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(Table 3) Abundance of benthic foraminifera and ostracoda in bottom sediments...
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(Table 8a) Strontium and neodymium isotopic characteristics of rocks from the...
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(Table 6a) Chemical composition of rock samples from the Ashadze hydrothermal...
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(Table 5a) Composition of spinel from rocks of the internal oceanic complex o...
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(Table 4a) Composition of olivine from rocks of the internal oceanic complex ...
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(Table 3a) Composition of amphiboles and garnets from rocks of the internal o...
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(Table 2a) Composition of pyroxenes from rocks of the internal oceanic comple...
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(Table 4) Concentrations of chemical elements in tests of planktonic and bent...
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(Table 2) Relative contents of planktonic foraminifera in bottom sediments fr...
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(Table 1) Contents of rock-forming and ore elements in air dried matter of bo...
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(Table 5) Composition of minerals in the assemblage orthopyroxene+spinel+oliv...
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(Table 4) Compositions of quenched glasses from peridotides at 13°N MAR
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(Table 3) Major- and trace element composition of clinopyroxenes from peridot...
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Microfossils and chemical elements in bottom sediments of the Ashadze-1 Hydro...
The first thorough analysis of microfossils from ore-bearing sediments of the Ashadze-1 Hydrothermal Field in the Mid-Atlantic Ridge sampled during Cruise 26 of R/V Professor... -
Composition of minerals from peridotides at the Mid-Atlantic Ridge, 13°N
Peridotites (diopside-bearing harzburgites) found at 13°N of the Mid-Atlantic Ridge fall into two compositional groups. Peridotites P1 are plagioclase-free rocks with minerals...