CRAIG T. SHIRLEY

EDUCATION:

M.S., Geosciences, University of Nevada, Las Vegas
B.S., Geology, Montana State University

PROFESSIONAL INTERESTS:

Mr. Shirley's research interests include exploitation of dynamic data in site characterization, application of percolation theory to groundwater prediction and development of low disturbance sensor emplacement methods.

SELECTED PUBLICATIONS:

Hu, B.X., R. Andricevic and C. Shirley, 2002.

Geostatistical and Stochastic Study of Relative Dispersion for Solute Flux in Aquifers. Water Resources Research, 27 pp.

Shirley, C.T., June 2000.

Evaluation Of Computationally Efficient Percolation Cluster Metrics As Hydrologic Predictors In Geologic Media Exhibiting Multiple Scales Of Heterogeneity, Proceedings of the XIII International Conference on Computational Methods in Water Resources, University of Calgary, 8pp.

Pohll, G. M., J. Chapman, A. Hassan, C. Papelis, R. Andricevic and C. Shirley, 1998.

Evaluation of Groundwater Flow and Transport at the Shoal Underground Nuclear Test: An Interim Report, DRI Water Resources Publication, 45162.

Shirley, C.T., K. Pohlmann, and R. Andricevic, 1996.

Three-Dimensional Mapping of Equiprobable Hydrostratigraphic Units at the Frenchman Flat Corrective Action Unit, Nevada Test Site. Water Resource Center, Desert Research Institute, Publication #45152, 20 pp.

Shirley, C.T., K. Pohlmann, and R. Andricevic, 1996.

Three-dimensional, Equiprobable Mapping of Hydraulic Conductivity Incorporating Qualitative Geologic Knowledge and Borehole geophysics, American Geophysical Union, Paper H52C-19.