Fire, Volume 7, Issue 6 (June 2024) – 38 articles
Cover Story (view full-size image):
Fire intensity research is commonly restricted to the use of controlled experimentation or temporally and spatially coarse satellite imagery. The use of repeat aerial thermal infrared radiation imagery provides the opportunity to estimate the fire intensity of actively progressing wildfires with high spatial and temporal resolutions. Repeat aerial thermal infrared radiation imagery of the Thomas Fire on December 8 and 9 2017 was used to estimate fire intensity. Through our fire intensity estimations, we were able to analyze the temporal characteristics of fire intensity (fire radiative flux density), as well as estimate and compare the cumulative fire intensities (fire radiative energy density) of active fire progression on December 8 and 9. In addition, we propose new methods for controlling thermal infrared obscuration and thermal infrared radiation from ash depositions. View this paper
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