**Tentative Agenda**

**[Hydrogeology. Session Chair: Baveye]{.underline}**

• Welcome and Opening remarks by the organizing

• ASI Layout, Introduction of Participants and Hydrogeophysics concepts
-Hubbard

• Hydrogeological Site Characterization and the Hydrological Inverse
Problem - Kitanidis

• A Stochastic Framework for the Integration of Hydrogeological and
Geophysical Data - Rubin

Evening **Session Chair Rubin**

• Hydrogeological Characterization: needs, concepts and methods -
Teutsch

**[Hydrology and Stochastic Hydrogeology - Session Chair:
Hubbard]{.underline}**

• A Stochastic Framework for the Integration of Hydrogeological and
Geophysical Data - Part

2: Rubin

•Nonlinear and non-Gaussian inversion using computer intensive
resampling methods - Kitanidis

• Heterogeneity and spatial variability of the soil hydraulic functions
and their impact on vadose zone flow and transport - Cislerova

•Efficient large-scale bioremediation in a heterogeneous aquifer: the
Schoolcraft Bioaugmentation experiment, Hyndman.

• Plume source reconstruction - Alan Woodbury

**[Geoelectric/Electromagnetic Methods - Session Chair
Goldman]{.underline}**

•Electrical Methods: Principles and applications for near surface
characterization - Epov

•Near-surface controlled-source electromagnetic induction: background
and recent advances - Everett

•Electrical Resistance Tomography: Theory and Practice - Binley

•Electrical prediction of soil hydraulic and geochemical properties -
Lesmes

•Effective pore-scale permittivity/electrical conductivity in the
context of evaluating macroscopic effective conductivites - Friedman

•Geoelectric exploration of waste disposal sites - Goldman

•Other case studies to be announced

Evening **Poster Session Chair Rubin**

Poster Session

**[Geoelectric/Electromagnetic Methods - Session Chair:
Kobr]{.underline}**

•Deterministic and non-linear EM inverse problems - Everett

•Geoelectrical characterization of old landfill sites: a forensic
diagnosis approach - Meju

•Characterization of ground water salinities using geoelectric and EM
techniques - Goldman

•Geophysical investigation of an industrial waste depository using
electrical methods - Mares

Multicomponent electromagnetic characterization of aquiferous
fracture-zones in crystalline

rocks- Meju

•Principles and environmental applications radiomagnetotellurics -
Tezkan

•Spectral IP case study - Titov

•Resistivity Case study - Yaramanci

•Other case studies - to be announced

Evening

Folk dance presentation and Dinner reception in town

**[Hydrogeological-Geophysical Data Integration-Session Chair
Hubbard]{.underline}**

•Stochastic integration of hydrogeological and geophysical data - Rubin

•Stochastic Fusion of Information for Characterizing and Monitoring the
Vadose

•Optimal integration of hydrogeophysical and hydrochemical data:
inversion principles and practice - Meju

**[Radar Methods - Session Chair Rubin]{.underline}**

•Ground Penetrating Radar Techniques: Background, applications and new
developments for near-subsurface investigations - Annan

•Characterization and Monitoring using GPR and seismic data\"

•Multiscale radar-stratigraphic analysis of fluvial aquifer
heterogeneity - Lesmes

•Direct detection of hydrocarbon contamination using GPR - Marcak

•Joint analysis of time-lapse radar attenuation and tracer test data -
Knoll

•An investigation of moisture dynamics using cross-borehole radar and
resistivity tomography - Binley

•GPR Case Study - Jeff Daniels

•GPR for stratigraphic delineation - Hunt

•Other case studies - to be announced

**[Seismic Methods - Session Chair Baveye]{.underline}**

•Shallow seismic methods: Principles and applications - Shtivelman

•Relationships between Seismic and Hydraulic Properties - Shapiro

•Improved characterization using joint seismic-tracer test data -
Hyndman

•Shallow seismic applications in Hungary - Toros

•Other case studies - to be announced

**[Well-Logging and other Geophysical Methods - Session Chair
Goldman]{.underline}**

•Borehole geophysics for environmental applications: principles and
applications - Kobr

•Geophysical measurements in combination with Direct push -
technologies - Dietrich

•The role of borehole logging in estimating the contamination impact of
uranium leaching - Mares

•Interpretation of geoelectric survey and modeling of gravity- and
compaction-driven flows and

at the Sea of Galilee - Gvirtzman

•Other case studies - to be announced

**[NMR, Radiometry and Other Geophysical Techniques-Session Chair
Kobr]{.underline}**

•Surface NMR application to hydrogeological and engineer-geological
Surveys - Shushakov

•Radioactivity of uranium cycle facilities in the Czech Republic
compared to the natural environment - Matolin

•Efficiency of geophysical and atmogeochemical methods in detecting
LNAPL plumes in granular sediments - Mares

•Surface NMR detection of underground liquid contaminants - Shushakov

•Radiometric mapping of man-made sources and nuclear fallout - Matolin

•Other case studies - to be announced

**[Geophysical Method Demonstrations - to be held in
parallel:]{.underline}**

> ⇒ Multielectrode resistivity, Prof. J. Knez, Charles University,
> Prague
>
> ⇒ DEM Dipole-dipole electromagnetics, Dr. Jane, Charles University,
> Prague
>
> ⇒ Magnetometry, Prof. Marek, Charles University, Prague

-   Radiometry: multichannel gamma-ray, threshold gamma-ray
    spectrometer, Radon

> detectors, Prof. Matolin, Charles University, Prague
>
> ⇒ Shallow seismic dr. Vilhelm, Charles University, Prague
>
> ⇒ Gravity, Dr. Blecha, Charles University, Prague
>
> ⇒ GPR System, Peter Annan, Sensors and Software

**[Post-conference Field Trip]{.underline}**

A one-day excursion to the Moravian karst will be led by Jiri Bruthans
of the Charles University in Prague. The Moravian karst is situated
about 20 km north from Brno. Moravian Karst is one of the largest (area
about 100 km^2^) and best-developed karst areas in the Czech Republic.
The Devonian limestone form karst plateaus with sinkholes and chasms,
with more than 1000 caves, blind valleys, half-blind valleys, karst
canyons, underground streams, ponors and resurgences. Among the features
that will be visited during this excursion include the Manocha Chasm,
the Punkva resurgence, and the Punkva Caves - images of the spectacular
karst features are posted on the web site. Please indicate your interest
in joining this field trip by responding via e-mail to Mark Goldman.