Long-term and High-frequency Water Levels Using Multi-source Altimetry and Optical Satellite Data for 32 reservoirs in Mekong river basin

Citation Author(s):
Aoni
Shi
Fujian Normal University
Yaoliang
Chen
Fujian Normal University
Pokhrel
Yadu
Michigan State University
Lamin, R.
Mansaray
Njala University
Shusen
Wang
Canada Centre for Remote Sensing, Natural Resources Canada
Dengsheng
Lu
Fujian Normal University
Hongfeng
Xu
Fujian Normal University
Submitted by:
Aoni Shi
Last updated:
Fri, 08/30/2024 - 03:18
DOI:
10.21227/wbxw-y038
License:
0
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Abstract 

This is a reservoir water surface area and water levels dataset including 32 major reservoirs in Mekong River basin. For all the 32 reservoirs, water levels were inverted by using improved DEM-derived A-E model (combined with actual reservoir parameters limitation), improved DEM-derived A-E model (combined with actual reservoir parameters limitation) or satellite-derived A-E model based on the Landsat-derived surface area. An initial time series was constructed based on the optimal improved A-E model according to their own altimetry data availability. Then all the altimetry water levels (if available) were merged into the initial time series to construct the final time series water levels.Altimetry water level was preferred when the date of two datasets was identical.

Instructions: 

Users can search the required reservoir information according to the excel file of the reservoir list, and then obtain the long-term time series water level and water surface area of the reservoir.