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After the occurrence of the barrier lake, the rapid and effective development of hydrological emergency monitoring plays a key role in formulating emergency plans and reducing the losses caused by secondary disasters. This paper introduces the main characteristics of hydrological emergency monitoring of barrier lake, and the overall situation of emergency monitoring of 11.3 Baige Barrier Lake in Jinsha River in 2018. The scheme of hydrological emergency monitoring of barrier lake is designed, and two non-contact hydrological emergency monitoring methods based on radar and LSPIV technology are proposed according to the existing emergency monitoring methods of barrier lake. It has practical guiding significance for hydrological emergency monitoring of Barrier Lake.

Research on hydrological emergency monitoring scheme and technology of Barrier Lake