A reservoir-routing model calibration method relating storage elements to basin geomorphology for peak runoff prediction from extreme summer storm events in ungaged arid watersheds
AuthorTruschel, Anthony D
AdvisorCampana, Michael E.
Geological Sciences & Engineering
StatisticsView Usage Statistics
A study of synthetic geomorphologic and hydrologic data has been used to determine relationships between the storage constants of a parametric storage-routing model and influential peak runoff producing parameters, allowing the direct synthesis of peak runoff hydrographs from extreme summer storm rainfall patterns. The size and drainage configurations of watershed subunit cells, termed unit areas, govern the degree of influence of dominant hydrologic parameters on simulated peak flow. As unit area size increases, channel slope and overland slope parameters increase in their apparent effect on peak flow. Roughness parameters and channel width do not show such a trend. A calibration method for a simple and complex drainage configuration of an optimum size 0.5 square mile unit area was developed by combining dominant slope factors into one variable and relating this variable to rainfall intensity to define equivalent cell storage constants. The calibration method was tested with actual hydrological data available for various arid watersheds with limited success.
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Subjectsynthetic geomorphologic data
parametric storage-routing model
influential peak runoff producing parameters
peak runoff hydrographs
summer storm rainfall patterns
watershed subunit cells
termed unit areas
dominant hydrologic parameters
channel slope parameters
overland slope parameters
simple drainage configuration
complex drainage configuration
dominant slope factors
cell storage constraints
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