Maki Endowment

Presentations

AGU 2016

  • Shillito, R., M. Berli, and T.A. Ghezzehei, 2016. The hydrology of water repellent soil. American Geophysical Union, San Francisco, CA. EOS Abstract No. H43G-1547.

    The occurrence of wildfire throughout the western United States is expected to increase, which will also increase the flooding and erosion associated with the aftereffects of the fires. Soil water repellency (hydrophobicity) has frequently been observed after fires and is believed to increase the post-fire runoff potential, although current runoff models cannot directly account for this effect. Many physically based runoff models incorporate an infiltration reduction factor or manipulate the soil hydraulic conductivity parameter to account for water-repellent soils in runoff generation. Beginning with fundamental principles, we developed a methodology to physically account for soil water repellency.

UNLV News Center Highlight: “The Trickle-Down Effect”

 

Publications

 

CONTACT

Chuck Russell
Program Coordinator
Chuck.Russell@dri.edu

LOCATION

Desert Research Institute
755 East Flamingo Road
Las Vegas, NV 89119

DIVISION

Hydrologic Sciences