Diverse microbial communities and numerous energy-yielding activities occur in deeply buried sediments of the eastern Pacific Ocean. Distributions of metabolic activities often deviate from the standard model. Rates of activities, cell concentrations, and populations of cultured bacteria vary consistently from one subseafloor environment to another. Net rates of major activities principally rely on electron acceptors and electron donors from the photosynthetic surface world. At open-ocean sites, nitrate and oxygen are supplied to the deepest sedimentary communities through the underlying basaltic aquifer. In turn, these sedimentary communities may supply dissolved electron donors and nutrients to the underlying crustal biosphere
There is abundant evidence that prokaryotic cells live deep beneath the sea floor. Pore water chemic...
Net rates of biogeochemical reactions in subseafloor sediments can be quantified from concentration ...
Marine sediments cover about 70% of the Earth’s surface and contain the largest reservoir of organic...
Diverse microbial communities and numerous energy-yielding activities occur in deeply buried sedimen...
Diverse microbial communities and numerous energy-yielding activities occur in deeply buried sedimen...
International audienceFluid flow through subseafloor basalt and between basement basalt and deep sub...
Scientific ocean drilling has greatly advanced the understanding of subseafloor sedimentary life. St...
ALTHOUGH around 70% of the Earth's surface is marine, little is known about the microbiology of unde...
The depth of oxygen penetration into marine sediments differs considerably from one region to anothe...
Global maps of sulfate and methane in marine sediments reveal two provinces of subsurface metabolic ...
Ph.D. University of Hawaii at Manoa 2014.Includes bibliographical references.Investigations of micro...
The deep subseafloor biosphere supports a diverse population of prokaryotes belonging to the Bacter...
Microbes in subseafloor sediments account for a significant fraction of the Earth\u27s total biomass...
Subseafloor microbial activities are central to Earth’s biogeochemical cycles. They control Earth’s ...
There is abundant evidence that prokaryotic cells live deep beneath the sea floor. Pore water chemic...
Net rates of biogeochemical reactions in subseafloor sediments can be quantified from concentration ...
Marine sediments cover about 70% of the Earth’s surface and contain the largest reservoir of organic...
Diverse microbial communities and numerous energy-yielding activities occur in deeply buried sedimen...
Diverse microbial communities and numerous energy-yielding activities occur in deeply buried sedimen...
International audienceFluid flow through subseafloor basalt and between basement basalt and deep sub...
Scientific ocean drilling has greatly advanced the understanding of subseafloor sedimentary life. St...
ALTHOUGH around 70% of the Earth's surface is marine, little is known about the microbiology of unde...
The depth of oxygen penetration into marine sediments differs considerably from one region to anothe...
Global maps of sulfate and methane in marine sediments reveal two provinces of subsurface metabolic ...
Ph.D. University of Hawaii at Manoa 2014.Includes bibliographical references.Investigations of micro...
The deep subseafloor biosphere supports a diverse population of prokaryotes belonging to the Bacter...
Microbes in subseafloor sediments account for a significant fraction of the Earth\u27s total biomass...
Subseafloor microbial activities are central to Earth’s biogeochemical cycles. They control Earth’s ...
There is abundant evidence that prokaryotic cells live deep beneath the sea floor. Pore water chemic...
Net rates of biogeochemical reactions in subseafloor sediments can be quantified from concentration ...
Marine sediments cover about 70% of the Earth’s surface and contain the largest reservoir of organic...