environment and natural resources

2014 Starker Lectures at OSU to explore “Working Forests”

CORVALLIS, Ore. – The 2014 Starker Lecture Series at Oregon State University will begin on Thursday, Feb. 6, when speaker John Gordon outlines the future of forestry in Oregon. The theme for this year’s series is “Working Forests Across the Landscape.”

Gordon is the Pinchot Professor emeritus and former dean of the Yale University School of Forestry and Environmental Studies. His free public talk, which begins at 3:30 p.m. in Richardson Hall Room 107, is titled “Forestry Diversity: A Key to Oregon’s Future.”

The Starker Lectures are sponsored by the OSU College of Forestry and funded primarily through a donation by the Starker family in memory of T.J. and Bruce Starker, late leaders of the Oregon forest industry, with support from the college and the Oregon Forest Resources Institute. Each year, the lecture series explores forestry issues in the Northwest and beyond.

Other events in the 2014 series include:

  • Feb. 27 Lecture – “A Luxuriant Landscape: Oregon’s Working Forest Landscapes, an Ecological Perspective,” by Tom Spies, a research forester with the U.S. Forest Service’s Pacific Northwest Research Station (3:30 to 5 p.m., Richardson Hall 107);
  • April 24 Lecture – “Beyond Boundaries: Social Challenges and Opportunities in Forest Landscape Management,” by Paige Fischer, a research social scientist with the U.S. Forest Service’s Western Wildland Environmental Threat Assessment Center (3:30 to 5 p.m., Richardson Hall 107);
  • May 29 Capstone Field Trip – A tour of the Cool Soda All Lands Collaborative Project in Linn County, led by representatives of Cascade Timber Consulting, South Santiam Watershed Council, U.S. Forest Service, and the Sweet Home Ranger District (9 a.m. to 4 p.m.). Registration is required by May 20.

More information on the Starker Lectures is available at: http://starkerlectures.forestry.oregonstate.edu/

Media Contact: 

Jessica Fontaine, 541-737-3161; Jessica.fontaine@oregonstate.edu

Climate center at OSU gets major grant to study forest mortality

CORVALLIS, Ore. – Oregon State University has received a five-year, $4 million grant from the United States Department of Agriculture to investigate increasing impacts of drought, insect attacks and fires on forests in the western U.S., and to project how the influence of climate change may affect forest die-offs in the future.

The researchers will also enhance an earth system model to allow them to predict when forests are becoming vulnerable to physiological stress and then create strategies to minimize impacts of climate, insects and fire.

“The western United States has gone through two decades of devastating forest loss and we don’t even fully know why it happened, much less how to predict these events,” said Philip Mote, director of the Oregon Climate Change Research Institute at OSU and a principal investigator on the grant. “Certainly wildfire, bark beetle infestation and drought play a role, but the intersection of these factors with forest management decisions hasn’t been well-explored.

“A change in severity of drought, for example, can make the difference between trees losing some needles and wiping out the entire stand,” added Mote, a professor in the College of Earth, Ocean, and Atmospheric Sciences at OSU. “The margin between life and death in the forest can be rather small.”

Other lead investigators from OSU on the project include Beverly Law, a professor in the Department of Forest Ecosystems and Society, who will focus on modeling forest processes with the Community Land Model; and Andrew Plantinga, a professor in the Department of Applied Economics, whose expertise is on the economics of land use, climate change and forests.

“Climate variation and extremes can impact trees differently depending on species-specific traits that determine how they compete and respond to environmental conditions,” Law said. “We know little about how physiological limits vary by species, and have not incorporated such knowledge in earth system models.”

The OSU researchers note that forest management decisions could potentially play a role during periods of drought, for example. Drought-stressed trees become vulnerable when they experience vapor pressure deficits – and cannot take in enough water to sustain them, or to remain vigorous enough to help repel invading bark beetles, said Law, who is co-lead principal investigator on the project.

An excess of trees in an area of limited water might benefit from targeted thinning so fewer trees remain to compete for the same amount of water, Law noted. However, forests that already have low densities “are not expected to respond well,” she said.

“What we don’t know,” Mote said, “is what the threshold is between stress and mortality, which trees to thin and how many, and whether such a strategy not only works, but is economically feasible for landowners.”

Law said the intervention strategies “should not result in potentially harmful ecological impacts on habitat and soil quality.”

Among the goals of the project are to:

  • Improve the ability of a leading land surface model to predict tree mortality;
  • Map the vulnerability of western forests to mortality under present and future climate conditions,  particularly in Oregon, Washington, California and Idaho;
  • Apply forest vulnerability data to forest sector models to help land managers better predict ecological and economic outcomes, including timber production, forest recreation and water use.

As part of the study, the researchers will run computer models that will utilize a crowd-sourced computing effort called Weatherathome.net, through which a network of thousands of volunteers will use their home computers to run climate model scenarios. Such a network can equal or exceed the output of a supercomputer.

The OSU grant is part of the inter-agency Decadal and Regional Climate Prediction Using Earth System Models Program, which is coordinated by the National Science Foundation and includes USDA and the Department of Energy.

Media Contact: 

Phil Mote, 541-737-5694

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Dying trees

Forest die-off

Of bears and berries: return of wolves aids grizzly bears in Yellowstone

CORVALLIS, Ore. – A new study suggests that the return of wolves to Yellowstone National Park is beginning to bring back a key part of the diet of grizzly bears that has been missing for much of the past century – berries that help bears put on fat before going into hibernation.

It’s one of the first reports to identify the interactions between these large, important predators, based on complex ecological processes. It was published today by scientists from Oregon State University and Washington State University in the Journal of Animal Ecology.

The researchers found that the level of berries consumed by Yellowstone grizzlies is significantly higher now that shrubs are starting to recover following the re-introduction of wolves, which have reduced over-browsing by elk herds. The berry bushes also produce flowers of value to pollinators like butterflies, insects and hummingbirds; food for other small and large mammals; and special benefits to birds.

The report said that berries may be sufficiently important to grizzly bear diet and health that they could be considered in legal disputes – as is white pine nut availability now - about whether or not to change the “threatened” status of grizzly bears under the Endangered Species Act.

“Wild fruit is typically an important part of grizzly bear diet, especially in late summer when they are trying to gain weight as rapidly as possible before winter hibernation,” said William Ripple, a professor in the OSU Department of Forest Ecosystems and Society, and lead author on the article. “Berries are one part of a diverse food source that aids bear survival and reproduction, and at certain times of the year can be more than half their diet in many places in North America.”

When wolves were removed from Yellowstone early in the 1900s, increased browsing by elk herds caused the demise of young aspen and willow trees – a favorite food – along with many berry-producing shrubs and tall, herbaceous plants. The recovery of those trees and other food sources since the re-introduction of wolves in the 1990s has had a profound impact on the Yellowstone ecosystem, researchers say, even though it’s still in the very early stages.

“Studies like this also point to the need for an ecologically effective number of wolves,” said co-author Robert Beschta, an OSU professor emeritus. “As we learn more about the cascading effects they have on ecosystems, the issue may be more than having just enough individual wolves so they can survive as a species. In some situations, we may wish to consider the numbers necessary to help control overbrowsing, allow tree and shrub recovery, and restore ecosystem health.”

As wolves help reduce elk numbers in Yellowstone and allow tree and shrub recovery, researchers said, this improves the diet and health of grizzly bears. In turn, a healthy grizzly bear population provides a second avenue of control on wild ungulates, especially on newborns in the spring time.

Yellowstone has a wide variety of nutritious berries – serviceberry, chokecherry, buffaloberry, twinberry, huckleberry and others – that are highly palatable to bears. These shrubs are also eaten by elk and thus likely declined as elk populations grew over time. With the return of wolves, the new study found the percentage of fruit in grizzly bear scat in recent years almost doubled during August.

Because the abundant elk have been an important food for Yellowstone grizzly bears for the past half-century, the increased supply of berries may help offset the reduced availability of elk in the bears’ diet in recent years. More research is needed regarding the effects of wolves on plants and animals consumed by grizzly bears.

There is precedent for high levels of ungulate herbivory causing problems for grizzly bears, who are omnivores that eat both plants and animals. Before going extinct in the American Southwest by the early 1900s, grizzly bear diets shifted toward livestock depredation, the report noted, because of lack of plant-based food caused by livestock overgrazing. And, in the absence of wolves, black bears went extinct on Anticosti Island in Canada after over-browsing of berry shrubs by introduced while-tailed deer.

Increases in berry production in Yellowstone may also provide a buffer against other ecosystem shifts, the researchers noted – whitebark pine nut production, a favored bear food, may be facing pressure from climate change. Grizzly bear survival declined during years of low nut production.

Livestock grazing in grizzly bear habitat adjacent to the national park, and bison herbivory in the park, likely also contribute to high foraging pressure on shrubs and forbs, the report said. In addition to eliminating wolf-livestock conflicts, retiring livestock allotments in the grizzly bear recovery zone adjacent to Yellowstone could benefit bears through increases in plant foods.

The research was supported by private, state and federal agencies, including the U.S. Geological Survey.

Media Contact: 

William Ripple, 541-737-3056

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Grizzly bear
Grizzly bear



Global warming to cut snow water storage 56 percent in Oregon watershed

The study this story is based on is available online: http://bit.ly/13ZLzl1

CORVALLIS, Ore. – A new report projects that by the middle of this century there will be an average 56 percent drop in the amount of water stored in peak snowpack in the McKenzie River watershed of the Oregon Cascade Range -  and that similar impacts may be found on low-elevation maritime snow packs around the world.

The findings by scientists at Oregon State University, which are based on a projected 3.6 degree Fahrenheit temperature increase, highlight the special risks facing many low-elevation, mountainous regions where snow often falls near the freezing point. In such areas, changing from snow to rain only requires a very modest rise in temperature.

As in Oregon, which depends on Cascade Range winter snowpack for much of the water in the populous Willamette Valley, there may be significant impacts on ecosystems, agriculture, hydropower, industry, municipalities and recreation, especially in summer when water demands peak.

The latest study was one of the most precise of its type done on an entire watershed, and was just published in Hydrology and Earth System Sciences, with support from the National Science Foundation. It makes it clear that new choices are coming for western Oregon and other regions like it.

“In Oregon we have a water-rich environment, but even here we will have to manage our water resources differently in the future,” said Eric Sproles, who led this study as a doctoral student at OSU.

“In the Willamette River, for instance, between 60-80 percent of summer stream flow comes from seasonal snow above 4,000 feet,” he said. “As more precipitation falls as rain, there will more chance of winter flooding as well as summer drought in the same season. More than 70 percent of Oregon’s population lives in the Willamette Valley, with the economy and ecosystems depending heavily on this river.”

Annual precipitation in the future may be either higher or lower, the OSU researchers said. They did calculations for precipitation changes that could range 10 percent in either direction, although change of that magnitude is not anticipated by most climate models.

The study made clear, so far as snowpack goes, that temperature is the driving force, far more than precipitation. Even the highest levels of anticipated precipitation had almost no impact on snow-water storage, they said.

“This is not an issue that will just affect Oregon,” said Anne Nolin, a professor in the College of Earth, Ocean, and Atmospheric Sciences, and co-author of the study. “You may see similar impacts almost anywhere around the world that has low-elevation snow in mountains, such as in Japan, New Zealand, Northern California, the Andes Mountains, a lot of Eastern Europe and the lower-elevation Alps.”

The focus of this study was the McKenzie River, a beautiful, clear mountain river that rises in the high Cascade Range near the Three Sisters volcanoes, and supplies about 25 percent of the late summer discharge of the Willamette River. Researchers said this is one of the most detailed studies of its type done on a large watershed.

Among the findings of the study:

  • The average date of peak snowpack in the spring on this watershed will be about 12 days earlier by the middle of this century.
  • The elevation zone from 1,000 to 1,500 meters will lose the greatest volume of stored water, and some locations at that elevation could lose more than 80 days of snow cover in an average year.
  • Changes in dam operations in the McKenzie River watershed will be needed, but will not be able to make up for the vast capability of water storage in snow.
  • Summer water flows will be going down even as Oregon’s population surges by about 400,000 people from 2010 to 2020.
  • Globally, maritime snow comprises about 10 percent of the Earth’s seasonal snow cover.
  • Snowmelt is a source of water for more than one billion people.
  • Precipitation is highly sensitive to temperature and can fall as rain, snow, or a rain-snow mix.

The model developed for this research, scientists said, could be readily adapted to help other regions in similar situations determine their future loss of snow water in the future.

Media Contact: 

Eric Sproles, 541-729-1377

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McKenzie River watershed

McKenzie River watershed

McKenzie River

McKenzie River

Lionfish expedition: down deep is where the big, scary ones live

CORVALLIS, Ore. – Last month, the first expedition to use a deep-diving submersible to study the Atlantic Ocean lionfish invasion found something very disturbing – at 300 feet deep, there were still significant populations of these predatory fish, and they were big.

Big fish in many species can reproduce much more efficiently than their younger, smaller counterparts, and lionfish are known to travel considerable distances and move to various depths. This raises significant new concerns in the effort to control this invasive species that is devastating native fish populations on the Atlantic Coast and in the Caribbean Sea.

“We expected some populations of lionfish at that depth, but their numbers and size were a surprise,” said Stephanie Green, the David H. Smith Conservation Research Fellow in the College of Science at Oregon State University, who participated in the dives. OSU has been one of the early leaders in the study of the lionfish invasion.

“This was kind of an ‘Ah hah!’ moment,” she said. “It was immediately clear that this is a new frontier in the lionfish crisis, and that something is going to have to be done about it. Seeing it up-close really brought home the nature of the problem.”

OSU participated in this expedition with researchers from a number of other universities, in work supported by Nova Southeastern University, the Guy Harvey Foundation, NOAA, and other agencies. The five-person  submersible “Antipodes” was provided by OceanGate, Inc., and it dove about 300 feet deep off the coast of Ft. Lauderdale, Fla., near the “Bill Boyd” cargo ship that was intentionally sunk there in 1986 to create an artificial reef for marine life.

That ship has, in fact, attracted a great deal of marine life, and now, a great number of lionfish. And for that species, they are growing to an unusually large size – as much as 16 inches.

Lionfish are a predatory fish that’s native to the Pacific Ocean and were accidentally introduced to Atlantic Ocean waters in the early 1990s, and there became a voracious predator with no natural controls on its population. An OSU study in 2008 showed that lionfish in the Atlantic have been known to reduce native fish populations by up to 80 percent.

Eradication appears impossible, and they threaten everything from coral reef ecosystems to local economies that are based on fishing and tourism.

Whatever is keeping them in check in the Pacific – and researchers around the world are trying to find out what that is – is missing here. In the Caribbean, they are found at different depths, in various terrain, are largely ignored by other local predators and parasites, and are rapidly eating their way through entire ecosystems. They will attack many other species and appear to eat constantly.

And, unfortunately, the big fish just discovered at greater depths pose that much more of a predatory threat, not to mention appetite.

“A lionfish will eat almost any fish smaller than it is,” Green said. “Regarding the large fish we observed in the submersible dives, a real concern is that they could migrate to shallower depths as well and eat many of the fish there. And the control measures we’re using at shallower depths – catch them and let people eat them – are not as practical at great depth.”

Size does more than just increase predation.  In many fish species, a large, mature adult can produce far more offspring that small, younger fish. A large, mature female in some species can produce up to 10 times as many offspring as a fish that’s able to reproduce, but half the size.

Trapping is a possibility for removing fish at greater depth, Green said, and could be especially effective if a method were developed to selectively trap lionfish and not other species. Work on control technologies and cost effectiveness of various approaches will continue at OSU, she said.

When attacking another fish, a lionfish uses its large, fan-like fins to herd smaller fish into a corner and then swallow them in a rapid strike. Because of their natural defense mechanisms they are afraid of almost no other marine life, and will consume dozens of species of the tropical fish and invertebrates that typically congregate in coral reefs and other areas. The venom released by their sharp spines can cause extremely painful stings to humans.

Aside from the rapid and immediate mortality of marine life, the loss of herbivorous fish will also set the stage for seaweed to potentially overwhelm the coral reefs and disrupt the delicate ecological balance in which they exist.

This newest threat follows on the heels of overfishing, sediment deposition, nitrate pollution in some areas, coral bleaching caused by global warming, and increasing ocean acidity caused by carbon emissions. Lionfish may be the final straw that breaks the back of Western Atlantic and Caribbean coral reefs, some researchers believe.

Media Contact: 

Stephanie Green, 541-737-5364

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Submersible research

Submersible in Florida

Exploring sunken ship

Lionfish near sunken ship



OSU study suggests reducing air-polluting PAHs may lower levels of lung cancer deaths

CORVALLIS, Ore. – High emissions of polycyclic aromatic hydrocarbons (PAHs) can be linked to lung cancer deaths in the United States and countries with a similarly high socioeconomic rank, including Canada, Australia, France, and Germany, according to a study by Oregon State University.

Researchers reviewed a range of information from 136 countries, including average body mass index, gross domestic product per capita, the price of cigarettes, smoking rates, and the amount of PAHs emitted into the air. PAHs are a group of more than 100 chemicals, some of which are carcinogenic when inhaled or ingested. They most commonly come from vehicle exhaust and burning coal and wood.

OSU researchers calculated how measures of health, wealth and pollution related to lung cancer deaths in each country.

"Analyzing data on a global scale revealed relationships between PAH emissions and smoking rates on the lung cancer death rates in each country," said Staci Simonich, a co-author of the study and toxicologist at OSU. "Ultimately, the strength of the relationships was determined by the country’s socioeconomic status."

While the link between smoking and lung cancer is well-established, OSU researchers did not find a correlation between cigarette smoking rates and lung cancer death rates in countries with high levels of income. Researchers attribute this conclusion to previous studies showing high-income smokers tend to light up less often.

OSU's study also suggests that reducing smoking rates could significantly lessen lung cancer deaths in countries with a lower socioeconomic status, including North Korea, Nepal, Mongolia, Cambodia, Bangladesh and many others. Researchers found that lung cancer mortality rates in these countries negatively correlated with price – meaning cheaper cigarettes are often associated with higher levels of deaths from lung cancer.

Detectable lung cancer can take 20 years to develop, and the poorest countries in the study had an average age of death of 54. OSU researchers suggest heavy smokers in these countries can sometimes die before tumors attributable to lung cancer become apparent.

"If the life expectancies were the same in all of the countries we reviewed, it's possible we would see a consistent relationship between PAH emissions and lung cancer," said Simonich, an OSU professor of environmental and molecular toxicology.

The study, "Association of Carcinogenic Polycyclic Aromatic Hydrocarbon Emissions and Smoking with Lung Cancer Mortality Rates on a Global Scale," was recently published in the journal Environmental Science and Toxicology.

The Pacific Northwest National Laboratories in Richland, Wash. assisted with calculating the statistical associations between data used in the study. The National Institutes of Environmental Health Sciences funded the research through OSU’s Superfund Research Program.

Cancer is the second-leading cause of death worldwide. Lung cancer accounts for 12 percent of all cancer diagnoses and is the leading cancer killer of men and second among women, according to the American Cancer Society.

Note to Editors: To request a copy of the study, please email Daniel Robison at daniel.robison@oregonstate.edu.


Staci Simonich, 541-737-9194

Like birds? Oregon 2020 project seeking citizen scientists for bird surveys

CORVALLIS, Ore. – Oregon State University researchers are hoping to tap into the state’s growing population of bird-watching enthusiasts to create a volunteer team of “citizen scientists” to gather data on Oregon’s resident and visiting birds.

Their project, called Oregon 2020, is seeking to fill some of the large gaps in data about Oregon birds, organizers say. Information about the project is available online at: http://oregon2020.com/.

“Oregon has a few species of birds we know very well – like the spotted owl, the sage grouse and the meadowlark,” said W. Douglas Robinson, the Mace Professor of Watchable Wildlife at OSU and director of the Oregon 2020 project. “However, the state has more than 500 species of birds and we know very little about many of them – even where they live.

“One goal of Oregon 2020 is to establish a baseline for the abundance and distribution of these birds so that in the future we can evaluate the impacts on them from disease, wildfire, climate change, or whatever other issues emerge,” he added.

To help the OSU scientists, Robinson hopes to enlist a cadre of volunteers in each county to gather data on birds in their area. The project will offer online tutorials and guidance on how to collect and log the data, which will be part of the national eBird database run by Cornell University. The popular eBird site receives more than 1 million submissions each month – but few from Oregon.

As part of the project, Robinson and others will hold periodic “bird blitzes” in Oregon counties where they will go out with volunteers to canvas all types of terrain. The first of these blitzes will take place June 21-23 in Polk County.

“Polk County has the least amount of data in eBird for any county west of the Cascades,” pointed out Robinson, who is a professor in OSU’s Department of Fisheries and Wildlife. “Most of the data we do have comes from Baskett Slough National Wildlife Refuge, which is a unique habitat that draws waterbirds, migratory birds and those birds that prefer an oak savannah. But we’d like to know what else the county has to offer in the way of species.”

The eBird database likewise has few listings for birds on most of the counties east of the Cascades, so getting volunteers there is critical, Robinson pointed out. Sometimes these surveys provide data that turns out to be surprising, he added.

“Some species that are thought to be rare turn out to be more common than we previously thought,” Robinson pointed out. “The Oregon vesper sparrow, for instance, has declined along with its oak savannah habitat and there was concern it might be listed as endangered. But we conducted a series of roadside surveys in Benton County and found plenty of them.

“As it turns out, they were considered rare because there weren’t enough watchers to explore the countryside,” Robinson added. “That’s what makes these surveys so important.”

Robinson is eBird’s official reviewer for Benton County, which means he looks over the submissions and analyzes them for their validity.

“Sometimes, a volunteer may log the sighting of a golden eagle, when it is far more likely to be an immature bald eagle,” Robinson said. “As a reviewer, I can correspond with the observer to make sure we get the correct identification. This gives us confidence that observations logged in eBird are valid.”

Persons interested in volunteering should log onto the Oregon 2020 website. In addition to county blitzes, participants will be offered workshops to learn better methods for counting birds, documenting species and using eBird. A GPS instrument is helpful, but not essential, Robinson said, since eBird has a mapping function.

“We’re hoping to do what we wish Lewis and Clark could have done more than 200 years ago,” Robinson said. “Imagine if they could have logged not just observations of species, but actual numbers and specific locations. That’s what we’d like to create. We want future generations to be able to go to exact locations in Oregon and compare species and numbers to what we observe today.”

Media Contact: 

 Doug Robinson, 541-737-9501; douglas.robinson@oregonstate.edu

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Steller Jay

Steller Jay


Horned Grebe
Horned Grebe

Earth Week at OSU offers sustainable events, opportunities

CORVALLIS, Ore. – Oregon State University is promoting sustainability and awareness with an array of events during Earth Week, which begins Saturday, April 20.

Several new events this year include Campus Creature Census, in which community members are invited to contribute a creative work inspired by the various plants and animals that inhabit OSU. Participants may submit an entry in prose, field guide, artistic, or poetry form, which may be added to a compilation.

Returning events include the Hoo-Haa Earth Day Celebration, hosted by the Organic Grower’s Club at their farm on April 22. From 3-7 p.m., guests may enjoy free food and live music, watch a bubble artist in action, learn about soil, and discover how chickens may be used to till the earth. A shuttle bus will leave campus every 15 minutes from outside the OSU Beaver Store.

The 13th annual Earth Week Community Fair will be April 23. About 50 groups, both on and off of campus, will offer activities and environmental information. Students may also bring styrofoam for free recycling. Acceptable items include foam sheets and wraps, as well as bendable and rigid blocks. However, food packaging and expanding foam will not be accepted.

OSU Surplus Property will host the OSUsed Store Earth Week sale on April 24. Furniture, computers, electronics, housewares, and more will be on sale to students and community members from noon to 3 p.m.

This year also marks the 100-year anniversary of the planting of the elm trees that stand in the library quad.  A celebration will be held from noon to 1 p.m. on April 26, as an additional tree is planted to commemorate the next 100 years.

A more detailed list of events may be found at:  (http://tiny.cc/earth-calendar).

Media Contact: 

Andrea Norris, 541-737-5398

Oregon State University featured in The Princeton Review’s Guide to Green Colleges

CORVALLIS, Ore. – Oregon State University received 98 points out of a possible 99 as a ‘green’ school in the latest edition of “The Princeton Review’s Guide to 322 Green Colleges: 2013 Edition.” The schools are chosen based on a 50-question survey conducted at hundreds of four-year colleges.

The Princeton Review analyzes data from the survey about the schools' course offerings, campus infrastructure, activities and career preparation to measure their commitment to the environment and to sustainability.

“The OSU community has once again demonstrated a high level of interest in and competency around sustainability,” said Brandon Trelstad, OSU’s sustainability coordinator. 

The 215-page guide is the only free comprehensive resource of its kind. It can be downloaded at www.princetonreview.com/green-guide and www.centerforgreenschools.org/greenguide.  It does not rank schools hierarchically, but each school’s green score can be found in their school profile on the main site (http://www.princetonreview.com/).

The 322 school profiles in the guide feature essential information for applicants – facts and stats on school demographics, admission, financial aid – plus write-ups on the schools' specific sustainability initiatives.  A "Green Facts" sidebar reports on a wide range of topics from the school's use of renewable energy sources, recycling and conservation programs to the availability of environmental studies and career guidance for green jobs.

“The volume and breadth of sustainability related work at this institution is amazing, and fascinatingly diverse,” Trelstad said. “I think what continually sets OSU apart is its broad spectrum of sustainability expertise. This is supported by students who care about global issues and come to OSU to build on that interest.”

Among OSU’s green highlights were an overall waste diversion rate of 42 percent, its numerous sustainability awards, its annual Nonprofit Career Day, and a building policy that ensures students will typically walk no further than 10 minutes across campus for class.

“OSU has a history of creating innovative projects to reduce energy use and meet its goal of climate neutrality by 2024,” the guide states.

The Princeton Review created its "Guide to 322 Green Colleges" in partnership with the Center for Green Schools (www.usgbc.org) at the U.S. Green Building Council (USGBC)), with generous support from United Technologies Corp. (www.utc.com), founding sponsor of the Center for Green Schools.


Media Contact: 

Brandon Trelstad, 541-737-3307

Generic OSU

About Oregon State University: OSU is one of only two U.S. universities designated a land-, sea-, space- and sun-grant institution. OSU is also Oregon’s only university to hold both the Carnegie Foundation’s top designation for research institutions and its prestigious Community Engagement classification. Its more than 26,000 students come from all 50 states and more than 90 nations. OSU programs touch every county within Oregon, and its faculty teach and conduct research on issues of national and global importance.