Monitoring ecological health of wetlands and adjacent uplands by combining MODIS vegetation index and wetness index

Jianguo Sun, Jing Cao, Huane Duan, C. Yan, Tao Wang
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Abstract

Based on MODIS data and Mann-Kendall test, our study put forward a method of combining EVI (enhanced vegetation index) and TCWI (Tasseled Cap wetness index) to monitor the ecological health of wetlands and adjacent uplands. In terms of the experimental district in Zoige Basin, a series of the ecological restoration projects implemented in recent years has not yet measurably improved the ecological health in wetlands and adjacent uplands, and the unfavorable affection from overgrazing is still obvious. The above conclusion is identical with several latest research results from other scholars based on both the post-classification change monitoring and landscape structure indices. This proves that our method is reliable; it will have great potential for popularization.
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结合MODIS植被指数和湿度指数监测湿地及邻近高地生态健康
本研究基于MODIS数据和Mann-Kendall检验,提出了一种结合EVI (enhanced vegetation index)和TCWI (Tasseled Cap wet index)的湿地及邻近高地生态健康监测方法。若尔盖盆地试验区近年来实施的一系列生态修复工程,对湿地及邻近高岭地的生态健康改善效果尚不明显,过度放牧的不利影响依然明显。以上结论与其他学者基于分类后变化监测和景观结构指标的最新研究结果一致。这证明我们的方法是可靠的;它具有很大的推广潜力。
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