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Iron and sulfur geochemistry of deep biosphere sediments from ODP Leg 207 sit...
The iron and sulfur geochemistry was investigated on squeeze cake samples retrieved from deep biosphere sediments during ODP Leg, Demerara Rise, southern North Atlantic.... -
Iron and sulfur geochemistry of deep biosphere sediments from ODP Leg 207 sit...
The iron and sulfur geochemistry was investigated on squeeze cake samples retrieved from deep biosphere sediments during ODP Leg, Demerara Rise, southern North Atlantic.... -
Iron and sulfur geochemistry of deep biosphere sediments from ODP Leg 207 sit...
The iron and sulfur geochemistry was investigated on squeeze cake samples retrieved from deep biosphere sediments during ODP Leg, Demerara Rise, southern North Atlantic.... -
Iron and sulfur geochemistry of deep biosphere sediments from ODP Leg 207 sit...
The iron and sulfur geochemistry was investigated on squeeze cake samples retrieved from deep biosphere sediments during ODP Leg, Demerara Rise, southern North Atlantic.... -
Iron and sulfur geochemistry of deep biosphere sediments from ODP Leg 207 sit...
The iron and sulfur geochemistry was investigated on squeeze cake samples retrieved from deep biosphere sediments during ODP Leg, Demerara Rise, southern North Atlantic.... -
(Table T2) Total reduced inorganic sulphur content in squeeze cake samples of...
DEPTH, sediment is given in mbsf. -
(Table 3) Reduced inorganic sulphur, d34S and nickel content of ODP Leg 165 s...
Leg 165 of the Ocean Drilling Program afforded a unique opportunity to investigate organic and inorganic geochemistry across a wide gradient of sediment compositions and...
