We investigated the microbiology of a shallow subsurface site, the LSBB, located near Avignon. This site lies in carbonate rocks, belonging to the Urgonian facies. Rock, concrete and water samples were collected and directly transferred to the laboratory. Studies of microorganisms as pure cultures are the only way to get their real physiological properties. Nevertheless, microbiologists cannot cultivate and isolate the majority of microorganisms for several reasons, one being our lack of understanding of their minimal needs. Molecular studies, e.g. extraction and sequencing of the total nucleic acids present in an environment provide phylogenetic and metabolic information on uncultivated microorganisms. We performed aerobic and anaerobic cu...
Deep subsurface microbiology is a highly active and rapidly advancing research field at the interfac...
Despite the importance of microorganisms as geochemical agents over geological times, their extended...
Two deep boreholes were drilled at 320 and 620 meters below surface in the Iberian Pyritic Belt (IPB...
We investigated the microbiology of a shallow subsurface site, the LSBB, located near Avignon. This ...
In 2008, as part of a feasibility study for radioactive waste disposal in deep geological formations...
In 2008, as part of a feasibility study for radioactive waste disposal in deep geological formations...
In 2008, as part of a feasibility study for radioactive waste disposal in deep geologicalformations,...
International audienceOpalinus Clay is a candidate host rock for a high-level radioactive waste repo...
Abstract Background The terrestrial subsurface is home to a significant proportion of the Earth’s mi...
International audienceEven though the microbiology of various subsurface environments has been inves...
Pyhäsalmi mine in central Finland provides an excellent opportunity to study microbial and geochemic...
Microbes have successfully colonized the deep subsurface, thanks to their small size and their diver...
The Porcupine Seabight Challenger Mound is the first carbonate mound to be drilled (∼270 m) and anal...
Our understanding of subsurface microbiology is hindered by the inaccessibility of this environment,...
Deep subsurface microbiology is a highly active and rapidly advancing research field at the interfac...
Despite the importance of microorganisms as geochemical agents over geological times, their extended...
Two deep boreholes were drilled at 320 and 620 meters below surface in the Iberian Pyritic Belt (IPB...
We investigated the microbiology of a shallow subsurface site, the LSBB, located near Avignon. This ...
In 2008, as part of a feasibility study for radioactive waste disposal in deep geological formations...
In 2008, as part of a feasibility study for radioactive waste disposal in deep geological formations...
In 2008, as part of a feasibility study for radioactive waste disposal in deep geologicalformations,...
International audienceOpalinus Clay is a candidate host rock for a high-level radioactive waste repo...
Abstract Background The terrestrial subsurface is home to a significant proportion of the Earth’s mi...
International audienceEven though the microbiology of various subsurface environments has been inves...
Pyhäsalmi mine in central Finland provides an excellent opportunity to study microbial and geochemic...
Microbes have successfully colonized the deep subsurface, thanks to their small size and their diver...
The Porcupine Seabight Challenger Mound is the first carbonate mound to be drilled (∼270 m) and anal...
Our understanding of subsurface microbiology is hindered by the inaccessibility of this environment,...
Deep subsurface microbiology is a highly active and rapidly advancing research field at the interfac...
Despite the importance of microorganisms as geochemical agents over geological times, their extended...
Two deep boreholes were drilled at 320 and 620 meters below surface in the Iberian Pyritic Belt (IPB...