 Fire Experiment Coordinates Data Collection Activities Across Academic Boundaries
The Joint Fire Science Program recently awarded the Forest Service Rocky Mountain Research Station funding to support collection of data in the spirit of integrating multiple fire research disciplines (fuels, fire behavior, meteorology, remote sensing, etc.) in the field. FERA’s Roger Ottmar is the principal investigator, and the large group of collaborators (RxCADRE) includes researchers from every one of the U.S. Forest Service Research stations, three institutions of higher education, and other research entities.
Collaborators will intensively monitor 5 to 10 5-acre prescribed burns and two 1000-acre operational burns, at Florida’s Eglin Air Force Base during the first two weeks in November 2012. Data from these burns and from previous burns monitored by the RxCADRE (2008 and 2011) will be place in a repository for use by scientists, modelers, and managers.
Most recently, FERA’s Roger Ottmar, Bob Vihnanek, and Ruddy Mell visited potential burn sites on the base, participated in two small grass burns, and formulated fuel measurement protocols for obtaining the appropriate fuel measurements for use in testing fire behavior models.
National Database for Calculating the Fuel-Available-to-Wildfires
A short paper published in EOS describes how the Fuel Characteristic Classification System (FCCS) can be used to estimate emissions from wildfires in real time at subcontinental scales and in a spatially consistent manner. Written by FERA's Don McKenzie and Roger Ottmar, along with Nancy French from Michigan Tech, it includes discussion about the availability of this data in the Wildland Fire Emissions Information System.
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Shaping the Future of Prescribed Fire in Washington
FERA’s Dave Peterson, Morris Johnson, Roger Ottmar, and Clint Wright attended the newly-formed Washington State Prescribed Fire Council‘s first annual conference in Wenatchee Washington on March 6 and 7. The council is intended to be a collaborative group working to protect, conserve, and expand the responsible use of prescribed fire on the Washington landscape and joins over 25 similar councils across North America.
Northwest Fire Science Consortium
Readers in the Pacific Northwest may have heard of the newly-developed Northwest Fire Science Consortium. Sponsored by the Joint Fire Science Program, this consortium joins 10 others across the country. It aims to help connect managers, practitioners and scientists working in the region, provide the best fire information, and demonstrate new knowledge in the field. Oregon State University’s Extension Forestry Program received funding to coordinate consortium activities through its collaboration with the U.S. Forest Service’s Pacific Northwest Research Station.
FERA’s Dave Peterson Serves on Washington State Advisory Committee
PNW Research Station scientist Dave Peterson has been appointed to the Washington state Forest Health Technical Advisory committee by Peter Goldmark, Commissioner of Public Lands. Committee members will provide advice on the severity of the threats to forests, areas of the state where corrective actions would be best prioritized, and what kind of actions would be most effective.
Improving Smoke Management and Testing Software Results
Roger Ottmar and Bob Vihnanek visited the Fort Gordon military installation in February to begin assessing sites to characterize fuels and fuel consumption. The sites will have a variety of rough ages ranging from 1 to 4 years with one unit never having been burned. The data will be compared with results predicted by the Fuel Characteristic Classification System (FCCS) and Consume models.
The study is supported by the U.S. Corps of Engineers. Fort Gordon has been using FERA’s set of products for smoke management since 2009, following a 3-day workshop held at the facility. They use the photo-series to inventory the fuels and build FCCS fuelbeds., and then import those fuelbeds into Consume and the Fire Emission Production Simulator (FEPS) to generate levels of expected fuel consumption and emission production. Emission production, along with weather information, is fed into V-SMOKE for estimating plume direction and concentration for smoke management reporting requirements.
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