A single deep-sea core (MD982156) of 30.30 meters long which is obtained during the MD III-IMAGES IV Expedition from Roo Rise - Indian Ocean in 1998 was studied. Down to 30 meters of the core length, the sediment consists of abundance planktonic foraminiferas. Below 30 meters, it is mostly composed of phillipsite mineral-rich sediment that is associated with nannoplanktons.The Paleocene authigenic phillipsite minerals associated with nannoplanktons is separated from Late Miocene to Holocene planktonic foraminiferas rich-sediments by hiatus. This hiatus or non deposi- tional in Roo Rise suggest be triggered by long Cenozoic tectonic erosion
18-34Deep Sea Drilling Project Site 219 on the Laccadive Ridge penetrates Pleistocene to upper Paleo...
Correlation of mineral associations from sediment recovered on the northwestern Australian continent...
The Paleocene-Eocene Thermal Maximum (PETM) was an abrupt and extreme warming event associated with ...
A single deep-sea core (MD982156) of 30.30 meters long which is obtained during the MD III-IMAGES IV...
During the MD III - IMAGES IV Expedition, one of the cores that has length around 30.30 m below sea ...
DOI: 10.17014/ijog.v5i1.92The sample studied was derived from the base of core MD 982156, one of the...
Deep-sea cores recovered from the N.W. Indian Ocean during Leg 23 of the Deep-Sea Drilling Project w...
Phosphorites from the Murray Ridge, NW Arabian Sea comprise nodules, bioclasts, and bone fragments. ...
1121-1131Present study is the phillipsite grains present in a siliceous sediment core (water depth 5...
Present study is the phillipsite grains present in a siliceous sediment core (water depth 5100 m) re...
Correlation of mineral associations from sediment recovered on the northwestern Australian continent...
A porcellanite layer, probably younger than 0.6-0.4 Ma, of a nearly monomineralic composition of opa...
The evolution of oceanic and climatic conditions the northeast Indian Ocean during the last 7 m.y. i...
Cyclic changes in environmental conditions can be recorded in sediment by variations in their geoche...
A pulse of intense carbonate dissolution occurred during the early late Paleocene at 58.4 Ma. A prom...
18-34Deep Sea Drilling Project Site 219 on the Laccadive Ridge penetrates Pleistocene to upper Paleo...
Correlation of mineral associations from sediment recovered on the northwestern Australian continent...
The Paleocene-Eocene Thermal Maximum (PETM) was an abrupt and extreme warming event associated with ...
A single deep-sea core (MD982156) of 30.30 meters long which is obtained during the MD III-IMAGES IV...
During the MD III - IMAGES IV Expedition, one of the cores that has length around 30.30 m below sea ...
DOI: 10.17014/ijog.v5i1.92The sample studied was derived from the base of core MD 982156, one of the...
Deep-sea cores recovered from the N.W. Indian Ocean during Leg 23 of the Deep-Sea Drilling Project w...
Phosphorites from the Murray Ridge, NW Arabian Sea comprise nodules, bioclasts, and bone fragments. ...
1121-1131Present study is the phillipsite grains present in a siliceous sediment core (water depth 5...
Present study is the phillipsite grains present in a siliceous sediment core (water depth 5100 m) re...
Correlation of mineral associations from sediment recovered on the northwestern Australian continent...
A porcellanite layer, probably younger than 0.6-0.4 Ma, of a nearly monomineralic composition of opa...
The evolution of oceanic and climatic conditions the northeast Indian Ocean during the last 7 m.y. i...
Cyclic changes in environmental conditions can be recorded in sediment by variations in their geoche...
A pulse of intense carbonate dissolution occurred during the early late Paleocene at 58.4 Ma. A prom...
18-34Deep Sea Drilling Project Site 219 on the Laccadive Ridge penetrates Pleistocene to upper Paleo...
Correlation of mineral associations from sediment recovered on the northwestern Australian continent...
The Paleocene-Eocene Thermal Maximum (PETM) was an abrupt and extreme warming event associated with ...