… to harness the methane-oxidizing, sulfide-producing capabilities of microbial communities
… Harnessing complex natural assemblages of organisms offers important advantages over …

… for the first 20 cm below the seafloor (cmbsf), and it is at … harness other sources of reduced
compounds. SPGG4, a novel proteobacterium, has several unique pathways for generating …

… for the future, can only lie in harnessing the strengths of available cultivation-dependent and
… the window into previously inaccessible microbial physiologies of the microbial dark matter. …

… chemosynthetic microorganisms that harness chemical energy … may extend far below the
seafloor to vast regions of the … 2 incorporation into bulk microbial biomass by elemental analysis…

… In the present study, since Shewanella was more abundantly detected in CS-MFCs generating
high power densities (OR-MFC and ER-MFC) than in low-power MFCs (TR-MFC and ST-…

… that are critical to the future integration of BMFCs with seafloor systems and sensors. … to
generating power by harnessing redox gradients that exist in sediments is via microbial fuel cell …

… sediments, utilizing the sea floor as the membrane between … operating on or near the seafloor.
We developed a segmented … , “Harnessing microbially generated power on the seafloor,” …

… A Benthic MFC (BMFC) uses indigenous bacteria that live in the sediment of the ocean floor
[… -cloth cathode could generate power immediately with a high average power density of 80 …

… The power harnessed from MFCs can power oceanographic equipment, mobile … the ocean
floor and anchored to a base. The rotors are moved by the tidal currents, which produce power…

… (DC) electricity using microbial … power densities generated by disparate electrogenic
microorganisms on the bioanode are examined. Newer bioelectrochemical systems (BESs) harness …