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XRF data from sediment core POS514_40-11
In order to study influence of changing oceanographic setting and climate on carbon burial efficiency and provenance of detrital component a sedimentary core (POS514-40-11GC)... -
PORTASPEC shipboard determined chemical composition of ferromanganese crusts ...
Mobile laboratories are important to the exploration geochemist because they offer rapid chemical analyses of geologic materials in the field. This permits modification of the... -
Chemical composition of ferromanganese nodules and crusts from the Pacific us...
Manganese nodules were retrieved during various cruises of the R/V Vema and R/V Robert Conrad from Lamont Doherty Earth Observatory (LDEO). Their chemical composition was... -
Chemical composition of Pacific manganese nodules and crusts analyzed at Scri...
Manganese nodules, coatings and crusts from the Pacific Ocean were analyzed at Scripps Institution of Oceanography using X-ray emission spectrometry (XES). Samples were ground... -
Cold-water octocoral Viminella flagellum respiration rates during an acute Cu...
Herein we report the respiration rates (O2 consumption) of the cold-water coral Viminella flagellum exposed to acute Cu concentrations. In a lab experiment, sixty nubbins of V.... -
µ-XRF core scanning of lake sediment cores from Onepoto Basin (New Zealand)
The presented data forms the basis for the reconstruction of the depositional history of Onepoto maar lake (Northern New Zealand) as a response to regional and global drivers of... -
High-resolution XRF (Itrax) elemental composition of sediment core YMER80-131
Core Number: 131, Core Type: Super Gravity Corer (SGC), Sediment Depth: 349cm, Water Depth: 820m, Latitude: 81° 07' Longitude: 03° 12', Core was taken in September 5th 1980.... -
High-resolution analysis of X-ray fluorescence (XRF) elemental counts from th...
This data provides a description of the elemental profile of a 537 cm sediment core covering the last ~16,000 cal yr BP retrieved from the Nyabuiyabuyi wetland, Eastern Mau,... -
High-resolution XRF (Itrax) elemental composition of sediment core OD96_B13-1...
Itrax settings: Step size: 1 mm; Exposure time: 4 seconds; 30 kV; 30 mA -
High-resolution XRF (Itrax) elemental composition of sediment core OD96_16-2 ...
Itrax settings: Step size: 2 mm; Exposure time: 10 seconds; 30 kV; 25 mA -
High-resolution XRF (Itrax) elemental composition of sediment core OD96_14-1 ...
Itrax settings: Step size: 1 mm; Exposure time: 32 seconds; 30 kV; 25 mA -
High-resolution XRF (Itrax) elemental composition of sediment core OD96_12-1 ...
Itrax settings: Step size: 5 mm; Exposure time: 10 seconds; 30 kV; 30 mA -
(Table 1, page 24), Geochemical cmposition of nodules and crust from the Inda...
Mineralogical analysis of manganese nodules and crusts collected from Indian ocean aboard Marion Dufresne points to a depth and regional control upon the manganese oxide... -
(Table 2, page 17-18), Elemental composition of ferromanganese crust in lakes...
Analyses for Fe, Mn, Pb, Zn, Co, P, Mo, Ba, Sr, Ti, Li, Rb, Na, K, Be, Cr, V, Y, Ag, Cu, C, S, Sn, Ni, Ga, Zr, and La have been carried out on some oxidate crusts, oxidized... -
(Table 1, page 376), Composition of manganese deposits from the Gulf of Aden ...
Iron-manganese nodules from the ocean floor have been extensively studied. But, because of the fine grain size of the particles of the nodules, structural identification by... -
Geochemistry of sediment core HBS09-M03A
This dataset has no description
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Geochemistry of sediment core HBS09-M02A
This dataset has no description
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Geochemistry of sediment core HBS09-M01B
This dataset has no description
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Geochemistry of sediment core HBS09-LG02
This dataset has no description
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Geochemistry of sediment core HBS09-LG01
This dataset has no description