Estimation of water quality parameters from space images

A. Popova
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Abstract

Water quality affects many human activities. Remote sensing is efficient and economical instrument for water monitoring. The paper investigates the problem of choosing an algorithm for Chl-a concentration determination. In this study, we made calculations for Multispectral Instrument (MSI) on Sentinel-2 for Lake Baikal by different empirical algorithms and C2RCC tool. We choose 3 band combination that have high correlation with in situ data of Chl-a. Resultant distribution map display spatial dynamics of Chl-a in the lake. Our research is intended to help environmental scientist to assess pollution level of the Lake Baikal and interpret the ecological meaning of results
基于空间图像的水质参数估计
水质影响着许多人类活动。遥感是一种经济有效的水资源监测手段。本文研究了氯-a浓度测定算法的选择问题。利用不同的经验算法和C2RCC工具,对贝加尔湖Sentinel-2多光谱仪(MSI)数据进行了计算。我们选择了与原位Chl-a数据相关性高的3个波段组合。合成的Chl-a分布图显示了湖泊中Chl-a的空间动态。我们的研究旨在帮助环境科学家评估贝加尔湖的污染水平,并解释结果的生态学意义
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