In order to understand you better the current science on forest fires and why it is at odds with the current fire management approaches often used, we have collected a number of videos that explain the issues.
Defending Bedrock Environmental Laws and Policies
Fire is a natural force that has shaped the biodiversity of dry forests across the West for millennia. Fire is only catastrophic when it destroys homes or results in loss of life. Unfortunately, fire has been used as an excuse for opening up millions of acres of public lands to unabated logging based on the false premise that logging can prevent future fires and is needed to “restore” forests that have burned. We have chosen to work on fire as a key- stone ecological process because there is much public concern about whether it will increase during a warming climate and whether it is a significant source of CO2 emissions.
For over a decade, Geos Institute has been playing a leadership role in bringing cutting-edge science on the ecological importance of fire featured in top tier science journals, news media reports, and in efforts by partners to defend landmark environmental laws and policies. We continue to develop scientifically sound alternatives that advocate for let-burn policies under safe conditions in the backcountry and fuels reduction near homes and in flammable tree plantations.
Congress is considering legislation that would weaken environmental laws that protect fish, wildlife, and water quality on national forests. Scientists are concerned about this - Geos' Chief Scientist, Dr. Dominick DellaSala, teamed with Dr. Chad Hanson in this opinion piece in the San Francisco Chronicle: Logging California's dead trees is harmful to the forests
Long known for its old-growth haunts, the spotted owl is quite resilient to forest fires. Check out the new blog by Chief Scientist, Dr. Dominick DellaSala, where he comments about how owls teach us what it means to be a "forest."
Geos Institute's Dominick DelsaSala is interviewed in The Wildfire Conundrum, an article published in the Jefferson Journal based on a three-part radio series by JPR reporter Liam Moriarty.
"The wildfire conundrum is made up of a complex set of interrelated factors. But it boils down to three main parts: forests out of ecological balance from decades of fire suppression; sprawling development in the woods that requires expanded firefighting efforts; and the mounting impacts of climate change." - Liam Moriarty
Analysis of proposed fire legislation by Geos Institute's Chief Scientist shows public lands at risk of increased logging
In comments submitted June 10, 2016 Geos Institute's Chief Scientist provides analysis of 6 specific pieces of the proposed fire legislation in the U.S. Senate Energy and Natural Resource Committee:
- Ecological role of wildland fire in resilient and fire-adapted ecosystems is missing from the draft
- Restricts provisions of the National Environmental Protection Act (NEPA) by restricting forest planning to the “no action” vs. “action” alternative and allowing for expansive use of emergency “alternative arrangements” will harm the environment
- Allowing for long-term (20-year) federal “hazardous fuel reduction” contracts (d – Long-Term Contracts) in dry mixed conifer and ponderosa pine forests is a disincentive to ecologically based restoration
- Not excluding inventoried roadless areas and other ecological important lands recognized in forest plans (e.g., Wilderness Study Areas, Areas of Critical Environmental Concern, Late-Successional Reserves, “high-value watersheds”) will cause harm to public lands with some of the highest ecological values
- Not addressing the risk of human-caused fire ignitions from an extensive and damaging road system on public lands misses an important contributing factor to uncharacteristic fires
- Reducing hazardous fuels in the backcountry diverts much needed attention away from homeowner safety