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Brian Waldron, Ph.D. PE Research Assistant Professor The University of Memphis Ground Water Institute 301 Engineering Admin. Bldg. Memphis, TN 38152-3170
901-678-3913
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bwaldron@memphis.edu | |
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Brian Waldron, Ph.D. PE Research Assistant Professor The University of Memphis Ground Water Institute 301 Engineering Admin. Bldg. Memphis, TN 38152-3170
901-678-3913
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bwaldron@memphis.edu | |
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Education
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Colorado State University (CSU) Doctor of Philosophy in Civil Engineering
Dissertation: MULTRAN:
A Finite Difference, Multi-species, Three-dimensional
Contaminant |
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The University of Memphis (UofM) Masters and Bachelors in Civil Engineering
Thesis: A Protocol and Practical Application for Determining the Fate of Leachate in the Memphis Sand Aquifer |
Responsibilities
Publications
Yates, R., Waldron, B. and Van Arsdale, R., 2003. Urban effects on flood plain natural hazards:
Wolf River, Tennessee, USA, Engineering Geology, 70, pp. 1-15.
Van Arsdale, R., Waldron, B. Ramsey, N., Parrish, S., et al., 2003. Impact of river channelization
on seismic risk: Shelby County, Tennessee, Natural Hazards Review, 4(1), pp. 2-11.
Gomberg, J., Waldron, B., Schweig, E., Hwang, H., et al., 2003. Lithology and shear-wave velocity
in Memphis, Tennessee, Bulletin of the Seismological Society of America, 93(3), pp. 986-997.
Proceedings
Waldron, B., 2001. Designing of a Centralized Database for Simplifying Ground Water
Model Development, TN American Water Resources Association Conference Proceedings
Larsen, D., Gentry, R., Waldron, B., et al., 2001. Variations in Water Quality and Tritium in the
Sheahan and Morton Well Fields, Memphis, Tennessee, USA, TN American Water
Resources Association Conference Proceedings.
Other
Brian Waldron. MULTRAN: A Finite Difference, Multi-species, Three-dimensional Contaminant
Transport Model, Colorado State University, Dissertation, pp. 150, 1999.
Brian Waldron. A Protocol and Practical Application for Determining the Fate of Leachate in
the Memphis Sands Aquifer, Masters Thesis, pp. 150, 1994.
Brian Waldron and Jerry Anderson, 1995. Development of a Ground Water Flow Model with
Predictive Solutions for Grand Prairie Project Implementation, US Army Corps of
Engineers: Memphis District, pp. 42.
Accomplishments/Mempbership
President-elect for TN AWRA 2004
Board Member of the Wolf River Conservancy (2004- )
Steering Committee Member of the Children's Health Data Consortium (CHDC) (2003- )
Member AWRA
Member ASCE
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Working Projects
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Center for Earthquake
Research and Information (CERI)
The Ground Water Institute is in cooperation with CERI and the USGS to develop and populate an Oracle database with geologic, hydrologic and geotechnical information to be used in the hazard map development process for Shelby County, Tennessee. This also includes lithological interpretation of geophysical logs and geotechnical borings, geographic information system (GIS) representation of various spatial information, and 3D fence diagrams. |
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Tennessee Department of Environment and
Conservation (TDEC)
The Ground Water Institute is working with TDEC to generate GIS files of surface features (GDT data: rivers, roads, railroads, etc.), Zone 1 and 2 capture zones for water supply systems, National Elevation Data (NED) raster maps by watershed, Superfund site location, and GIS training. |
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United States Geological Survey (USGS)
The Ground Water Institute is collaborating with the USGS in an effort to model the Upper Mississippi Embayment incorporating new data and technologies in a project titled MATRAS (Mississippi, Arkansas, Tennessee Regional Aquifer Study) |
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Software Specialization
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NUMERICAL MODELS
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GRAPHICAL IMAGING/PRESENTATION
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VISUALIZATION
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ESRI - GIS
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Others... |
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Platform Experience
ESRI trademarks used herein by license from ESRI.
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