Escuela Complutense de Verano

Técnicas para la Gestión Sostenible de los Recursos Hídricos Subterráneos y de Superficie. Modelación y Uso de los SIG.
Madrid, España - Julio 2007
Francisco Olivera, Ph.D., P.E.
Assistant Professor
Zachry Department of Civil Engineering
Texas A&M University
I. GIS Fundamentals
Introduction to GIS and ArcGIS: Presentation, Tutorial and Data.
ArcMap and Visualization: Presentation
ArcCatalog and Geodatabases: Presentation , Tutorial and Data.
Map Projections: Presentation, Tutorial and Data.
Map Analysis with Vector Data: Presentation 1, Presentation 2, Presentation 3, Tutorial and Data.
Creating and Editing Feature Data: Presentation, Tutorial and Data.
Creating and Editing Tabular Data: Presentation.
Map Analysis with Raster Data: Presentation 1, Presentation 2, Tutorial and Data.
II. Water Resources Applications - Presentations
Modelaje hidrológico espacialmente distribuido - Fundamentos
Delineación de cauces y divisorias de drenaje (elemento - elemento)
Calculo de parámetros y construcción de un modelo hidrológico (elemento - elemento)
Hidrograma unitario espacialmente distribuido (fuente - sumidero)
Redes de flujo de baja resolución y cascadas de reservorios (celda - celda)
Efecto del proceso de urbanización en la escorrentía y flujos punta
III. Water Resources Applications - Exercises
Análisis de la calidad del agua con SWAT (Chapter 1: An Application Example - pp. 6 - 44)
IV. Journal Articles
Olivera, F. and B. DeFee, Urbanization and Its Effect on Runoff in the Whiteoak Bayou Watershed in Texas, Journal of the American Water Resources Association 43 (1): 170 - 182, 2007.
Olivera, F., M. Valenzuela, R. Srinivasan, J. Choi, H. Cho, S. Koka, and A. Agrawal, ArcGIS-SWAT: A Geodata Model and GIS Interface for SWAT, Journal of the American Water Resources Association 42 (2): 295 - 309, 2006.
Olivera, F., S. Koka and J. Nelson, WaterNet: A GIS Application for the Analysis of Hydrologic Networks Using Vector Spatial Data, Transactions in GIS 10 (3): 355-375, 2006.
Olivera, F. and S. Koka, Advective and Hydrodynamic Dispersive Processes in Watershed Responses, Journal of Hydrologic Engineering 9 (6): 534-544, 2004.
Olivera, F. and R. Raina, Development of Large-Scale Gridded River Networks from Vector Stream Data, Journal of the American Water Resources Association 39 (5): 1235-1248, 2003.
Olivera, F., M. Lear, J. Famiglietti and K. Asante, Extracting Low-Resolution River Networks from High-Resolution Digital Elevation Models, Water Resources Research 38 (11): 13/1-8, 2002.
Tate, E., D. Maidment, F. Olivera and D. Anderson, Creating a Terrain Model for Floodplain Mapping, Journal of Hydrologic Engineering 7 (2): 100-108, 2002.
Olivera, F., Extracting Hydrologic Information from Spatial Data for HMS Modeling, Journal of Hydrologic Engineering 6 (6): 524-530, 2001.
Olivera, F., J. Famiglietti and K. Asante, Global-Scale Flow Routing Using a Source-to-Sink Algorithm, Water Resources Research 36 (8): 2197-2207, 2000.
Olivera F. and D. Maidment, GIS-Based Spatially Distributed Model for Runoff Routing, Water Resources Research 35 (4): 1155-1164, 1999.
V. Tools, Spatial data and Other
CRWR-PrePro: Pre-procesador para HMS.
Extensiones Vector 1.1 y Raster 1.0 para ArcView 3.x. Documentacion para Vector 1.1 y Raster 1.0.
Update feature geometry instructions.
Area de inundación: Animación en dos dimensiones y en tres dimensiones por Esteban Azagra Camino.
Modelo de elevación digital de la península ibérica en coordenadas geográficas (CD\SpatialData\Geographic\gtopo30) y proyección Albers (CD\SpatialData\Albers\gtopo30).
Propiedad intelectual de Francisco Olivera y Texas A&M University © 2007.
Prohibida su reproducción y/o distribución sin el consentimiento escrito del autor.