My research focuses on earth-surface processes (geomorphology) applied to a broad range of problems. Much recent work involves rivers, fluvial geomorphology, flood hydrology, floodplains and watersheds. My research group applies fluvial geomorphology, hydrologic and statistical tools, hydraulic modeling, and other approaches to assess river dynamics and flood hazards. Although much current research focuses on rivers, I continue to work on a broad range of processes that shape the earth surface and operate, in particular, over anthropogenic time scales (yes, the "Anthropocene"). One pressing human application is for managing risk from natural hazards, and my group has worked extensively on quantifying those risks, guiding mitigation and other solutions, and providing a scientific basis for sound natural-hazards public policy.
Nicholas Pinter
Faculty
Davis, CA, United States
https://www.mysciencework.com/profile/nicholas.pinter
Summary
Published articles Show More
Modeling residual flood risk behind levees, Upper Mississippi River, USA
Published in Environmental Science & Policy
Flood protection from levees is a mixed blessing, excluding water from the floodplain but creating higher flood levels (“surcharges”) and promoting “residual risk” of flood damages. This study completed 2D hydrodynamic modeling and flood-damage analyses for the 459 km2 Sny Island levee system on the Upper Mississippi River. These levees provide lar...
Interests
Contact me
(530) 754-1041