Forest degradation and deforestation contribute more greenhouse gas pollution globally than the entire transportation network.
Conversely, protecting and responsibly managing forests for their capacity to store carbon for long periods (centuries) along with their associated biodiversity and clean water is pivotal to stemming serious global warming problems. Thus, we seek to elevate the importance of intact forests and watersheds in the Pacific Northwest and southeast Alaska nationally and globally in climate change and land-use policies.
Because public lands policies depend to a great extent on which political party is in the White House or in the majority in Congress, we periodically revise program goals to be responsive to threats and opportunities on public lands. Our near-term goals are:
Transition logging on the Tongass Rainforest out of 2.5 million acres of old growth to about 100,000 acres of previously logged plantations within five years, thereby ensuring the Tongass will continue to sequester up to 8% of the nation’s globally warming pollution annually.
Defend public lands from inappropriate logging and fire management policies – Fire Ecology
During forest plan revisions, advocate for protection of ~1 million acres of at-risk legacy forests in the Pacific Northwest that store the equivalent of ~80 times Oregon’s global warming pollution.
Permanently protect 220,000 acres of a legacy landscape that may act as a climate refuge within the world-class Klamath-Siskiyou ecoregion.
Forest thinning and use of logging slash and shrubs as fuel for energy production is being championed as clean, renewable energy. Geos Institute scientists Dr. Dominick DellaSala and Marni Koopman say that isn’t so. Read the full report.
This fire primer is meant for decision makers concerned about forest fires in the American West. Using best science, we address seven fundamental questions related to the ecological importance of large fires and their appropriate management on public lands. Specifically, we examine: (1) what works best for reducing fire risks to homes and firefighters; (2) are large wildland fires an ecological catastrophe as claimed; (3) are fires increasing from historical levels; (4) does forest thinning reduce fire intensity or lower large fire occurrence; (5) how does post-fire logging affect forest rejuvenation and reburn intensity; (6) do insect outbreaks increase fire occurrence or intensity; and (7) how is climate change affecting fire behavior in the West?
Seven of the nation’s top scientific societies and 200 distinguished climate and natural resource scientists are urging the USDA and the Obama Administration to speed up its transition out of old-growth logging on the Tongass National Forest. The large trees, productive soils, and dense foliage on the Tongass store ten times more carbon than any other national forest. When these rainforests are logged, most of the stored carbon is released as carbon dioxide pollution, contributing to global warming in Alaska and worldwide.
According to Dominick DellaSala, “Quickly transitioning the Tongass rainforest out of clearcutting old-growth forests would bring certainty to the timber industry and secure the legacy of rainforest benefits for the American people.
A 2014 study of second growth timber on the Tongass National Forest in southeast Alaska shows that the U.S. Forest Service can transition out of old growth logging in 5 years, and shift timber sales into young growth located in previously logged and roaded areas.
As Dominick DellaSala stated, “We have a once-in-a lifetime opportunity to stop the needless logging of old growth in one of the world’s last relatively intact rainforests, with the added benefit of keeping carbon in the forest and out of the atmosphere.”
The North Pacific Landscape Conservation Cooperative, California Landscape Cooperative, Geos Institute, Society for Conservation Biology (Humboldt State Chapter), and the Environmental Protection Information Center hosted a workshop and field trip entitled: “Managing Coast Redwoods for Resilience in a Changing Climate,” which took place on September 6 and 7, 2013 at Humboldt State University and Redwood National Park.
The Kalmiopsis region in southwest Oregon is home to wild rivers and rare beauty. It is one of the most biologically diverse landscapes on the West Coast. It is also threatened by industrial scale nickel mines. British investors are looking to turn the wild and pristine wildlands into a wasteland of haul roads, ore smelters, and mountain top removal. Grassroots conservation groups are building support to protect 90,000 acres of the Rough & Ready, Baldface, and Hunter Creek watersheds from mine development. Join the efforts today.
Watch the video depicting this rare and beautiful landscape.
The Ecological Importance of High-Severity Fires, presents information on the current paradigm shift in the way people think about wildfire and ecosystems.
While much of the current forest management in fire-adapted ecosystems, especially forests, is focused on fire prevention and suppression, little has been reported on the ecological role of fire, and nothing has been presented on the importance of high-severity fire with regards to the maintenance of native biodiversity and fire-dependent ecosystems and species.
This text fills that void, providing a comprehensive reference for documenting and synthesizing fire’s ecological role.
Offers the first reference written on mixed- and high-severity fires and their relevance for biodiversity
Contains a broad synthesis of the ecology of mixed- and high-severity fires covering such topics as vegetation, birds, mammals, insects, aquatics, and management actions
Explores the conservation vs. public controversy issues around megafires in a rapidly warming world