Vadose Zone Characterization Workshop Abstracts and Presentations -
January 19-20, 2000
View the abstracts
Session 1 - Purpose and Focus of Workshop, Characterization Needs
- Andy Ward - Advanced Vadose Zone Characterization Workshop PDF
- Mark Freshley - Groundwater/Vadose Zone Integration Project Science and Technology
Summary PDF
- Fredrick Mann - River Protection Program Characterization Needs PDF
- Glendon Gee - Overview of Vadose Zone Transport Field Studies and Broad Test
Plan PDF
- George Last and Duane Horton - Review of Geophysical Characterization
Methods Used at the Hanford Site PDF
- Raz Khaleel - Review of Hydraulic Properties for Sediments in the 200 Area
PDF
- Buck Sisson - Review of the Sisson and Lu Experiment PDF
Session 2 - Field-Scale Tracer Techniques
- Everett Springer - Tracer Technologies for Field Testing PDF
- Donald DePaolo - Isotopic tracers for qualifying chemical processes during
transport PDF
- Jim Brainard - Field Scale Dye Tracer Experiment: A Method for Delineating
Vadose Zone Flow Processes. PDF
- Prasad Saripalli - Field Tracer Tests to Characterize the Vadose Zone Geochemical
and Hydrologic Properties PDF
- Boris Faybishenko - Advanced Characterization and Monitoring of Chemical Transport
in the Vadose Zone at Hanford PDF
Session 3 - Physical Characterization Methods
- Philip Long - Core- and Outcrop-Scale Permeability Mapping Using IR Imaging
PDF
- Earl Mattson and Buck Sisson - Monitoring and Characterization Equipment Development
at INEEL PDF
- Bob Lenhard - Unsaturated Hydraulic Properties of Uncontaminated WMA S-SX
Vadose Zone Sediments PDF
- John Wilson - Viability of Rapid in situ Measurement of Hydraulic Properties
PDF
- Philip Meyer - Uncertainty and Upscaling of Vadose Zone Flow and Transport
at Hanford PDF
Session 4 - Subsurface Geophysical Methods: Part I
- Ernie Majer - Application of Geophysical Methods for Characterization and
Monitoring of Properties PDF
- C.R. Carrigan - Performing Vadose Zone Experiments and Interpreting Hydrologic
Observations at Hanford PDF
- Patricia Berge - Effects of Fluid Distribution of Measured Geophysical Properties
for Partially Saturated, Shallow Subsurface Conditions. PDF
- Rosemary Knight - Use of Radar Methods to Determine Moisture Content in the
Vadose Zone PDF
- Bill Clement - Cross Hole Radar Tomography in an Alluvial Gravel Deposit PDF
- T.-C. Jim Yeh - Hydraulic/Pneumatic Tomography: A Site Characterization Method
PDF
Session 5 - Minimally Invasive Techniques
- Molly Gribb - In Situ Estimation of Soil Hydraulic Properties with the Cone
Permeameter PDF
- Wesley L. Bratton - CPT Vadose Zone Characterization and Monitoring Tools
PDF
- Stephen Lieberman - Direct Push Spectroscopic and Imaging-Based Sensor Systems
for Characterization of Vadose Zone Hydrologic Conditions and Contaminant
Distributions PDF
- David Bish - Development of a Miniaturized in situ X-ray Diffraction/X-ray
Flourescence Intrument for Vadose Zone Characterization PDF
Session 6 - Subsurface Geophysical Methods: Part II
- T.-C. Jim Yeh - An Integrated Approach for Characterizing and Monitoring the
Vadose Zone and Aquifer PDF
- Richard E. Lewis and John Ullo - Application of Oilfield Drilling and Borehole
Geophysical Technologies to Vadose Zone Characterization. PDF
- James Fink - High Resolution Resistivity: Applications and Case Histories
PDF
- G.A. Newman - Crosswell Electromagnetic Imaging for Characterizing Saturation
Changes within the Vadose Zone PDF
- Peter Weichman - Magnetic Resonance Dowsing PDF
Session 7 - VZTF Data Needs and Experimental Design
- P.C. Lichtner - Field Experiments and Characterization for Reactive Radionuclide
Transport PDF
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