<p>The Scotia Sea showing the ESR in relation to the Scotia Plate and adjacent plates. Hydrothermal vent sites (E2, E9) as indicated.</p
[1] We report first evidence for hydrothermal activity from the southern Knipovich Ridge, an ultra-s...
The East Scotia Ridge, situated in the South Atlantic, is the back-arc spreading centre to the intra...
Abstract: High-temperature hydrothermal venting, which heat is transferred from the lithosphere tot...
<p>Location of the E2 and E9 hydrothermal vent fields on the East Scotia Ridge (ESR) back-arc basin,...
<p>(A) The Scotia Sea showing the ESR in relation to the Scotia Plate (SCO), South Sandwich Plate (S...
The compositions of hydrothermal fluids in back-arc basins (BABs) can be affected by the influx of m...
The East Scotia Ridge is an active back-arc spreading centre located to the west of the South Sandwi...
Despite a spreading rate of 65–70 km Ma−1, the East Scotia Ridge has, along most of its length, a fo...
AbstractThe East Scotia Ridge is an active back-arc spreading centre located to the west of the Sout...
<p>Detailed information of geographic coordinates, cruise and depth of the hydrothermal vents sample...
The Scotia Sea is one of the tectonically most complex and least understood back-arc basins on Earth...
Several water column surveys conducted on the northern Mid-Atlantic Ridge have been instrumental in ...
Using a combined approach of seafloor mapping, MAPR and CTD survey, we report evidence for active hy...
Using a combined approach of seafloor mapping, MAPR and CTD survey, we report evidence for active hy...
We report results from an investigation of the geologic processes controlling hydrothermal activity ...
[1] We report first evidence for hydrothermal activity from the southern Knipovich Ridge, an ultra-s...
The East Scotia Ridge, situated in the South Atlantic, is the back-arc spreading centre to the intra...
Abstract: High-temperature hydrothermal venting, which heat is transferred from the lithosphere tot...
<p>Location of the E2 and E9 hydrothermal vent fields on the East Scotia Ridge (ESR) back-arc basin,...
<p>(A) The Scotia Sea showing the ESR in relation to the Scotia Plate (SCO), South Sandwich Plate (S...
The compositions of hydrothermal fluids in back-arc basins (BABs) can be affected by the influx of m...
The East Scotia Ridge is an active back-arc spreading centre located to the west of the South Sandwi...
Despite a spreading rate of 65–70 km Ma−1, the East Scotia Ridge has, along most of its length, a fo...
AbstractThe East Scotia Ridge is an active back-arc spreading centre located to the west of the Sout...
<p>Detailed information of geographic coordinates, cruise and depth of the hydrothermal vents sample...
The Scotia Sea is one of the tectonically most complex and least understood back-arc basins on Earth...
Several water column surveys conducted on the northern Mid-Atlantic Ridge have been instrumental in ...
Using a combined approach of seafloor mapping, MAPR and CTD survey, we report evidence for active hy...
Using a combined approach of seafloor mapping, MAPR and CTD survey, we report evidence for active hy...
We report results from an investigation of the geologic processes controlling hydrothermal activity ...
[1] We report first evidence for hydrothermal activity from the southern Knipovich Ridge, an ultra-s...
The East Scotia Ridge, situated in the South Atlantic, is the back-arc spreading centre to the intra...
Abstract: High-temperature hydrothermal venting, which heat is transferred from the lithosphere tot...
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