Transcription of CHAPTER 8: Thermal Infrared Remote Sensing
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CHAPTER 8: Thermal Infrared Remote Sensing
1 CHAPTER 8 CHAPTER 8 CHAPTER 8: CHAPTER 8: Thermal InfraredThermal InfraredRemote SensingRemote SensingggREFERENCE: Remote Sensing REFERENCE: Remote Sensing of the Environment of the Environment John R. Jensen (2007)John R. Jensen (2007)Second EditionSecond EditionPearson Prentice HallPearson Prentice Hall2 Thermal Infrared Remote SensingThermal Infrared Remote SensingThermal Infrared energyis emitted from all objectsthat have a temperature greater than absolute , all the features we encounter in the landscape on atypical day (Sun, vegetation, soil, rocks, water, and evenpeople) emit Thermal Infrared electromagnetic eyes cannot detect differences in Thermal infraredenergybecausetheyareprimarilysen sitivetovisiblelightenergybecausetheyare primarilysensitivetovisiblelightfrom 400 to 700 nm.
Remote Sensing thermal infrared multispectral scanner (TIMS) that acquires thermal infrared energy in six bands at wavelength intervals of <1.0 μm. • Successful studies using TIMS resulted in the development of the 15-channel Airborne Terrestrial Applications Sensor (ATLAS). • Landsat Thematic Mapper 4 and 5 sensors were launched on July
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