Professor Wang      
Zhi (Luke) Wang
Ph.D., University of Leuven, Belgium, 1997

Professor of Hydrology and Soil Physics
Coordinator, GIS Certificate of Advanced Study

Department of Earth and Environmental Sciences
California State University, Fresno
2576 E. San Ramon Avenue, Mail Stop ST-24
Fresno, CA 93740

Tel.  (559) 278-4427
Fax. (559) 278-5980
E-mail: zwang@csufresno.edu

Office: Science II 121

Teaching Interests:
Surface and Subsurface Hydrology, Hydrogeology, GIS, Environmental Science, Soil Physics and Computer Applications. 

Courses taught and developed at CSU Fresno:

EES 004: Environmental Science (GE)
EES 108: Soil and Water Science
EES 112: Earth System History (web-based and classroom)
EES 117: Hydrogeology
EES 177: Quantitative Methods for Earth Science
EES 178: Geostatistics
EES 180: Computer Applications in Geology
EES 186: Environmental GIS
EES 217T: Contaminant Hydrology (graduate)
EES 217T: Unsaturated Zone Hydrology (graduate)
EES 220: Groundwater Hydrology (graduate)
EES 230: Contaminant Transport (graduate)
EES 265: Hydrology System (graduate)
NSCI 115: Environmental Earth and Life Science
NSCI 115: Environmental Earth and Life Science (distance learning)
NSCI 115: Environmental Earth and Life Science (web-based)

Research Interests:

  • Fluid mechanics (finger flow) in porous media including soils and fractured rocks.
  • Watershed hydrology and environmental hydrogeology - water flow and solute transport.
  • Effects of soil and groundwater salinity on land use and plant sustainability.
  • GIS applications in hydrology, other natural sciences and all possible areas.
  • Climate change effects on hydrological processes, water resources and ecosystems.
  • Hydraulics and irrigation engineering, irrigation scheduling and technology.
  • Soil and water conservation in arid and semi-arid regions.

At present, I am conducting a field-based research on water flow and salt transport in the shallow saline aquifers and soils of the San Joaquin Valley. Recent community-based projects include monitoring of the upper Fresno River watershed and the Upper San Joaquin River watershed involving water quality and discharge measurement, watershed delineation and snowpack calculations using GIS, and estimation of the climate change effects on the watersheds. Other basic and applied studies include measurement and modeling of unstable or finger flow in porous media (basic science), engineering improvement of irrigation systems in the San Joaquin Valley to raise water use efficiency, and irrigation scheduling.

Selected Publications (with PDF files):

Graduate Students: 

  1. James R. Meier (graduated in Summer 2005 and hired by GeoMatrix Consultants): Thesis abstract: Analysis of Groundwater Banks in San Joaquin Valley.
  2. Ori Sartono (graduated in Summer 2007, K.D. Schmidt & Assoc.) Thesis abstract: Parameterization of a fractured hardrock aquifer in western foothills of the Sierra Nevada, California
  3. Sana Alsaoudi (graduate in Fall 2007): Thesis abstract: Isotope studies of San Joaquin River and the nearby groundwater resources.
  4. Jorge Baca Jr. (graduated in Fall 2009, California EPA - Central Valley Regional Water Quality Control Board). Thesis abstrct: GIS-aided modeling and site measurement of soil erosion potentials in the upper Fresno River watershed, California.
  5. Doug DeFlitch: (Graduated in Spring 2010):Thesis abstract: Measurement and Monitoring of Bedload Sediment Transport along the Upper San Joaquin River below Friant Dam.
  6. Joe Knight: Geological study of selenium transport in the Central Valley of California.
  7. Ronald E. Holcomb (California EPA - Central Valley Regional Water Quality Control Board): Hydrogeological study of the shallow saline aquifer in Lemoore, California.
  8. Ashley Ross: Measurement and modeling of sediment transport in the Big Creek basin of Kings River watershed, California.
  9. Dustin White: Stratigraphy and Transmissivity of the Kaweah River Fan, Visalia, California.
  10. Benjamin Gooding: Identifying Sources of Hydrogen Sulfide and Water Quality Characteristics in the San Joaquin Valley.
  11. Marienel Basiga: Simulating Salt Transport in Naval Air Station Lemoore Using HYDRUS 1-D.

Complete CV (PDF file)