水利与建筑工程学报
水利與建築工程學報
수리여건축공정학보
TECHNIQUE OF SEEPAGE CONTROL
2012年
4期
139-144,164
,共7页
土壤水分%土壤含水率%遥感%反演分析
土壤水分%土壤含水率%遙感%反縯分析
토양수분%토양함수솔%요감%반연분석
soil moisture%soil water content%remote sensing%inversion analysis
土壤水分是陆地表面参数化的一个关键变量。遥感技术为大面积动态监测土壤水分提供了可能。简述了热惯量法、作物缺水指数法、植被指数距平法、微波遥感法、高光谱法五种目前为止比较成熟和广泛应用的土壤水分遥感监测方法和模型,并进行了优缺点分析。
土壤水分是陸地錶麵參數化的一箇關鍵變量。遙感技術為大麵積動態鑑測土壤水分提供瞭可能。簡述瞭熱慣量法、作物缺水指數法、植被指數距平法、微波遙感法、高光譜法五種目前為止比較成熟和廣汎應用的土壤水分遙感鑑測方法和模型,併進行瞭優缺點分析。
토양수분시륙지표면삼수화적일개관건변량。요감기술위대면적동태감측토양수분제공료가능。간술료열관량법、작물결수지수법、식피지수거평법、미파요감법、고광보법오충목전위지비교성숙화엄범응용적토양수분요감감측방법화모형,병진행료우결점분석。
Soil moisture is a key variable of land surface parameterization. Remote sensing provides the possibility for dy- namic monitoring of soil moisture in a large area. Some relatively mature and extensively used methods and models for re- mote sensing monitoring of soil moisture are described here briefly, such as the thermal inertia method, the index method of crop water shortage, the departure method of vegetation index, the microwave remote-sensing method and the highly spectrographic method, and their advantages and disadvantages are also analyzed.
