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The potential information in the temperature difference between shadow and sunlit of surfaces and a new way of retrieving the soil moisture 被引量:11

The potential information in the temperature difference between shadow and sunlit of surfaces and a new way of retrieving the soil moisture
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摘要 The thermal inertia and plant water stress index are oftenadopted to estimate soil moisture available for crops or plants. However, it is not very easy to obtain two temporal temperatures for thermal inertia model and air temperature for the plant water stress mode. Shadows of ground objects are often referred to noise on visible and near infrared remote sensing. But the difference of temperature between shadows and sunlit contains rich information concerning with heat-water status for soil. This paper presented a new way to excavate just by temperature difference usually between shadow and sunlit surface. Experiments validated the ideal. We can adopt thermal camera to measure the differences in the field measurements. However, we must use inversion based on multianglar thermal infrared remote sensing data in airborne and spaceborne. An inverting model was also presented by using Monte-Carlo and the least square method. Results show that this way is feasible. The thermal inertia and plant water stress index are often adopted to estimate soil moisture available for crops or plants. However, it is not very easy to obtain two temporal temperatures for thermal inertia model and air temperature for the plant water stress mode. Shadows of ground objects are often referred to noise on visible and near infrared remote sensing. But the difference of temperature between shadows and sunlit contains rich information concerning with heat-water status for soil. This paper presented a new way to excavate just by temperature difference usually between shadow and sunlit surface. Experiments validated the ideal. We can adopt thermal camera to measure the differences in the field measurements. However, we must use inversion based on multianglar thermal infrared remote sensing data in airborne and spaceborne. An inverting model was also presented by using Monte-Carlo and the least square method. Results show that this way is feasible.
出处 《Science China Earth Sciences》 SCIE EI CAS 2001年第2期112-123,共12页 中国科学(地球科学英文版)
基金 the China's National Key-important Basic Research Plan (Grant No.95-Y-38) , Special Funds for Major State Basic Research Project (Grant No. 2000077900) and the National Natural Science Foundation of China (Grant No. 49890330).
关键词 SHADOW sunlit soil water crop water stress index multi-angular remote sensing thermal geometric model 阴影;被日光照射了;玷污水;收割水压力索引;多角的遥感;热几何模型;
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  • 1张仁华,苏红波,李召良,孙晓敏,唐新斋,F.Becker.The potential information in the temperature difference between shadow and sunlit of surfaces and a new way of retrieving the soil moisture[J].Science China Earth Sciences,2001,44(2):112-123. 被引量:11
  • 2Zhang Renhua(Institute of Geography, CAS, Bejing 100101, P.R. China)Andres Kuusk(Estorua Observatory, Tatu, Estorua)Chen Gang(Ground Station of Satellite Remote Sensing, CAS, Behing 100086, P.R. China)Alan Strahler,Li Xiaonen(Remote Sensing Cater, Boston.A NEW QUANTITATIVE WAY FOR DETERMINING LEAF AREA INDEX AND NET PRIMARY PRODUCTIVITY IN REGIONAL SCALE[J].Journal of Geographical Sciences,1996,6(4):1-17. 被引量:7
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