WaterWare description
• Data management, Objects
• Monitoring, time series
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Hydro-meteorological data, forecasts
Rainfall-runoff: RRM, floods
Irrigation water demand
Water budget modelling
Water quality: STREAM, SPILL
Multi-criteria optimization, DSS
User support, system maintenance
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Monitoring data:
• Associated with monitoring stations/GIS
• Active or passive data transfer in “realtime” with several alternative protocols;
• Range of time series data display and
analysis tools;
• Directly linked to simulation results
(simulated virtual monitoring stations)
• Data assimilation (4D) for forecasts
(nudging of initial conditions)
• Model calibration and validation
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Monitoring data:
• Associated with monitoring stations/GIS
• Active or passive data transfer in “realtime” with several alternative protocols;
• Range of time series data display and
analysis tools;
• Directly linked to simulation results
(simulated virtual monitoring stations)
• Data assimilation (4D) for forecasts
(nudging of initial conditions)
• Model calibration and validation
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User interface examples
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Monitoring data:
• Associated with monitoring stations/GIS
• Active or passive data transfer in “realtime” with several alternative protocols;
• Range of time series data display and
analysis tools;
• Directly linked to simulation results
(simulated virtual monitoring stations)
• Data assimilation (4D) for forecasts
(nudging of initial conditions)
• Model calibration and validation
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Models vs Observations
Models obey the
conservation laws
Observations obey ????
• Very limited spatial coverage
and resolution, measurement
error (pluvimeter, flow) sensor
calibration/maintenance,
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