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The Environment Variation and Analysis of Wuliangsuhai Wetland in Inner Mongolia Autonomous Region

机译:内蒙古自治区乌兰苏海湿地的环境变异与分析

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Wuliangsuhai wetland located in Inner Mongolia Autonomous Region (DvIAR) is selected as the study area to analyze the wetland environment variation of Inner Mongolia plateau. According to the growing conditions of water plants and the differences of water depth, the Wuliangsuhai wetland is divided into six typical areas, i.e. open water area, dense water weed area, reed area, swamp area, shallow water area and artificial reed area. The evolution trends and reasons of the six typical areas in terms of the variation of wetland characteristics are analyzed by using the Landsat TM/ETM data, the historical data and in-situ survey data. In addition, through the optimization comparison of multiple wave-band reflection combination, the regression equation of the water depth Z and wave band reflection combination of TM3, TM2 and TM1 is established based on the remote sensing principles, and the biological materials filling process is studied in detail. The purpose of the study is to find out the eutrophication control theory and technique measures. Due to the similar geographical and climatic conditions, the study results of Wuliangsuhai wetland could be expanded to other wetlands of Inner Mongolia plateau.
机译:乌良海湿地位于内蒙古自治区(DVIAR)被选为研究区,分析内蒙古高原的湿地环境变化。根据水厂的不断增长的条件和水深的差异,乌兰海海湿地分为六个典型区域,即开放水域,浓水杂草区,芦苇区,沼泽地区,浅水区和人造芦苇区。通过使用Landsat TM / ETM数据,历史数据和原位调查数据,分析了六种典型区域的演变趋势和原因。另外,通过多波带反射组合的优化比较,基于遥感原理建立了TM3,TM2和TM1的水深Z和波浪频率反射组合的回归方程,并且生物材料填充过程是详细研究。该研究的目的是找出富营养化控制理论和技术措施。由于地理和气候条件相似,乌兰海海湿地的研究结果可以扩大到内蒙古高原的其他湿地。

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