• Probabilistic Models Significantly Reduce Uncertainty in Hurricane Harvey Pluvial Flood Loss Estimates 

      Rözer, ViktorORCIDiD; Kreibich, HeidiORCIDiD; Schröter, KaiORCIDiD; Müller, Meike; Sairam, NiveditaORCIDiD; Doss‐Gollin, James; Lall, UpmanuORCIDiD; Merz, BrunoORCIDiD (Earth's Future, 2019-04-09)
      Pluvial flood risk is mostly excluded in urban flood risk assessment. However, the risk of pluvial flooding is a growing challenge with a projected increase of extreme rainstorms compounding with an ongoing global urbanization. ...
    • Process‐Based Flood Risk Assessment for Germany 

      Sairam, NiveditaORCIDiD; Brill, FabioORCIDiD; Sieg, TobiasORCIDiD; Farrag, MostafaORCIDiD; Kellermann, PatricORCIDiD; Nguyen, Viet DungORCIDiD; Lüdtke, StefanORCIDiD; Merz, BrunoORCIDiD; Schröter, KaiORCIDiD; Vorogushyn, SergiyORCIDiD; Kreibich, HeidiORCIDiD (Earth's Future, 2021-10-05)
      Large‐scale flood risk assessments are crucial for decision making, especially with respect to new flood defense schemes, adaptation planning and estimating insurance premiums. We apply the process‐based Regional Flood ...
    • Quantifying Flood Vulnerability Reduction via Private Precaution 

      Sairam, NiveditaORCIDiD; Schröter, KaiORCIDiD; Lüdtke, StefanORCIDiD; Merz, BrunoORCIDiD; Kreibich, HeidiORCIDiD (Earth's Future, 2019-03-04)
      Private precaution is an important component in contemporary flood risk management and climate adaptation. However, quantitative knowledge about vulnerability reduction via private precautionary measures is scarce and their ...