The rock is an extrusion from a hydrothermal vent,
not seafloor sediment.
Not exact matches
In fact, the cells show so few signs of life that it wasn't until 2011 that researchers confirmed that microbes in
sediments below the
seafloor are, indeed, living.
Previous evidence from
seafloor sediments elsewhere is consistent with two Paleocene - Eocene carbon pulses, which «means we don't think this is something is unique to northern Wyoming,» Bowen says.
Ettema's team did
not actually see the cells: they used computational methods to piece together the genomes from the DNA found in the
seafloor sediment.
Not only is there a much higher diversity of microbes under the
seafloor than originally thought, large and active populations exist much deeper in the
sediments than was believed, the team reports 21 July in Nature.