RIT scientists ‘feel the burn’ of wildfire research

Photo submitted by Robert Kremens

Robert Kremens, RIT research professor, right, and Sean Michealitz, a graduate student from University of Alberta, prepare equipment for wildfire experiments at the Jones Ecological Research Center.

Scientists from RIT recently helped the U.S. Forest Service collect information about wildfire behavior, atmospheric dynamics and fire effects in controlled burns in Florida and Georgia as part of an exercise called Rx-CADRE—Prescribed Fire Combustion-Atmospheric Dynamics Research Experiments. Robert Kremens, research professor, and Jason Faulring, systems integration engineer, in RIT’s Chester F. Carlson Center for Imaging Science, joined wild land fire managers and researchers from the around the country during the first week of March for wildfire experiments at Eglin Air Force Base in Florida and at the Jones Ecological Research Center near Newton, Ga. Researchers used a variety of ground-based and airborne instruments to observe the controlled fires. Data collected from the experiments will help fire managers model and predict the behavior of fires influenced by fuel type, fuel loading, local weather and other variables. “Over 40 of the nation’s best fire scientists participated in what I believe is the most instrumented wild land fires ever,” Kremens says. “Five fires were flown in one week, collecting what I believe to be the best data set ever obtained from any wild land fire experiment. I have no doubt we will be studying these events for a long time.” RIT participation included the development and deployment of several critical ground-based sensor systems and an airborne fire-mapping camera system. Pre-positioned ground-based sensors monitored various fire parameters as the fire progressed, says Donald McKeown, distinguished researcher in RIT’s Laboratory for Imaging Algorithms and Systems. Faulring operated the fire-mapping camera system from the back of a light aircraft flying over the fires and continuously photographed the progress of the burn. The camera is a lightweight version of the wildfire airborne sensor program RIT developed for the U.S. Forest Service, and is dubbed “WASP-Lite.” It is equipped with color and thermal infrared cameras and an inertial navigation system to precisely map fire location. The WASP-Lite sensor is installed in an aircraft provided by Kucera International, an aerial mapping company, McKeown says. RIT joined several other organizations who participated in this testing operation.

Recommended News

  • March 17, 2019

    Video game graphic in 8-bit style of a city with text: Ball of Doom

    RIT heads to Game Developers Conference 2019

    More than 100 RIT students, faculty, alumni and staff are visiting San Francisco this week to attend Game Developers Conference 2019, the world’s largest professional gaming industry event of the year. The RIT MAGIC Spell Studios booth is displaying four games created at RIT.

  • March 13, 2019

    Head-and-shoulders view of researcher wearing maroon top and cardigan

    RIT Associate Professor Suzanne O’Handley nationally recognized for mentorship

    RIT Associate Professor Suzanne O’Handley has been selected by the Council on Undergraduate Research and the Goldwater Scholarship Foundation as the 2019 CUR-Goldwater Scholars Faculty Mentor Awardee. O’Handley, a faculty member in RIT’s School of Chemistry and Materials Science, was chosen from 10 finalists for her considerable achievements as a dynamic scholar, teacher and mentor.

  • March 13, 2019

    Head-and-shoulders view of man with glasses

    New research unlocking the secrets of how languages change

    New research is helping scientists around the world understand what drives language change, especially when languages are in their infancy. The results will shed light on how the limitations of the human brain change language and provide an understanding of the complex interaction between languages and the human beings who use them.