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Core/Section summary of ODP Hole 123-765A
This dataset has no description
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Carbonates and bulk sediment geochemistry of ODP Hole 123-766A
Data derive from coulometer, CHNS analyzer, and pyrolysis oven (rock eval) -
Carbonates and bulk sediment geochemistry of ODP Hole 123-765C
Data derive from coulometer, CHNS analyzer, and pyrolysis oven (rock eval) -
Carbonates and bulk sediment geochemistry of ODP Hole 123-765B
Data derive from coulometer, CHNS analyzer, and pyrolysis oven (rock eval) -
Carbonates and bulk sediment geochemistry of ODP Hole 123-765A
Data derive from coulometer, CHNS analyzer, and pyrolysis oven (rock eval) -
Paleomagnetic of lower Cretaceous sediments from the Argo and Gascoyne Abyssa...
Lower Cretaceous sediments were sampled for magnetostratigraphy at three sites. ODP Site 765 and DSDP Site 261, in the Argo Abyssal Plain, consist primarily of brownish-red to... -
Consolidation and strength assessment of ODP Leg 123 sediments
Twenty-one samples, ranging in depth from 0 to 150 meters below seafloor (mbsf), were obtained from Leg 123 Sites 765 and 766. All samples were tested for Atterberg limits: 14... -
Anelastic strain recovery and elastic properties of ODP Leg 123 oceanic basal...
A knowledge of rock stress is fundamental for improving our understanding of oceanic crustal mechanisms and lithospheric dynamic processes. However, direct measurements of... -
Mineralogy and chemistry of bentonitic clays from the Wombat and Exmouth Plat...
Bentonites (i.e., smectite-dominated, altered volcanic ash layers) were recovered in Berriasian to Valanginian hemipelagic sediments of the Wombat Plateau (Site 761) and... -
Chemistry of earliest Cretaceous bentonites
Bentonites (i.e., smectite-dominated, altered volcanic ash layers) were discovered in Berriasian to Valanginian hemipelagic (shelfal) to eupelagic (deep-sea) sediments of the... -
Magnetostratigraphic synthesis of ODP Leg 123 sites
During ODP Leg 123, Sites 765 and 766 were drilled to examine the tectonic evolution, sedimentary history, and paleoceanography of the Argo Abyssal Plain and lower Exmouth... -
Mineralogy of sediments from the Exmouth Plateau and Argo Basin
Correlation of mineral associations from sediment recovered on the northwestern Australian continental margin document the juvenile-to-mature evolution of a segment of the... -
Geochemistry of basalts of the Indian Ocean
Indian Ocean crust formed at Sites 765 and 766 is geochemically comparable to that presently forming in the Red Sea. In both cases, we interpret the crust as reflecting high... -
Radiometric age determinations for basements of ODP Sites 123-765 and 123-766
The results of experiments in 40Ar/39Ar age dating using fresh basement material from Sites 765 and 766 of Leg 123 of the Ocean Drilling Program are inconsistent and cannot be... -
Physical properties of ODP Sites 123-765 and 123-766
During Ocean Drilling Program Leg 123, two sites were drilled in the deep Indian Ocean. Physical properties were measured in soft Quaternary and Lower Cretaceous sediments to... -
Geochemistry of Cretaceous sediments from Argo and Gascoyne Abyssal Plains
The accumulation of organic matter, ferrous and pyrite iron, and the ratios of organic carbon/total sulfur and organic carbon/total phosphorus in the Lower Cretaceous sediments... -
Geochemistry of ODP Sites 123-765 and 123-766
The sediments of the Argo and Gascoyne abyssal plains are generally lean in organic matter, are immature, and contain hydrocarbons trapped during sediment deposition rather than... -
Geochemistry of Early Cretaceous basaltic rocks from ODP Sites 123-765 and 12...
The Early Cretaceous basaltic rocks obtained from Sites 765 and 766 in the eastern Indian Ocean floor were mostly iron-rich normal mid-ocean ridge basalts (N-MORB), which were... -
Chemistry of altered basalts from ODP Hole 123-765D
Volcanic basement recovered at Hole 765D is characterized by nonpervasive, oxidative alteration, typical of seafloor weathering. Chilled margins and the mesostasis of the lavas... -
Geochemistry of ODP Site 123-765 sediments
Drilling at Site 765 in the Argo Abyssal Plain sampled sediments and oceanic crust adjacent to the Australian margin. Some day, this site will be consumed in the Java Trench. An...
