This project studies the relationship between microbes and both metals and metalloids in Silver Bow Creek. Biotic manganese nodule formation in Silver Bow Creek was identified through previous studies. The formation of these nodules is of interest to Silver Bow Creek restoration since heavy metals can bind to the nodules and potentially lower contaminants of concern. The goals of this study were to identify the organism(s) involved in the formation of manganese nodules and to identify how the nodules were formed using proteomic analyses. In addition, water chemistry data was used to study relationships between several elements in the creek and the potential effect these factors have on the microbial life. A combination of microbial culturin...
Natural recovery and remediation of acid mine drainage (AMD) reduces the generation of acidity and t...
Copper is a metal that can persist in the environment following anthropogenic activities. The toxic ...
It is widely understood that soil microbial communities control nutrient cycling, trace metal biogeo...
Abstract: Bacterial mineralization processes in the manganese cycle can be traced using manganese ox...
Metals, sulfate, nitrate and ammonia are the main chemical constituents of mining-influenced water (...
Silver Bow and Blacktail Creeks are the headwaters of the Clark Fork River and are impacted by histo...
Microorganisms are fundamental components of many geochemical transformations occurring in the aquat...
Microbe-mediated precipitation of Mn-oxides enriched in rare earth elements (REE) and other trace el...
Acid Mine Drainage (AMD) is a consequence of mining activity; it results from bacterial and chemical...
This is the final version. Available on open access from the American Geophysical Union via the DOI ...
Microorganisms can strongly influence geochemical conditions and element mobility, which is an impor...
Milling and mining metal ores are major sources of toxic metals contamination. The Spring River and ...
<div><p>An extensive culture-dependent and -independent study was conducted to identify microorganis...
Microorganisms and their activities drive most ecosystems and therefore must be assessed in order to...
Microbes play key geoactive roles in the biosphere, particularly in the areas of element biotransfor...
Natural recovery and remediation of acid mine drainage (AMD) reduces the generation of acidity and t...
Copper is a metal that can persist in the environment following anthropogenic activities. The toxic ...
It is widely understood that soil microbial communities control nutrient cycling, trace metal biogeo...
Abstract: Bacterial mineralization processes in the manganese cycle can be traced using manganese ox...
Metals, sulfate, nitrate and ammonia are the main chemical constituents of mining-influenced water (...
Silver Bow and Blacktail Creeks are the headwaters of the Clark Fork River and are impacted by histo...
Microorganisms are fundamental components of many geochemical transformations occurring in the aquat...
Microbe-mediated precipitation of Mn-oxides enriched in rare earth elements (REE) and other trace el...
Acid Mine Drainage (AMD) is a consequence of mining activity; it results from bacterial and chemical...
This is the final version. Available on open access from the American Geophysical Union via the DOI ...
Microorganisms can strongly influence geochemical conditions and element mobility, which is an impor...
Milling and mining metal ores are major sources of toxic metals contamination. The Spring River and ...
<div><p>An extensive culture-dependent and -independent study was conducted to identify microorganis...
Microorganisms and their activities drive most ecosystems and therefore must be assessed in order to...
Microbes play key geoactive roles in the biosphere, particularly in the areas of element biotransfor...
Natural recovery and remediation of acid mine drainage (AMD) reduces the generation of acidity and t...
Copper is a metal that can persist in the environment following anthropogenic activities. The toxic ...
It is widely understood that soil microbial communities control nutrient cycling, trace metal biogeo...