focus « College of Forestry

In FY 2017 and 2018, the College of Forestry and the TallWood Design Institute helped bring an exciting new engineered wood product to market: the mass plywood panel (MPP).

Freres Lumber Company of Lyons, Oregon, introduced the new-to-market, veneer-based product.

It’s something Tyler and Kyle Freres have been dreaming about since a 2015 trip to Austria.

“We visited a few facilities that were producing cross-laminated timber (CLT) really efficiently, and we felt we could achieve the same kind of product with veneer,” Freres says.

As soon as they returned to Lyons, they started gluing panels together. He says that working with Oregon State University has helped his company refine the product.

Arijit Sinha, associate professor of renewable materials at Oregon State, led the testing.

“During phase one testing, we helped Freres identify the layup pattern they wanted to use,” Sinha says. “And during phase two we tested an optimized layup at different thicknesses that they eventually took to market in 2018.”

Phase two included bending tests to characterize the strength and stiffness of the product. Later, connections, performance acoustics characteristics, and shear wall application of the product will be tested.

MPP, like CLT, can be used as a substitute for traditional building materials.

The college is committed to working with industry partners like Freres to promote mass timber solutions.

“We are devoted to seeking out innovative partners like Freres Lumber and D.R. Johnson, who want to create sustainable solutions that improve our forest landscapes and ecosystems while also creating economic vitality,” says Interim Dean Anthony S. Davis. Freres says the advantages of MPP are that is uses 20-30 percent less wood than CLT; large format panels can be manufactured at the production facility to minimize waste and labor on job sites; and the light weight of the panels can help save on transportation costs and logistics during construction.

“We are a good example of a family business working within our rural community to come up with something new and innovative,” Freres says. “It’s also been great to have the experts and the researchers at Oregon State working with us on this project. We have a very close relationship, and appreciate all the extra hands involved in producing MPP.”

A version of this story appeared in the spring 2019 issue of Focus on Forestry, the alumni magazine of the Oregon State University College of Forestry. Learn more about our renewable materials program here.

After a walk across the United States and an epic 48-hour experience in Grand Canyon National Park, junior Josh Lewis knew he had to study forestry.

The park rangers took care of him and gave him advice during his hike through the canyon.

“I hiked from north to south, and due to snow, I had to hike backwards and go back around,” Lewis explains.

But his spirit wasn’t deterred.

“I tried to have the mindset that this is one of the most beautiful places I’ve been, and I get to see it twice,” Lewis says. “And, thanks to the rangers, I realized my dream of working on and managing public lands.”

Lewis was born in the Pacific Northwest and spent time in rural Idaho as a child, before his family moved on to bigger cities.

“I think starting out in nature really shapes you,” he says. “I’ve worked a lot of different kinds of jobs, and after a while, they all get old. I’ve been studying forestry for about three years now, and it still excites me because of the connection to the natural landscape.”

Lewis now calls Maui home, and first studied at the University of Hawai‘i, but took a break to complete his long walk when he realized he wasn’t working toward a particular goal. Since arriving at Oregon State, he’s kept his head in his books and focused on his classes. He says that since entering professional school, he’s hit a groove, and is enjoying his upper-level forestry classes.

He marks field school as one of the best Oregon State experiences so far.

“It felt like class, but it was really self-driven,” Lewis says. “I needed a lot of time to finish some of the exercises we did because going in, I wasn’t completely confident in my forestry skills.”

Field school orients students to the professional forestry program and reinforces skills they’ve learned in the classroom by allowing students to practice in a real-world setting.

Lewis says one of the benefits of field school was getting to know his fellow classmates.

“During field school, we spent all day in the woods together and lived together at night,” he says. “It was an A-plus experience.”

Lewis’s goal is to work at Haleakala¯ National Park on Maui, but he says staying put in Oregon is a great backup plan.

“I love it here,” he says. “It’s beautiful, and it’s not really that far from the islands.”

He encourages anyone interested in the outdoors to consider studying forestry at Oregon State.

“I’m earning marketable skills in an industry that will allow me to work outside,” Lewis says. “My experience has been seamless. Everyone is friendly, and I love the atmosphere of my classes.”

A version of this story appeared in the spring 2019 issue of Focus on Forestry, the alumni magazine of the Oregon State University College of Forestry. Learn more about our undergraduate programs here.

When Bill and Marion Collins moved onto 160 acres near Gold Hill in Jackson County, they had no idea what to do with their land or how to manage it.

The couple used their small farm to raise horses, rabbits and chickens for about 13 years. Their interest turned to forestry after visiting the Oregon Small Woodland booth at the county fair.

“The OSU Extension Service had a booth at the county fair, and I talked to the person about my problems,” says Bill Collins.

“We ended up working together to build seven miles of roads throughout the property.” The roads opened up new possibilities for the Collins’ land and initiated their first phase of forest management, which included selective harvesting.

“It went well, and harvesting made us a little money,” Collins said. “I got a lot of help from Oregon State, and we went from there.”

Collins was part of one of the first Master Woodland Manager classes offered in Jackson and Josephine Counties.

Stephen Fitzgerald, director of the Oregon State College of Forestry Research Forests, taught part of the course.

“It’s been wonderful to keep up with the Collins family over the years,” Fitzgerald says. “Their forest is incredibly well managed and well taken care of. It’s an example to foresters of what good stewardship looks like.”

Max Bennett, Jackson and Josephine County forestry extension agent, says the Collins’ property was one of the first private woodlands he visited when he started his position in 2000.

“They worked a lot with my predecessor,” Bennett says. “And they’ve been very generous with their property and with their time over the years. I’ve used their properties to host classes, tours and workshops on topics like basic woodland management, small-scale timber harvesting and thinning.”

Collins says it’s important to him to give back, “because the community helped me,” he says.

In 2018, Collins took his love for the community and extension to another level when he, along with his family, decided to donate his land to Oregon State University.

“We are really excited about this donation,” says Zak Hansen, director of of development for the College of Forestry. “We’ve had a couple of these kinds of forests donated in the past, and it’s a great opportunity for extension agents in those areas to use the land as a resource for their programs.”

Fitzgerald says he is excited to have another parcel under the Research Forest banner.

“With this land, we will continue our tradition of providing excellent teaching and extension outreach,” he says. “It gives me peace of mind to know that the land is close to an extension station.

There will be a strong OSU presence, and we will make sure it’s well utilized.”

Bennett agrees.

“This is an opportunity to continue doing what we’ve been doing on this property for many years,” he says. “We will continue to use it as a demonstration site and as an example of a very well-managed, multi-generational working forest.”

Bennett says many of the small woodland owners he works with in Jackson and Josephine Counties are concerned about issues of forest health and fire, and the Collins property will help him address and educate the public about those issues.

While the donation process took time, Collins still encourages others to consider donating their land.

“The process was worth it,” Collins said. “We’re very proud to be part of the newly-created ‘Collins Demonstration Forest’ here in Jackson County.”

The Collins’ will continue living on their property as long as they choose. When they leave, their house and its five acres will be held or sold at the discretion of the OSU

Foundation, and the money will be used for extension programming and scholarships, with preference given to students from Jackson and Josephine Counties. The bulk of the donated acreage will be held for at least 20 years.

“If it’s working the way it should be in 20 years, we will continue to hold on to it,” Hansen says. “This gift is a wonderful portrait of the Collins’ appreciation for the extension programs and their care for future generations.

For more information about how to donate land to the College of Forestry, contact Zak Hansen at the OSU Foundation: zak.hansen@osufoundation.org.

A version of this story appeared in the spring 2019 issue of Focus on Forestry, the alumni magazine of the Oregon State University College of Forestry. Learn more about the College Research Forests.

Thinking about planning on the landscape level can be overwhelming for forest managers. To help understand the complexities of land management and decision making, a collaborative team of Oregon State University researchers, the United States Forest Service, state agencies and private land owners worked together to help tailor a simulation modeling program called Envision.

The software was developed by a team led by John Bolte, professor and department head of Biological and Ecological Engineering in the College of Agricultural Sciences. It is an integrated modeling platform for coupled human and natural systems analyses.

The open source, GIS-based tool is helpful for planning and environmental assessments. It uses graphs, maps and data to demonstrate how landscape processes interact and how vegetation may change over time. For example, data can spatially depict where wildfire, prescribed fire, thinning and succession may occur over time under different land management scenarios. If land managers are interested in a specific model output, such as dense forest habitat, timber volume or homes affected by wildfire, this can be summarized graphically.

Restoration fire in the Deschutes National Forest

OSU Research Associate Ana Barros, Senior Faculty Research Assistant Michelle Day, Assistant Professor Meg Krawchuk, and Forest Service partners collaborated and utilized the software to model wildfire and forest management scenarios on the Deschutes National Forest. The work included taking a look at the impact of restoration wildfire. These are wildfires caused by lightning that ignite in low risk areas when the weather conditions are mild. They are managed to help achieve forest restoration goals such as reducing understory fuels or thinning dense forests.

“What happens if we have more restoration fire?” asks Barros. “We want to explore this idea of letting wildland fire do some of the work we need to do in terms of restoration.”

The group modeled fires in the Deschutes National Forest and looked at factors like smoke, habitat for species like the northern spotted owl, and how much restoration can accomplish in terms of preventing devastating and out-of-control wildfire.

Modeling like this allowed the team to identify tradeoffs including cost, smoke and safety to help make science-based recommendations to land managers. Results suggested that, although there are trade-offs, restoration wildfire can improve forest resilience and contribute to restoration efforts in fire-adapted forests.

“Restoration fire is not a magic solution,” Barros says. “But it does improve resilience in forests.”

Collaborative forest management in Eastern Oregon

Oregon State, in partnership with the U.S. Forest Service’s Pacific Northwest Research Station (PNW), took Envision to land managers and communities in Eastern Oregon.

In a project funded by the college’s Institute for Working Forest Landscapes and the PNW, a research team worked with managers and forest collaborative stakeholders to test how different management strategies might yield different future landscape outcomes for wildfire, fish and wildlife, timber production and other important values.

The collaborative groups the team worked with, including the Deschutes Collaborative Forest Project and the Lakeview Stewardship Group, were able to apply the results of the modeling to their dialogue and decision-making processes.

“The model provided a good conversation starter when looking at a specific area and how it fits into the larger landscape,” says Emily Jane Davis, assistant professor and extension specialist. “This type of data can help make forest management decisions more effective by aiding discussions about current conditions, future choices and outcomes.”

A version of this story appeared in the spring 2019 issue of Focus on Forestry, the alumni magazine of the Oregon State University College of Forestry. Learn more about college research here.

Emily Burkhart, a natural resources student, loves being part of the Oregon State community. As a member of the National Society for Leadership and Success, the Natural Resources Club, an intern at Avery Nature House and student arboretum specialist technician at Peavy Arboretum, she’s always reaching out and getting involved.

During the summer of 2017, Burkhart worked in Starkey Experimental Forest. Research in the riparian forest focuses on small mammals, cow and deer in relation to one another and the ecosystems they inhabit.

“When people think of ecosystem management and habitat relations, a lot of people think of large mammals and carnivores, but what a lot of people don’t realize is that it starts at a smaller level,” Burkhart says.

Burkhart spent two weeks checking about 200 traps every day to collect data on animals to learn about population dynamics in areas near water.

Species analyzed ranged from flying squirrels to jumping mice. The small mammals in these locations eat butterflies and their larvae as a food source, so researchers wanted to know population numbers and the roles they play in the conservation of species.

“Overall I processed and collected data on around 1,054 animals,” Burkhart says. “Once an animal was in a trap, we would tag its ears and collect data on its sex, age, weight, previous captures and reproductive state.”

Burkhart says she learned a lot from the experience and had a great time.

“At Starkey, I got to meet 25-year-old elk, explore Eastern Oregon and understand the importance of small species,” Burkhart says. “My amazing team made it a really great experience.”

Burkhart says she is grateful for her College of Forestry experience and how it opened her eyes to the world around her.

During the summer of 2018, Burkhart took part in a faculty-led study abroad experience to Malaysian Borneo. Back home in Corvallis, she enjoys spending time in the forest.

“We are so lucky to have the College Research Forests only 12 minutes away from campus.

By working at the arboretum, I really learned how these managed forests operate, and how much it gives back to us in research, recreation and pure happiness,” Burkhart says. “People really need to go check out the arboretum at least once in their life because one visit can leave such a positive, everlasting impact.”

Renewable materials student Cody Knight is a recipient of three scholarships: the Lois & Dick Kearns Scholarship, John R. Snellstrom Scholarship and the Friends of Renewable Materials–Roseburg Forest Products Wood Science and Engineering Scholarship. Before coming to Oregon State, Knight served in the military.

The financial support he receives and his experience in the military inspired him to serve others through his work in the renewable materials program.

“My military experience left me asking a lot of questions about humanity, sustainability the western world and material possessions,” Knight says. “I want to create products from renewable materials that aid in sustainability.”

Knight, who grew up in northern Idaho, remembers spending summers at the lake, sleeping in log cabins.

“There, it was easy to appreciate the beauty of nature,” he says. “I want to preserve that beauty and those kinds of experiences for future generations.”

He’s working to reach his goals through hands-on learning activities outside the classroom. Knight has participated in undergraduate research with Arijit Sinha, associate professor of renewable materials at Oregon State. Knight is helping conduct testing on Freres Lumber’s new mass plywood panel product.

“I was also selected for the Research and Extension Experience for Undergraduates (REEU) program,” Knight says. “This is a three-month long mentored research program with students at Oregon State and from colleges across the United States.”

Knight says his research will evaluate the shear strength of plywood and oriented strand board (OSB) after it has experienced varying degrees of temperatures and cooling times to get a clear picture of the mechanical strength of both products in the event of fire and seismic activity.

“The importance of this is plywood and OSB are typically used in residential housing for the exterior sheathing, which provides lateral support and stability for the structure,” Knight says. “Little research has been done to test their behaviors under these conditions, and I’m excited to find some answers.”

To solve a large problem you often have to come at it from a different angle. It is an approach Ian Munanura, assistant professor of nature-based tourism and human well-being at Oregon State, took after starting his research in human wellness and forest landscapes.

“In my research, I explore aspects of human well-being constraints and how they influence the health of forest landscapes” Munanura says.

“I also ask questions about how forest landscapes benefit humans. For example, how can tourism on forest landscapes improve human wellness, strengthen the resilience of forest communities and reduce negative human impact on forest landscapes?”

To answer this question, Munanura conducts a series of surveys and interviews of forest adjacent communities in Oregon, Rwanda, Uganda and Indonesia. He also hopes to expand his research program to Tanzania and Malaysia. To broaden the experiential learning opportunities for College of Forestry students, Munanura will use his international research network to deliver summer study abroad classes in countries where he has active research programs.

During his research interviews, Munanura asks questions such as: What is the nature of adversity stressing the livelihoods of families in forest communities?

How do families in forest communities function during adversity? What are the strengths (or vulnerabilities) of families in forest communities that could enable (or challenge) them to cope with adversity and maintain wellbeing?

How do the vulnerabilities of forest communities negatively affect forest landscapes?; and many others. Munanura thinks the answers to these questions will contribute to the understanding of important factors responsible for human-wildlife coexistence.

“Once we unpack the complexity of human health constraints and identify the aspects of those constraints that threaten our forest landscapes the most, we can adapt nature-based tourism programs to benefit communities, people and our forests,” Munanura says.

The inspiration for looking beyond the material aspects of human well-being came from Munanura’s own life experiences and growing up with limited access to material resources. Munanura says his family’s wellbeing recovered from destitution when his mother became spiritually active.

“Her mindset and emotions changed, and it enabled us to function better as a family despite limited access to material resources,” Munanura says. “In my work over the past 15 years, I have paid more attention to material wealth as a solution to improve the wellness of humans and forest landscapes. I strongly believed that degradation of forest landscapes was caused by lack of jobs and financial resources.”

However, Munanura says that attempts to address forest degradation by providing jobs and financial resources have shown little success. His research in Rwanda confirmed forest degradation is largely influenced by the most economically empowered residents in nearby communities.

“That challenged me to look at my own personal experiences. I realized there is more to improving human and forest wellbeing than money,” Munanura says. “Perhaps, there are non-fi nancial aspects of human well-being that have the potential to strengthen forest communities and forest landscapes.”

Munanura says his research is inspiring his students and helping them understand the limitations of the poverty driven narrative of forest landscape degradation.

“I encourage my students to think broadly and consider how human adversity, emotional, social and material resource constraints could impact the health of forest landscapes,” Munanura says. “Forest managers and other natural resources professionals are better served with a nuanced understanding of human constraints, how they impact the health of forest landscapes, and the potential solutions from nature-based tourism that can improve overall human and landscape well-being.”

Klamath County Forestry Extension Agent Daniel Leavell began his forestry and fire career in early 1973 at the Forest Fire Laboratory in Riverside, California, and continued later that year at the Oregon State campus. He earned a bachelor’s degree in 1977 from OSU, and has been working and continuing his education in both industries ever since.

Leavell, who also holds a master’s degree from OSU and a doctoral degree from the University of Montana, started his current extension position with the Oregon State College of Forestry in 2014 and hit the ground running in Klamath and Lake Counties.

“We’re all working together to reach a common goal,” Leavell says. “It’s been extremely satisfying for me to play a role in these efforts – especially to see results happening on the ground.”

Klamath Community College Partnership

In 2014, the main fire district in Klamath Falls and Klamath Community College (KCC) began talking about the possibility of developing a formal program and facility that could support the training and education of first responders in the fields of fire, emergency medical services, law enforcement and more.

“We all agreed it was a community need and wanted to pursue it, and I offered assistance,” Leavell says.

Leavell was involved in wildland firefighting from 1978 to 2012 and with volunteer structure fire departments from 2006 to 2016. This experience allowed him to bring together other partners including the Oregon Department of Forestry, U.S. Forest Service and the Oregon Air National Guard Fire Department at Kingsley Field in Klamath Falls.

Leavell says it is important for first responders to attain national, state and local certifications. Many in emergency services also desire academic credit, but these are not required to obtain certified skills needed for the job. However, academic credit and degrees provide a competitive edge for job searches. Skills and experience count.

“Many first responders want certifications and academic credit,” Leavell says. “So we set up an organization to do that.”

The Klamath Basin Public Safety Training Center began with the goal of offering participants a two-year degree with options in structure and wildland fire, emergency medical and law enforcement.

Oregon State and KCC signed an agreement to test the concept and designed a curriculum for a two-year program focused on the basic academies of medical and fire sufficient to obtain certificates and credits. As proof of the concept, the program organized, created and implemented a structure fire academy during winter and spring terms in 2015 and 2016. The 14-week program involved 30 future professional, structure firefighters.

“They went through live fire training, ladder training and other exercises,” Leavell says. “Practical skills, scientific education and leadership training were also implemented, and at the end of the program they earned 12 academic credits and state certificates for structural firefighting.”

Leavell says the next step is to formalize the transfer program between KCC and Oregon State.

“This was needed,” Leavell stresses. “It will really benefit small communities with busy fire stations.”

Managing landscapes

One reason Leavell came to work in Klamath County was because he knew there were forward thinking forest managers working in and near the Fremont-Winema National Forest.

“The community here really works together,” Leavell says. “And when I got here, a group of private landowners and public land managers had been meeting and agreed to start work on a very large but successful project.”

Together, Leavell and the other managers were able to create maps and make risk assessments for 30,000 acres of private forest and 110,000 acres of National Forest.

“Within a year of completing the mapping, we were awarded $4 million in grants to begin implementing the projects we found were necessary during the mapping process.”

Throughout the process, Leavell worked one-on-one with landowners to help them create and implement management plans and pick projects that would benefit each forest.

Leavell says public and private land managers were able to work together to conserve resources during thinning efforts.

“It’s a win-win situation for everyone,” he says. “If a landowner can get grant money it’s easier for everyone to get a project done, and our reward is better management for the health and safety of the forests, communities and those responding to disturbances.”

Leavell and his team hope to publish the results of the project so their strategies can be implemented statewide.

Making a difference

These projects and more make working for the Oregon State Forestry and Natural Resources Extension Service in Klamath and Lake Counties a fulfilling experience for Leavell. He hopes to see even more results in the future by bringing people together to make our forests and communities healthier.

“I love to sit down at the table and talk to people to see how we can overcome barriers, capitalize on our strengths, shore up our weaknesses and see how we can come together for a common goal that really gets results,” Leavell says. “Extension is in a unique position to facilitate, coordinate and bring partners together to fulfill our mission, which has no underlying agenda other than to benefit the community.”

Large wildfires can devastate the landscape, destroy structures and threaten communities. Once they’re extinguished and the direct threats are gone, the general public often moves on and breathes a little easier. However, Kevin Bladon, assistant professor of forest hydrology at Oregon State, says the effects of large wildfires on water quantity and quality can last for decades.

“Smaller, low severity fires can actually have positive outcomes for aquatic ecosystems,” Bladon says. “However, the larger fires, which we’ve seen more of in recent years, are the ones that cause us the most problems in terms of impacts on water,” Bladon says. “Fires used to be more frequent and less severe, but because of fire suppression and current forest management approaches, there are a lot more contiguous fuels in our forests. When combined with a warmer, drier climate this has increased the occurrence of large wildfires in many parts of the western U.S.”

Bladon says high-severity fire can increase annual streamflow, peak flows and shift the timing of snowmelt to streams to earlier in the year. Additionally, large fires can increase temperatures, sediment and nutrients in streams, which can negatively impact aquatic ecosystems and recreational value.

The sediment and nutrients in headwater streams can also travel downstream and into community drinking water sources.

“While our drinking water treatment plants can, and do, remove sediment, nutrients and other contaminants from our water after wildfires, the question is, ‘How much are we willing to pay for this?’ These are expensive costs that get passed to taxpayers for many years after a fire,” Bladon says.

So far, Bladon’s studies have been conducted in Oregon, California, Colorado, Tennessee and Canada. As large wildfires continue to occur in the West, he plans to keep his eyes and research on the west side of the Cascades.

“Historically, there haven’t been a lot of fires on the west side of the Cascades compared to east side forests,” he says. “But they are appearing more and more, and the potential impacts on our water supply is something researchers need to continue to investigate.”

Bladon says it’s an exciting time to be studying hydrology as it relates to wildfire because the scientific community and the public are striving to understand how large wildfires impact our water supplies.

“Oregonians tend to be very proud of our water, healthy rivers, recreational opportunities and our many breweries, to name a few things,” Bladon says. “Given that two-thirds of our water supply originates in forests, it’s critical to protect those things that make our state such a great place.”

Logging on steep slopes is the most hazardous environment for a forest worker according to John Sessions, University Distinguished Professor and Strachan Chair of Forest Operations Management at Oregon State.

Sessions is part of a team of investigators researching innovative technologies to improve logger safety on steep slopes. Other research team members include Woodam Chung, Ben Leshchinsky, Francisca Belart, Tamara Cushing, John Garland, Jeff Wimer and Brett Morrissette from the College of Forestry and Laurel Kincl from the College of Public Health and Human Sciences. The three-year project is funded by the National Institute for Occupational Safety and Health.

“Logging has consistently been one of the most hazardous industries in the U.S. It has a fatality rate 30 times higher than the national occupation average,” Sessions says. “Increasing mechanization of felling and skidding has removed workers from the forest floor in flat terrain, however, workers remain on the forest floor for felling and extraction in steeper terrain.”

The study examines strategies for replacing forest workers on forest slopes with tethered and non-tethered felling, forwarding equipment and combining mechanized felling with traditional cable yarding methods. The research would improve safety in the steep forest workplace.

Preston Green, a graduate research assistant on the project, focuses specifically on harvesting productivity, cost and environmental impacts of cable-assisted harvesting systems.

“I conduct detailed time studies of harvesting, forwarding and cable yarding equipment, with and without the use of cable-assistance, to quantify the differences in harvesting system productivity and environmental impacts,” Green says.

Green says he first became interested in cable-assisted harvesting as an undergraduate forest engineering student at Oregon State. Industry internships peaked his interest in the subject, and Green decided to attend graduate school to conduct additional research.

“My family has worked in the timber industry for four generations, and I’ve seen the long-term effects that logging injuries can have on families and communities,” Green says. “We’re striving to make improvements in the industry, not just improve statistics. We are dealing with real people that live and work in our communities.”

The project has 15 collaborating companies. The research team includes forest engineers, forest operations specialists, occupational health and safety specialists and a geotechnical engineer.

“Due to the steep slopes throughout Oregon’s forests, we believe the introduction of cable-assisted harvesting equipment can be a paradigm shift that will improve safety and economic competitiveness for the industry in Oregon and beyond. It will provide the ability to implement safe forest restoration practices across the difficult terrain in many public forests,” Sessions says. “Our research results and the widespread interest about the study from forest owners, logging contractors, equipment manufacturers, and state and federal agencies suggest we are on the right track. This technology and our research will likely save lives.”

College of Forestry

At Oregon State University

Category Archives: focus

Mass plywood comes to market

Josh Lewis: walking the path toward forestry

Introducing Oregon State’s newest research forest: The Collins Demonstration Forest

Collaborations ENVISION healthier Oregon forests

Restoration fire in the Deschutes National Forest

Collaborative forest management in Eastern Oregon

Emily Burkhart: embracing undergraduate research

Cody Knight: serving others through working with renewable materials

A new focus on forest landscapes

Lessons from Klamath County

Klamath Community College Partnership

Managing landscapes

Making a difference

Wildfire affects water

Safety on the slopes

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