This report presents the results of chemical analyses of pelagic sediment samples and associated ferromanganese nodules collected at DOMES Site A, located in the equatorial North Pacific. The samples examined in this study were taken from 7.5 cm diameter sub-cores of 66 box cores. The box cores were collected on two cruises of the R/V Oceanographer, cruises RP-23-OC77 and RP-1-OC78. Cores containing two types of sediment lithology were recovered cores containing only Quaternary sediment and those containing early Tertiary sediment overlain by 0.5 to 20 cm of Quaternary sediment. The two sediments of different age can be distinguished by their radiolarian assemblage, color, and mineralogy. The sea floor coverage of nodules tended to be lower...
Five nodules collected on Leg 28 of the Deep Sea Drilling Project are unique in that they provide an...
Ferromanganese nodules have long been considered an attractive source for Mn, Co, Ni and Cu and, pot...
Ferromanganese nodules are authigenic marine sediments that form over millions of years from the pre...
The chemical and mineralogical composition of burrowed sediment, recovered in 66 box cores at latitu...
The GH72-2 shipborne survey was carried out in the northwest Pacific during 31 days under the 'Basic...
Two box core samples, one each from red clay and siliceous ooze sediment provinces from the Central ...
Cruise Mn-74-02 of the R/V MOANA WAVE was the second part of the field work of the NSF/IDOE Inter-Un...
Pelagic sediment recovered at DOMES Site A in the equatorial North Pacific (151°W, 9° 15'N) consists...
In 1975 Washington State University was contracted by the U. S. Geological Survey to conduct a study...
An extensive field of iron-rich, nickel- and copper-poor manganese nodules covers the deep sea-floor...
Seafloor morphology and ferromanganese nodule occurrence were studied using a multibeam side scan so...
Although ferromanganese nodules on the deep-ocean floor were discovered in 1873 during voyages of HM...
The Marine Minerals Database contains geochemical analyses and auxiliary information on present-day ...
The geochemical study of a ferromanganese nodule provides a 4.7-myr record of abyssal oxygenation in...
A manganese nodule was recovered from station No. 18 of cruise Mn-74-01 of the R/V Moana Wave as par...
Five nodules collected on Leg 28 of the Deep Sea Drilling Project are unique in that they provide an...
Ferromanganese nodules have long been considered an attractive source for Mn, Co, Ni and Cu and, pot...
Ferromanganese nodules are authigenic marine sediments that form over millions of years from the pre...
The chemical and mineralogical composition of burrowed sediment, recovered in 66 box cores at latitu...
The GH72-2 shipborne survey was carried out in the northwest Pacific during 31 days under the 'Basic...
Two box core samples, one each from red clay and siliceous ooze sediment provinces from the Central ...
Cruise Mn-74-02 of the R/V MOANA WAVE was the second part of the field work of the NSF/IDOE Inter-Un...
Pelagic sediment recovered at DOMES Site A in the equatorial North Pacific (151°W, 9° 15'N) consists...
In 1975 Washington State University was contracted by the U. S. Geological Survey to conduct a study...
An extensive field of iron-rich, nickel- and copper-poor manganese nodules covers the deep sea-floor...
Seafloor morphology and ferromanganese nodule occurrence were studied using a multibeam side scan so...
Although ferromanganese nodules on the deep-ocean floor were discovered in 1873 during voyages of HM...
The Marine Minerals Database contains geochemical analyses and auxiliary information on present-day ...
The geochemical study of a ferromanganese nodule provides a 4.7-myr record of abyssal oxygenation in...
A manganese nodule was recovered from station No. 18 of cruise Mn-74-01 of the R/V Moana Wave as par...
Five nodules collected on Leg 28 of the Deep Sea Drilling Project are unique in that they provide an...
Ferromanganese nodules have long been considered an attractive source for Mn, Co, Ni and Cu and, pot...
Ferromanganese nodules are authigenic marine sediments that form over millions of years from the pre...