| Projects |
PIs |
Aqueous
Complexation Reactions Governing the
Rate and Extent of Biogeochemical U(VI)
Reduction |
Scott
Brooks
Oak Ridge Nat'l. Lab.
Brookssc@ornl.gov
|
Reaction-Based
Reactive Transport Modeling Of Iron Reduction
And Uranium Immobilization At Area 2
Of The NABIR Field Research Center |
William
Burgos
Pennsylvania State University
bburgos@psu.edu
|
Integrated
Nucleic
Acid System
for In-Field
Monitoring
of Microbial
Community
Dynamics
and Metabolic
Activity |
Darrell
Chandler
Argonne Nat'l. Lab.
dchandler@anl.gov
|
Characterizing
the
Catalytic
Potential
of Deinococcus, Arthrobacter and
other
Robust
Bacteria
in
Contaminated
Subsurface
Environments
of
the
Hanford
Site |
Michael
Daly
Uniformed Services Univ. of Health Sciences
mdaly@usuhs.mil
|
Biogeochemical
Mechanisms
Controlling
Reduced
Radionuclide
Particle
Properties
and
Stability |
James
Fredrickson
Pacific Northwest Nat'l. Lab.
Jim.fredrickson@pnl.gov
|
Biogeochemical
Cycling
and
Environmental
Stability
of Pu Relevant
to
Long-Term
Stewardship
of
DOE
Sites |
Bruce
Honeyman
Colorado School of Mines
honeyman@nines.edu
|
| Stabilization
of
Plutonium
in
Subsurface Environments
via
Microbial
Reduction
and
Biofilm
Formation |
Mary
Neu
Los Alamos Nat'l. Lab.
mneu@lanl.gov
|
An
Integrated
Assessment
of
Geochemical and
Community
Structure
Determinants
of
Metal
Reduction
Rates
in
Subsurface
Sediments |
Anthony
Palumbo
Oak Ridge Nat'l. Lab.
palumboav@ornl.gov
|
