Analysis of ecological effects of comprehensive treatment in the Tarim River Basin using remote sensing data

Tan Kelong , Wang Xiaofeng , Gao Huijun
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引用次数: 7

Abstract

Based on multi-type, multi-temporal remote sensing data, we have monitored recent changes in cultivated land use and vegetation, in sandy areas and salinized desertification in the Green Corridor zone of the main channel of the Tarim River Basin. The results of our investigation show that the ecological environment in the Green Corridor of the main channel of the Tarim River Basin has conspicuously improved from 2002 to 2004. These improvements show up largely in such aspects as an increase in the rate of vegetation cover, a reduction in desertification land areas and a weakening in the intensity of sandy and the salinized land. On the other hand, the cultivated area in the Tarim River Basin significantly increased from 2002 to 2004. The rate of growth in cultivated areas during this period was significantly higher than that from 1999 to 2002. The increase in the use of irrigation resulting from the substantial increase in cultivated areas has a long-term potential restraining effect on the restoration of ecological functions of the Tarim River.

塔里木河流域综合治理的遥感生态效应分析
基于多类型、多时相遥感数据,对塔里木河干流绿色廊道地区耕地利用、植被、沙区和盐渍化土地的变化进行了监测。结果表明:2002 - 2004年塔里木河干流绿色廊道生态环境明显改善。这些改善主要表现在植被覆盖率的增加、沙漠化土地面积的减少以及沙化和盐碱化土地的强度的减弱等方面。2002 ~ 2004年塔里木河流域耕地面积显著增加。这一时期耕地面积的增长率明显高于1999 - 2002年。由于耕地面积的大幅增加而导致的灌溉使用量的增加,对塔里木河生态功能的恢复具有长期的潜在抑制作用。
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