Test PB Collection: FTE

Soil Modeling Software Collection, Internat. Soil Modeling Consortium U.S.

Modeling Materials Developed for "Introduction to Vadose Zone Hydrology & Modeling" Shortcourse Link to other Vadose Zone Modeling Software Link to Groundwater Modeling Software Go to NeuroMultiStep (below) VLEACH is a one-dimensional, finite difference model for making preliminary assessments of th...

(This list includes courses offered through Stanislaus and Tulare UCCE in cooperation with UC Davis; A number of workshops will be offered again during Winter 2000/01.

Principal Investigator: Thomas Harter Other Investigators (also at UC Davis): Jan Hopmans, Willi Horwath, Sanjai Parikh, Kate Scow, Alex Furman (Israel), Estathis Diamantopoulos Student Researchers and Staff: Farag Botros, Michelle Denton, Sevim Onsoy, Tad Doane, Katrin Heeren, Jim McIntyre Nitrate-...

Principal Investigators: Thomas Harter (UC Davis), Rob Atwill (UC Davis), Aaron Packman (Northwestern University), Stephan Wuertz (UC Davis), Brian Bergamaschi (USGS) Funding Sources: USDA National Institute of Food and Agriculture, California State Water Resources Control Board Recently, several la...

Paralleling my efforts to create projects that would generate scientific field data describing the fate and transport of nonpoint source contaminants in soil and groundwater, I have been involved in developing and synthesizing mathematical concepts and models that explicitly account for spatial and...

Researchers: Dongxiao Zhang, Los Alamos National Laboratory Thomas Harter, University of California, Davis Mathematical models of flow and contaminant transport in highly heterogeneous (variable) sediments, while mathematically complicated, are greatly simplifying nature's complexities.

Thomas Harter D I S S E R T A T I O N The University of Arizona, 1994 ABSTRACT Spatial heterogeneity of geologic media leads to uncertainty in predicting both flow and transport in the vadose zone.

Between Nature and Science: The complexity of natural systems has challenged scientists to seek new approaches to better describe, understand, and analyze environmental processes.

SBX2 1 UC Davis Study The University of California, Davis, Center for Watershed Sciences will publicly release its independent study of nitrate in groundwater for the Tulare Lake Basin and Salinas Valley on Tuesday, March 13. A public event will be held to present the study results.