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Highlight IDTitleStrategic Program Area(s)YearStation
Photo of Burn probability map for the conterminous United States generated for risk assessment and other applications. Forest Service
ID: 396
A practical approach to using fire simulations for operational planning and ecological research

Station scientists have developed a simulation system designed to estimate the probabilistic components of wildfire risk for Fire Planning Units ...

Principal Investigator : Mark A. Finney

Wildland Fire and Fuels2011RMRS
Photo of A mechanical fuels reduction treatment on a study site in the Pringle Falls Experimental Forest. Rhonda Mazza, U.S. Department of Agriculture Forest Service.
ID: 1072
Assessing the Impacts of Federal Forest Planning on Wildfire Risk Mitigation in the Pacific Northwest

In the western U.S., a presumed factor contributing to the transmission of fire from national forests to the wildland urban interface (WUI) are ...

Principal Investigator : Alan Ager

Resource Management and Use2016PNW
Photo of Forest Service researcher prepares a video camera prior to ignition of one of the large grass-shrub burn plots at Eglin Air Force Base. USDA Forest Service
ID: 556
Central Data Set Informs Next Generation of Fire and Smoke Models

RxCADRE, the Prescribed Fire and Combustion and Atmospheric Dynamics Research Experiment, is a collection of resources and fire and fuels data o ...

Principal Investigator : Daniel M. Jimenez

Wildland Fire and Fuels2013RMRS
Photo of 2012 Wenatchee Complex, Okanogan-Wenatchee National Forest, WASH.  Kari Greer - Creative Commons
ID: 820
Climate-induced Variations in Global Wildfire Danger from 1979 to 2013

Identifying the driving factors of contemporary wildfire activity changes to ensure that wildfires are effectively managed to promote healthy ec ...

Principal Investigator : William M. Jolly

Wildland Fire and Fuels2015RMRS
Photo of Firefighters exit area where safety zone sensors were deployed on fire in Nevada in 2014. Dan Jimenez, USDA Forest Service.
ID: 700
Forest Service Researchers Focus on Firefighter Safety

Wildland firefighters continue to be injured or killed in fire entrapments. Past entrapment data indicates that policy changes, work practices, ...

Principal Investigator : Bret W. Butler

Wildland Fire and Fuels2014RMRS
Photo of The six sites selected for this study include: 1) Lubrecht Forest, Montana; 2) Tenderfoot Forest, Montana; 3) Ninemile, Montana; 4) Bighole Valley, Montana; 5) Silver Mountain, Utah; and 6) Colville Forest, Washington., RMRS19b.jpg: The sample grid installed in the center of each study area with the four areas that received additional sampling to intensify the grid.  A set of nested plots were installed at each of the sample points shown. Forest Service
ID: 399
How to measure, describe and map wildland fuels

Results from a new study have profound implications for fire management and may render many conventional fuel products and analyses inappropriat ...

Principal Investigator : Robert E. Keane II

Wildland Fire and Fuels2011RMRS
Photo of Plume of the Big Salmon Lake Fire on August 17, 2011: one of 25 fires studied in the Smoke Emission and Dispersion field project. Forest Service
ID: 111
Improved Air-Quality Models Help Land Managers and Regulators

New research helps reduce the effects of wildfire emissions on human health, economic activity, and scenic integrity

Principal Investigator : Shawn P. Urbanski

Wildland Fire and Fuels2012RMRS
Photo of Wildland fire burns with a mosaic of fire severity on the landscape. This image shows a high severity fire. USDA Forest Service
ID: 549
Mappint Project Delivers Fire Severity Maps for all Phases of Fire Management

Forest Service scientists and their cooperators developed the Fire Severity (FIRESEV) Mapping Project, a comprehensive set of tools and precedur ...

Principal Investigator : Robert E. Keane II

Wildland Fire and Fuels2013RMRS
Photo of The telltale red needles of a mountain pine beetle attacked tree contain 10 times less water than those of a similar healthy green tree, and these low moisture contents cause the red foliage to ignite quickly and easily.  This red-needle lodgepole pine tree was ignited from a single point source on its lowest branches; the entire tree was quickly consumed in flames. Forest Service
ID: 395
Mountain pine beetle effects on fire behavior

Studies are shining light on how pine beetles affect wildfire.

Principal Investigator : William M. Jolly

Wildland Fire and Fuels2011RMRS
Photo of It is common to find mature whitebark pine trees well over 400 years of age as seen in this image, especially on harsh growing sites.
ID: 1344
Restoring whitebark pine ecosystems in the face of climate change

Whitebark pine (Pinus albicaulis) forests are declining across most of their range in North America because of the combined effects of mountain ...

Principal Investigator : Robert E. Keane II

Inventory and Monitoring
Wildland Fire and Fuels
Invasive Species
Photo of Top-view of the flame zone of a spreading fire in the laboratory showing pocket structures resulting from buoyant-flow instabilities. USDA Forest Service
ID: 816
Role of Buoyant Flame Dynamics in Wildfire Spread

The phrase “spreads like wildfire” is well-known but until recent discoveries through experiments, it wasn’t well-known how wildfires actu ...

Principal Investigator : Mark A. Finney

Wildland Fire and Fuels2015RMRS
Photo of Outputs from the Landscape Treatment Designer showing planning area priorities for treating ecological departure (A) versus wildfire transmission to the urban interface (B) for the Wallowa-Whitman National Forest in northeastern Oregon. The program can quickly prioritize planning areas and perform trade-off analysis between alternative restoration scenarios. USDA Forest Service
ID: 827
The Landscape Treatment Designer Leads to Optimal Restoration Scenarios

The Landscape Treatment Designer can be used at a range of scales to prioritize management activities and understand policy tradeoffs associated ...

Principal Investigator : Alan Ager

Resource Management and Use
Wildland Fire and Fuels
Photo of Lab experiment showing flame wall apparatus, sensor placement and close-up of turbulent eddies intersecting the heat flux sensor and thermocouple arrays. Forest Service
ID: 392
Understanding the physical processes of fire spread

The latest research suggests a completely new approach to understanding and modeling the spread of forest fires - creating new opportunities for ...

Principal Investigator : Mark A. Finney

Wildland Fire and Fuels2011RMRS
Photo of
ID: 275
Whitebark Pine Management Guide Published

Don't expect the Clark's nutcracker, a jay-size bird named for the Lewis and Clark expedition's William Clark, to save the declining whitebark p ...

Principal Investigator : Colin C. Hardy

Resource Management and Use2010RMRS