We can’t stop all fires
Dominick DellaSala comments on NYTimes dot earth blog on fire and climate change.
Author: Jessica
Oregon forestry is clearcutting our climate future
For Immediate Release on November 17, 2015
REPORT: INDUSTRIAL FOREST PRACTICES COULD BE OREGON’S SECOND LARGEST SOURCE OF GREENHOUSE GAS EMISSIONS
Despite this, the Oregon Global Warming Commission has failed to track and evaluate the timber industry’s emissions and effects on carbon sequestration capacity
Contacts: Dr. John Talberth, Center for Sustainable Economy: (510) 384-5724, jtalberth@sustainable-economy.org; Dr. Dominick DellaSala, Geos Institute, (541) 482-4459 x302, dominick@geosinstitute.org
PORTLAND – Clearcutting and use of forest chemicals and fertilizers on industrial forestlands could represent Oregon’s second largest source of global warming pollution and are subverting the State’s climate agenda by making landscapes more susceptible to wildfires, landslides, floods and warm waters that kill salmon. And despite legal requirements to do so, the Oregon Global Warming Commission has failed to track and evaluate the greenhouse gas emissions (GHG) from forest practices or follow through on commitments to develop and promote alternative management techniques that can transform these lands from a net source to a net sink for atmospheric carbon. The key culprit: a flawed international greenhouse gas accounting protocol that lumps all forest owners into one aggregate “forest sector” and allows the timber industry to take credit for carbon sequestered on forests protected by non-profits, small landowners, and public agencies.
Fire’s as nature’s phoenix – interview with co-editor Chad Hanson
Dr. Chad Hanson and Dr. Dominick DellaSala have released a new book on the ecosystem benefits of wildfires as featured here on Charter Local Edition TV.
Ways to Co-exist with Large Fires and Their Ecosystem Benefits
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?
Over 200 scientists request that the Administration accelerate transition out of old-growth logging
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.
Press Release:
Phase out of Tongass old-growth logging
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.”
Press Releases:
Managing Coast Redwoods for Resilience in a Changing Climate
Reports:
- Managing an Ancient Ecosystem for the Modern World: Coast Redwoods and Climate Change
- Draft Workshop Summary
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.
Temperate and Boreal Rainforests Book
Temperate and Boreal Rainforests of the World: Ecology and Conservation
Edited by Geos Institute Chief Scientist, Dominick A. DellaSala, Ph.D.
News about the book’s 2012 national award, naming it “best of the best” for academic excellence.
Temperate and boreal rainforests are biogeographically unique. Compared to their tropical counterparts, they are rarer and at least as endangered. Because most temperate and boreal rainforests are marked by the intersection of marine, terrestrial, and freshwater systems, their rich ecotones are among the most productive regions on Earth. Many of them store more carbon per hectare than even tropical rainforests, contain some of the oldest and largest trees on the planet, and provide habitat for scores of rare and unique species including some with affinities dating back to the supercontinent Gondwanaland and when dinosaurs were king.
Rainforests Play a Pivotal Role in Stabilizing the Global Climate
Given temperate and boreal rainforests are very wet places and trees are relatively long-lived they are highly productive ecosystems that store carbon for centuries in massive trees, dense foliage, and productive soils. In fact, these rainforests are among the world’s champions in storing carbon. In 2007, these cool-weather rainforests contained roughly 196 gigatonnes of carbon – the equivalent of more than six times the total annual carbon dioxide emissions from human activities.
10 Temperate and Boreal Rainforest Regions of the World
In 2011, Geos Institute and partners completed an updated global synthesis of temperate and boreal rainforests of the world, using advanced computer mapping and local partnerships with 32 scientists to identify just ten regions of the world that qualified as temperate and boreal rainforest:
- Pacific Coast of North America (redwoods to Alaska containing the greatest extent of these rainforests globally)
- Inland northwest British Columbia and portions of Idaho and Montana
- Eastern Canada (portions of Nova Scotia, Newfoundland, New Brunswick, eastern Quebec)
- Europe (Norway is boreal; British Isles, Ireland, Swiss Alps, and Bohemia are temperate);
- Western Eurasian Caucasus (Georgia, Turkey, Iran)
- Russian Far East and Inland Southern Siberia (transitional between boreal and temperate)
- Japan and Korea
- Australasia (Australian mainland, Tasmania, New Zealand)
- South Africa (Knysna-Tsitsikamma)
- Chile & Argentina (Valdivia temperate rainforests)