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Monitoring and analysis of atmospheric environment by remote sensing in mining area

机译:矿区大气环境遥感监测与分析。

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Abstract: Mining area is a large and complex system. Only do we adopt routine monitoring methods, the monitoring data that we got cold not reflect atmospheric condition perfectly. The technology of remote sensing can replenish the deficiency of routine environment monitoring methods. However, the quantity variation of vegetation index is correlative with the growing and covering degree of vegetation. With Feicheng's Baizhuang mine as researching area, the authors monitored the atmospheric environment by remote sensing technology adopting normalized vegetation index, analyzed the reflectance spectrum curve of poplar, and calculated the normalized vegetation index. On the basis of above research work, this paper put forward the mathematical relation of atmospheric environment synthesis index and normalization vegetation index, combining the routine analysis of atmospheric pollution. At last, the atmospheric environment of research area was analyzed by the spectrum data and remote sensing data. !4
机译:摘要:矿区是一个庞大而复杂的系统。我们只采用常规的监测方法,我们冷的监测数据不能完美地反映大气状况。遥感技术可以弥补常规环境监测方法的不足。然而,植被指数的数量变化与植被的生长和覆盖程度有关。以肥城白庄矿为研究区域,采用归一化植被指数遥感技术监测大气环境,分析白杨的反射光谱曲线,计算出归一化植被指数。在上述研究的基础上,结合大气污染的常规分析,提出了大气环境综合指数与归一化植被指数的数学关系。最后,利用光谱数据和遥感数据对研究区的大气环境进行了分析。 !4

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