In terms of physical and genetic features studied nodules are assigned to the sedimentational manganese-iron type (Canary Basin) and to the iron-containing type (Guyana Basin). They are enriched in Fe, Co and Pb and depleted in Mn, Ni, Cu, and Zn. Cores of the nodules from the Canary Basin consist primarily of peridotite, gabbro, dolerite, and metamorphic rock. Great predominance of peridotite and gabbro indicates that blocks of ocean crust underwent considerable displacement, bringing the third and fourth layers of a crust to the surface
It is the purpose of this chapter to present information available at the time of publication on the...
Atlantic manganese nodules and encrustations are most abundant in areas of slow sedimentation beneat...
A wide variety of marine mineral deposits were recovered from 750 to 1400 m water depths on Galicia...
In terms of physical and genetic features studied nodules are assigned to the sedimentational mangan...
Eighteen deep-sea ferromanganese crusts (Fe-Mn crusts) from 10 seamounts in the northeast Atlantic w...
Nuclei of Fe-Mn nodules and bottom sediments along a profile: Guiana Basin - Mid-Atlantic Ridge - Ca...
Two Fe–Mn crusts among 35 samples, from six seamounts in the Canary Island Seamount Province, ...
Regional variations in abundance, morphology, and chemical composition of Fe-Mn nodules have a zonal...
The exploration of seamounts south of the Azores during the EMEPC/Açores/G3/2007 campaign allowed fo...
During June-August 1970 geologic investigations were carried out to the west of the Cape Verde Islan...
Thick ferromanganese (Fe-Mn) crusts from four Cretaceous seamounts (The Paps, Tropic, Echo and Drago...
Typomorphic features of the main morphogenetic types of Fe-Mn nodules from the radiolarian belt have...
Mineral and chemical compositions of a set of crust samples collected from the North, Central and So...
Sedimentation and ore formation were studied in sediments from nine stations located along the 24°W ...
The major and minor element compositions of a suite of abyssal sea-floor ferromanganese nodules and ...
It is the purpose of this chapter to present information available at the time of publication on the...
Atlantic manganese nodules and encrustations are most abundant in areas of slow sedimentation beneat...
A wide variety of marine mineral deposits were recovered from 750 to 1400 m water depths on Galicia...
In terms of physical and genetic features studied nodules are assigned to the sedimentational mangan...
Eighteen deep-sea ferromanganese crusts (Fe-Mn crusts) from 10 seamounts in the northeast Atlantic w...
Nuclei of Fe-Mn nodules and bottom sediments along a profile: Guiana Basin - Mid-Atlantic Ridge - Ca...
Two Fe–Mn crusts among 35 samples, from six seamounts in the Canary Island Seamount Province, ...
Regional variations in abundance, morphology, and chemical composition of Fe-Mn nodules have a zonal...
The exploration of seamounts south of the Azores during the EMEPC/Açores/G3/2007 campaign allowed fo...
During June-August 1970 geologic investigations were carried out to the west of the Cape Verde Islan...
Thick ferromanganese (Fe-Mn) crusts from four Cretaceous seamounts (The Paps, Tropic, Echo and Drago...
Typomorphic features of the main morphogenetic types of Fe-Mn nodules from the radiolarian belt have...
Mineral and chemical compositions of a set of crust samples collected from the North, Central and So...
Sedimentation and ore formation were studied in sediments from nine stations located along the 24°W ...
The major and minor element compositions of a suite of abyssal sea-floor ferromanganese nodules and ...
It is the purpose of this chapter to present information available at the time of publication on the...
Atlantic manganese nodules and encrustations are most abundant in areas of slow sedimentation beneat...
A wide variety of marine mineral deposits were recovered from 750 to 1400 m water depths on Galicia...