There are distinct differences in the physiology of Geobacter species available in pure
culture. Therefore, to understand the ecology of Geobacter species in subsurface …

Background Geobacter species in a phylogenetic cluster known as subsurface clade 1 are
often the predominant microorganisms in subsurface environments in which Fe (III) …

To learn more about the physiological state of Geobacter species living in subsurface
sediments, heat-sterilized sediments from a uranium-contaminated aquifer in Rifle …

Molecular tools that can provide an estimate of the in situ growth rate of Geobacter species
could improve understanding of dissimilatory metal reduction in a diversity of environments …

Monitoring the activity of target microorganisms during stimulated bioremediation is a key
problem for the development of effective remediation strategies. At the US Department of …

Geobacter species may be important agents in the bioremediation of organic and metal
contaminants in the subsurface, but as yet unknown factors limit the in situ growth of …

Implementation of uranium bioremediation requires methods for monitoring the membership
and activities of the subsurface microbial communities that are responsible for reduction of …

A bstract Engineered stimulation of Fe (III) has been proposed as a strategy to enhance the
immobilization of radioactive and toxic metals in metal-contaminated subsurface …

In an attempt to better understand the microorganisms responsible for Fe (III) reduction in
sedimentary environments, Fe (III)-reducing microorganisms were enriched for and isolated …

The abundance, distribution, and phylogenetic diversity of members of the Fe (III)-reducing
family Geobacteraceae were studied along a gradient of metal contaminants in Lake Coeur …