for paint and dye manufacturers

But while the microorganisms can be grown in solution, capturing the pigments has required the use of toxic solvents, said Sara Robinson, an assistant professor in the OSU College of Forestry. Robinson has now found a way to use oils to harvest the pigments, and OSU has applied for a provisional patent on the technique.

Is There Really a War on Science?

Panelist Steve Strauss, Oregon State University professor of forestry, took a sharper tone as he lay out of a brief history of a growing campaign against genetically modified crops.

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