Text for Teaser and Metatags Publications Publication List Final Report Final Report MuDak-WRM Posters Scientific Results Project Overview fernerkundungsdaten_fur_globales_wasserressourcenmanagement.pdf UAS-based hyper-spectral imaging for estimation of water quality parameters in reservoirs Adaption des Wasserhaushaltsmodells LARSIM zur Anwendung bei veränderter Datenlage und unter subtropischen Bedingungen am Beisp Multikriterielle Analyse eines Wasserhaushaltsmodells unter Berücksichtigung der Unsicherheit der Datengrundlage Technical Products Flyer Mixing Mechanisms and Hydrodynamics of Passauna Reservoir Water Quality Sensors Solids from Inflow to Outflow and Insights DOM Sources Variability and Insights Monitoring Passaunas Reservoir Water Quality Satellite Remote Sensing for Reservoir Catchment Monitoring UAS System to Ensure Continuous Monitoring of Basic Water Parameters Modeling Stratification and Density Currents 3D Numerical Modelling of Suspended Sediment Transport in the Passauna Reservoir Using Hydrological Models to Plan and Manage Reservoirs with Respect to Water Quantity LARSIM Water Balance Modek for the Passauna Catchment and Reservoir Modelling Sediment Input from Passauna Catchment Sedimentation in Passauna Reservoir Monitoring Sediment and Phosphorous Flux using composite Sampling Assessment of Sedimentation for Reservoirs Hydro Acoustic Storage Volume Assessment Presentations Combining remote sensing and in-situ data for water body monitoring Integration zeitlich hochauflösender Fernerkundungsdaten in das Sensor Web Videos UFPR Overview of the project results in Brazil: Multidisciplinary Data Acquisition as Key for a Globally Applicable Water Resource Management Project Documentation Movie Review Final Conference Stakeholder Forum: Data integration with the Sensor Web (Wupperverband) Presentation: Adapted approaches for monitoring and modelling water quality in reservoirs Sanepar contribution
Adaption des Wasserhaushaltsmodells LARSIM zur Anwendung bei veränderter Datenlage und unter subtropischen Bedingungen am Beisp
Multikriterielle Analyse eines Wasserhaushaltsmodells unter Berücksichtigung der Unsicherheit der Datengrundlage
