• Advanced methods to investigate hydro‐morphological processes in open‐water environments 

      Haun, StefanORCIDiD; Dietrich, StephanORCIDiD (Earth Surface Processes and Landforms, 2021-05-06)
      Hydro‐morphology describes the interactions between water and sediments in fluvial systems and the corresponding processes across all spatial and temporal scales. The results are natural and anthropogenically influenced ...
    • Bayesian Calibration Points to Misconceptions in Three‐Dimensional Hydrodynamic Reservoir Modeling 

      Schwindt, SebastianORCIDiD; Callau Medrano, SergioORCIDiD; Mouris, KilianORCIDiD; Beckers, FelixORCIDiD; Haun, StefanORCIDiD; Nowak, WolfgangORCIDiD; Wieprecht, SilkeORCIDiD; Oladyshkin, SergeyORCIDiD (Water Resources Research, 2023-03-02)
      Three‐dimensional (3d) numerical models are state‐of‐the‐art for investigating complex hydrodynamic flow patterns in reservoirs and lakes. Such full‐complexity models are computationally demanding and their calibration is ...
    • Fuzzy map comparisons enable objective hydro‐morphodynamic model validation 

      Negreiros, BeatrizORCIDiD; Schwindt, SebastianORCIDiD; Haun, StefanORCIDiD; Wieprecht, SilkeORCIDiD (Earth Surface Processes and Landforms, 2021-11-18)
      Numerical modeling represents a state‐of‐the‐art technique to simulate hydro‐morphodynamic processes in river ecosystems. Numerical models are often validated based on observed topographic change in the form of pixel ...