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(Table 1) Organic geochemistry of sediments recovered from DSDP Leg 65 Holes
Pliocene-Pleistocene marls, muds, and hemipelagic clays with some beds of silt and sand were recovered on Leg 65 near the crest of the East Pacific Rise at the mouth of the Gulf... -
(Table 1) Sediment properties at DSDP Leg 67 Holes
The plasticity characteristics of the Quaternary sediments of the Guatemalan continental margin were determined from five sites drilled during Leg 67 of the Deep Sea Drilling... -
(Table 1) Total and organic carbon in sediments at DSDP Holes 69-504 and 69-505
Sediments from Deep Sea Drilling Project Sites 504 and 505 near the Costa Rica Rift were examined by thermal methods. It was found that production index (P.I.) values, which... -
(Table 1) Carbon and calcium carbonate at DSDP Leg 73 Holes
Leg 73 sediments were analyzed for total carbon and acid-insoluble (organic) carbon, using the LECO WR-12 analyzer, according to the standard techniques. Supplement to: Bode,... -
(Table 1) Carbon content and petroleum potential at DSDP Hole 73-520
At the end of the Leg 73 cruise, at Site 520, a thick upper Miocene facies of laminated diatomite was discovered. It was hypothesized that the sediment was derived from... -
Organic carbon in sediment core GIK10116-2
mean values; comparison of two different methods to determine organic carbon -
(Table 1) Color, Fe-C-S chemistry and carbonate content from ODP Sites 172-10...
Reflectance spectra collected during ODP Leg 172 were used in concert with solid phase iron chemistry, carbonate content, and organic carbon content measurements to evaluate the... -
(Table 2) Rates of nitrate and ammonium uptake, concentrations of particulate...
To study inorganic nitrogen uptake rates by microplankton in the Black Sea the first 15N-experiments were carried out in August-September 1990 and in November 1991. In surface... -
Carbon content of Hole 325-M0058A
Total organic carbon (TOC) content was determined on bulk ground samples [ 1 g of sample]. The analytical precision is about ±0.02% absolute. -
Suspended matter and its components in the western Black Sea
Distribution and composition of suspended matter in the western Black Sea is examined in relation to influence of river run-off and eutrophication. Changes in suspended matter... -
(Table 1) Variation in chemical composition of Black Sea ctenophores dependin...
Data of chemical analysis of Black Sea ctenophore Mnemiopsis leidyi indicates that their body contains on average 5.28% carbon, 3.48% nitrogen, 0.11% phosphorus, and 0.03%... -
(Table 1) Compositional variation with depth in a nodule of sediment sample R...
A detailed study of a nodule from the Somali Basin dated by 230Thexcess was correlated with the paleoceanographic events recorded in Site 236 (Leg 24) Deep Sea Drilling Project... -
(Table 1) Lithological and organic-geochemical compositions of bottom sedimen...
Geochemical changes in organic matter of bottom sediments from the Mozambique Basin at the river-sea barrier from the mouths of the Zambezi and Limpopo rivers toward the pelagic... -
Rock eval analysis of organic material from DSDP Hole 76-534A
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Geochemistry of sediment core GeoB3718-4
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Geochemistry of sediment core GeoB3713-1
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Geochemistry of sediment core GeoB3707-4
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Geochemistry of sediment core GeoB3702-2
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Geochemistry of sediment core GeoB2809-4
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(Table 1) Chemical and lithological composition of rocks from DSDP Hole 465A
Uranium and thorium are concentrated in Cretaceous limestone, chert, ash, basalt, and other rock types at Deep Sea Drilling Project Site 465 located on the southern Hess Rise in...