A Novel Method for Reservoir Outflow Simulation Based on Spearman Rank Correlation between Satellite-derived Water Elevations and Model-simulated Reservoir Storage

1 - TCCRM Code The C# version code of the TCCRM. 2 - Input data for TCCRM The data required to drive the TCCRM model, including 9 reservoirs in China and 22 reservoirs from the ResOpsUS dataset. (1) ReservoirInfo.txt: the volume of the reservoir at the high flood level, the conservation level, and the dead storage capacity, in units of 10⁸ m³. (2) Runoff_in.txt: the in-situ inflows of reservoir, in units of m³. (3) Runoff_out.txt: the in-situ outflows of reservoir, in units of m³. (4) Time.txt: the time division information. The first line indicates the start date of the calibration period, and the second line indicates the start date of the validation period. (5) Vact.txt: the in-situ volumes of reservoir, in units of 10⁸ m³. (6) WaterLevelSat.txt: the surface water elevations from satellite altimetry, in units of m. 3 - EAQ results The results of the E-A-Q method, including 9 reservoirs in China and 22 reservoirs from the ResOpsUS dataset. 4 - EDQ results The results of the E-D-Q method, including 9 reservoirs in China and 22 reservoirs from the ResOpsUS dataset.