Resolution Dependence of Cell-to-Cell Runoff Routing Models

Presented by Francisco olivera at the AGU 1999 Spring Meeting.
H51C: Scientific Principles in Distributed Hydrologic Process Modeling: Is More Complexity Better?
June 4, 1999

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Center for Research in Water Resources of The University of Texas at Austin.
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Table of Contents

Resolution Dependence of Cell-to-Cell Runoff Routing Models

Cell-to-Cell Runoff Routing

Resolution of Discretization

Motivation

Motivation

Resolution and Attenuation

Resolution and Attenuation

PPT Slide

Advection-Dispersion

Linear Reservoir

Cascade of Tanks

Cascade of Tanks

Remarks

Conclusions

Author: Francisco Olivera

Email: folivera@mail.utexas.edu

Home Page: http://www.ce.utexas.edu/prof/olivera/header.htm

Other information:
This research is supported in part by NSF grant ATM-9617980, Closing the Global Water Cycle in Fully-Coupled Climate System Models:Terrestrial Hydrology and River Transport for the NCAR CSM Land Component, J. S. Famiglietti, PI.