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JAMES W. WARNER, Ph.D., P.E. <br /> � CG <br /> Representative Experience <br /> ' • Associate Professor of Civil Engineering, Groundwater/Environmental <br /> Hydrogeology program -Colorado State University(1981 to present): <br /> ' ♦ Conduct research and advise graduate students in groundwater <br /> ♦ Develop and teach graduate courses in groundwater contaminant transport <br /> modeling, quantitative hydrogeology, solutions to groundwater problems, <br /> ' groundwater engineering, geostatistics and conjunctive use of groundwater <br /> and surface waters <br /> ♦ Graduated 15 Ph.D. students and 32 M.S. students <br /> • Civil Engineering Groundwater Program Leader-Colorado State University <br /> • Groundwater hydrologist - US Geological Survey, Water Resources Division <br /> (1968-1981): <br /> ' ♦ Seven years in the Denver, Colorado office <br /> ♦ Six years in the Laguna Nigel, California office (Southern California District <br /> Office <br /> ♦ Project chief/member on complex hydrologic studies <br /> ♦ Office consultant on technical matters related to groundwater hydrology <br /> • Groundwater technical adviser - Egypt Groundwater Research Institute in Cairo, <br /> Egypt <br /> ♦ assist in developing research plans <br /> ' • train Egyptian engineers in groundwater <br /> ♦ assist in formulating plans of action to control groundwater contamination <br /> ♦ assist in implementation of conjunctive use of groundwater with surface water <br /> for irrigation use in Egypt <br /> • Groundwater modeling projects <br /> ' • Groundwater author-over 80 technical publications and reports <br /> • Associate editor-Journal of Engineering Geology <br /> t • Research funding - has received over$1.6 million in external funding over the past <br /> six years <br /> • Research areas - computer code development, groundwater flow and contaminant <br /> ' transport modeling, stochastic modeling, fracture-flow modeling, monitoring criteria, <br /> conjunctive use of groundwater and surface water, toxic wastes in groundwater <br /> systems, multi-phase multi-species contaminant transport, water resources <br /> systems analysis, microbial growth in aquifer systems and aquifer remediation <br /> • Computer code development for the Colorado State University finite element <br /> groundwater modeling package, also used by consulting firms, the US Army Corps <br /> of Engineers, Waterways Experiment Station (i.e., Rocky Mountain Arsenal) - <br /> GWFLOW (2-dimensional flow model), GWTRAN (2-D/quasi 3-D contaminant <br /> transport model), GWFRAC (double porosity flow model), GWCH2O (vertically <br /> integrated density dependent flow model), GWBIO (2-D model for solving <br /> ' biologically active contaminant transport), GW3D-REACT (full 3-D multi-species <br /> contaminant transport model) <br /> Page 2 <br /> I ' <br />