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Articles
Quick start on the Severn River (UK)
Severn_01: Set up of a semi-distributed GR model network
Severn_02: Calibration of a GR4J semi-distributed model network
Severn_03: Calibration of an open-loop influenced flow model network
Severn_04: Modeling a regulated withdrawal (closed-loop control)
Severn_05: Modeling ungauged stations
Severn_06: Modeling a regulated diversion
Example of a large network on the Seine River (France)
Seine_01: Structuration of a semi-distributed GR4J model network
Seine_02: Run a semi-distributed GR model network
Seine_03: Calibration of a semi-distributed GR model network
Seine_04: Running open-loop influenced flow semi-distributed model network
Seine_05: Calibration of an open-loop influenced flow semi-distributed model network
Seine_05b: Calibration of an open-loop influenced flow semi-distributed GR6J model network
Seine_06: Simulate naturalized flows with a model network calibrated with influenced flows
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Articles
Quick start on the Severn River (UK)
Severn_01: Set up of a semi-distributed GR model network
Severn_02: Calibration of a GR4J semi-distributed model network
Severn_03: Calibration of an open-loop influenced flow model network
Severn_04: Modeling a regulated withdrawal (closed-loop control)
Severn_05: Modeling ungauged stations
Severn_06: Modeling a regulated diversion
Example of a large network on the Seine River (France)
Seine_01: Structuration of a semi-distributed GR4J model network
Seine_02: Run a semi-distributed GR model network
Seine_03: Calibration of a semi-distributed GR model network
Seine_04: Running open-loop influenced flow semi-distributed model network
Seine_05: Calibration of an open-loop influenced flow semi-distributed model network
Seine_05b: Calibration of an open-loop influenced flow semi-distributed GR6J model network
Seine_06: Simulate naturalized flows with a model network calibrated with influenced flows