Remote sensing techniques have been widely applied to capture spatial/temporal information for water resource
studies and they provide great useful information for keeping the managements and sustainable developments of
aquatic ecosystems. Poyang Lake, the largest freshwater lake in China, is located at the southern bank of the middle
Yangtze River, and the high water quality makes it an important international wetland, allowing its ecosystem to
provide significant benefits to the society. This paper aims to review recent applications of remote sensing techniques
on capturing spatial/temporal information for water resource studies in Poyang Lake. The Poyang Lake and remote
sensing techniques are briefly introduced first. Then the applications of remote sensing techniques on the studies of
water level, water area, flooding disaster, water quality (e.g. water clarity and suspended sediment concentration) and
eutrophication of Poyang Lake are reviewed. Finally some potential applications of remote sensing techniques on
Poyang Lake and conclusion are summarized. It is hoped that this paper might provide necessary and integrated
information for the researchers to understand the applications of remote sensing techniques in the water resource studies and to establish foundation for their further studies in Poyang Lake.
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