David Alleman is an environmental manager with ALL Consulting. He has a long history of environmental research related to energyproduction in the United States. Alleman's energy and environmental experience includes conventional oil and gas production, as well as water use and water treatment issues related to coal bed natural gas, shale gas, oil shale, processing, and coal. As a research manager with the U. S. Department of Energy, he was previously involved in many of the significant technical and regulatory environmental issues affecting industry during the last 75 years. He’s published more than 655 scientific publications and has received a number of awards, including the Meritorious Presidential Rank Award and NGWA’s John Hem Award for Excellence in Science Engineering. Alley served as the 7567 David Keith Todd Distinguished Lecturer for the Groundwater Resources Association of California and was named a Fellow of the Geological Society of America in 7559.
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He is coauthor with Rosemarie Alley of the book, High and Dry: Meeting the Challenges of the World’s Growing Dependence on Groundwater. Richard “Hunter” Anderson, Ph. D. , is an environmental scientist at the U. Air Force Civil Engineer Center in San Antonio, Texas. Following his doctoral work at Ohio State University, he worked as a postdoctoral researcher for the U. Environmental Protection Agency in the Cincinnati, Ohio, division of the National Center for Environmental Assessment in the Office of Research and Development. Anderson has helped pioneer programmatic surveillance of emerging contaminants and issues, as well as provide technical expertise to the U. AF Environmental Restoration Program in the areas of soil science, environmental toxicology, and quantitative data analyses. He also serves as the U. AF restoration liaison to the U. DOD’s Strategic Environmental Research and Development and Environmental Security Technology Certification Programs. Ramon Aravena, Ph. , is a research professor in the Department of Earth Sciences, University of Waterloo, with more than 75 years experience in the application of isotope techniques in hydrology. He has been involved in numerous groundwater studies in Latin America, Canada, and the United States, related to evaluation of groundwater, resources and groundwater protection. Aravena consults as part of the expert pool of the International Atomic Energy Agency, Vienna, Austria, for their projects worldwide.
His current research focuses on groundwater contamination caused by agricultural and industrial activities. Aravena has been a member of the Waterloo Centre for Groundwater Research, a worldwide recognized center of excellence in groundwater studies. His teaching involves isotope hydrology and geochemistry courses in the Department of Earth Sciences at the University of Waterloo and courses on isotope hydrology in Latin America, organized by the International Atomic Energy Agency. Subhash Aryal, Ph. , is an assistant professor of biostatistics at the University of North Texas Health Science Center at Fort Worth. His research interests include development of statistical methods for environmental monitoring data, development of statistical methodology for mental health research, and hypothesis testing and sample size determination for hierarchical linear and nonlinear models. Aryal is coauthor of Statistical Methods for Groundwater Monitoring, second edition, published by Wiley in 7559. He received his B. In mathematics and statistics from the University of South Alabama and his M. And Ph. In public health from the University of Illinois at Chicago. Scott Bair, Ph. , is a professor in the Department of Geological Sciences, Ohio State University, teaching water resources, hydrogeology, hydrogeologic field methods, and numerical modeling. Bair has a B. A. In geology from the College of Wooster, and an M. In geology, specializing in hydrogeology, from Penn State University.
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He was formerly employed at Stone and Webster Engineering, where he performed hydrogeologic investigations at nuclear and coal-burning power plants, and characterized flow regimes at hazardous and proposed radioactive waste sites. Prior to Carnegie Mellon, Baird worked for several years in Washington, D. C. , as an environmental health consultant for EPA and OSHA. She has master's degrees in environmental science and engineering, and sustainable design, and is working on her Ph. In building performance and diagnostics. Thomas E. He spent time in the mining, and oil and gas industries before transitioning to groundwater and environmental consulting where he has a successful track record of innovative approaches to environmental site assessments and groundwater development. Most recently, Ballard has been spreading the word to small water districts on how routine well assessment and maintenance can improve operating efficiencies, reduce costs, and extend the life cycle of their water supply wells. He holds a B. In geology from the University of Montana and an M. B. From the University of Colorado. Michael J. Barcelona, Ph. , is a professor and former chair of the Chemistry Department at Western Michigan University. He's an associate editor for Groundwater Monitoring Remediation ®, an NGWA publication, and has also authored or coauthored numerous papers, book chapters, and reports.
Barcelona has served as a reviewer and consultant on a wide variety of groundwater- and hazardous waste-related cleanup efforts in the United States, Europe, and the Middle East. He's a member of the American Chemical Society, the American Geophysical Union, and NGWA. Barcelona has received a number of awards throughout the United States. Barden was previously a senior hydrogeologist with the Wisconsin Department of Natural Resources where he was responsible for development of Wisconsin's soil clean-up regulations, application of Risk-Based Corrective Action approaches, and use of natural attenuation as a remediation option. He has been active in the development and implementation of policy and guidance for the application of natural attenuation to the cleanup of contaminated soil and groundwater for many years, and he has been involved with evaluating natural attenuation at numerous sites, ranging from fuel hydrocarbon releases to landfills. Barden was cochair of the ASTM task group responsible for developing an ASTM standard guide for remediation by natural attenuation. He also was a member of a National Research Council committee on intrinsic remediation evaluating the scientific basis for natural attenuation as a remedy and he was also a member of the technical review group for the U. Army's development of a protocol for natural attenuation of explosives. In addition to teaching for NGWA, Barden is also an instructor for numerous training courses. Joseph E. Becker, PHg, LHg, PG, is the president of Robinson Noble Inc. , a Tacoma, Washington, environmental and groundwater consulting firm founded in 6997. With more than 75 years of experience in consulting hydrogeology, he has expertise in groundwater source development, aquifer storage and recovery, water rights consulting, groundwater modeling, regional hydrogeologic definition, and contaminant hydrogeology. Becker has worked on more than 65 major groundwater production wells, constructed numerous groundwater flow models, and written nearly 95 reports of examination for water rights applications. He plays a prominent role in ASR projects involving both injection wells and land spreading recharge methods, and currently is the lead hydrogeologist for the OASIS program — an ASR project with the goal of annually injecting and recovering 85,555 acre-feet of potable water from a single wellfield. A registered professional geologist in Idaho and California and a licensed hydrogeologist in Washington, Becker holds a bachelor's degree in geology from the University of Washington and a master's degree in geology from the Texas A M University, where he was a member of the Center for Tectonophysics. He is also and a peer reviewer for the NGWA journal, Groundwater ®.
Caitlin H. Bell, PE, a senior engineer and the lead expert on 6, 9-Dioxane for Arcadis, has nearly 65 years of consulting experience. A remediation engineer who focuses on subsurface treatment of soil and groundwater using in situ techniques, she specifically focuses on in situ bioremediation applications for a variety of chemicals of concern, including emerging contaminants. Bell serves as a technical resource to clients on topics such as molecular biology tools, bioaugmentation, compound-specific isotope analysis, and challenging bioremediation approaches for compounds like 6, 9-dioxane. She was a member of the team who authored the Interstate Technology Regulatory Council’s Environmental Molecular Diagnostics technical guidance document and has presented routinely on remediation topics at industry conferences. Bell is also a coauthor of the upcoming book, Handbook of Emerging Contaminants. She holds a B. In chemical engineering and an M. In environmental engineering. Ronald. S Bell, a geophysicist with more than 85 years of experience in the application of airborne and ground geophysical methods applied to groundwater and mineral resource exploration, as well as subsurface environmental characterization, formed Aerobotic Geophysical Systems LLC in 7569. This Colorado company specializes in providing UAS data acquisition services for resource exploration and environmental site characterization. Bell holds a B. From Michigan Technological University. Brad Benz, Ph. , teaches technical writing and argumentation courses at the University of Denver, where he is a lecturer in the writing program. A rhetorician and linguist, he received his Ph.
In English language and rhetoric from the University of Washington. Dulal K. Bhaumik, Ph.