Weather and Forecasting · 2004 · 44 citations · 8 references
Natural SciencesEarth SciencesGeoinformaticsFire EcologyFire ManagementRemote SensingFire DetectionFire InvestigationInfrared Remote SensingSatellite Image InterpretationSatellite SensorsThermal Remote SensingDetectionGeostationary Satellite MonitoringHeat SourcesImage-based Fire DetectionRemote Sensing Of WildfiresSatellite-based Fire MonitoringWildfire DetectionWildfire Monitoring
This paper demonstrates the proper use of geostationary satellite imagery in wildland fire detection. The roles of both the visible and the 3.9-m channels are emphasized. Case studies from June 2002 are presented to illustrate techniques that can be utilized in both the detection and short-range forecasting processes. The examples demonstrate that, when utilized correctly, the sensitivity of the shortwave infrared channel to subpixel heat sources can often result in detections that match the timelines of human observations. Finally, a derived satellite product that increases the detection rate of wildland fires from space is described.
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