I'm just starting a Phd-Thesis, the aim is to develop
hydrologic models in GRASS, specially runoff models.
So, i'd like to know what kind of models
ave been implemented on GRASS.
Thank you very much.
clothilde
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********** * Clothide BON Phone : (33) 56 84 62 43 Fax (33) 56 84 69 38
UNIVERSITE * Email : bon@muse.cribx1.u-bordeaux.fr
BORDEAUX I *
********** * Centre de Ressources Informatiques de Bordeaux I
351, cours de la Liberation - 33400 TALENCE - FRANCE
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"r.water.fea" is a finite element analysis program for hydrologic
simulation. It was
developed by Dr. Baxter Vieux and Nalneesh Gaur at the University of Oklahoma.
The code and readme files (r.water.tar.Z and r.water.READEM) may be obtained
from the moon anonymous ftp site (129.229.20.254). Associated reference:
Vieux, B.E., Bralts, V.F., Segerlind, L.J., Wallace, R.B., (1990), "Finite
Element
Watershed Modeling: One-Dimensional Elements", J. of Water Resources
Planning and Management, Vol. 116, No. 6, p. 803-819.
A finite difference hydrologic simulation program (r.flow ??) is being
developed
by Dr. Bahram Saghafian at USACERL, Champaign, Illinois. I believe he is
currently on leave, but that he plans to return to CERL. Reference: Doe, W.
W. and
Bahram Saghafian, (1993), "Spatial and Temporal Effects of Army Maneuvers
on Watershed Response: The Integration of GRASS and a Two-dimensional
Hydrologic Model", Proceedings of the Seventh Annual GRASS Users
Conference, Lakewood, CO, March 16-19, 1992, U.S. Dept. of the Interior,
National Park Service, Technical Report NPS/NRGISD/NRTR-93/13, p. 91-105.
(CASC2D is the model integrated.)
REMOTE SENSING / GEOGRAPHIC INFORMATION SYSTEMS CENTER
72 Lyme Rd.
Hanover, N.H. 03755
Karen E. Frederickson Phone (603) 646-4387
Email:karen@rsgisc.crrel.usace.army.mil Fax (603) 646-4750