Browsing by Subject "Central Indian Ridge"
Now showing items 1-5 of 5
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A petrogenetic model of basalts from the Northern Central Indian Ridge: 3-11°S
(Geological Society of China, 2007)Mid-Ocean Ridge Basalts (MORB) from Northern Central Indian Ridge (NCIR) were recovered between latitudes 30 and 110S and are olivine tholeiite with higher abundances of K and Rb. They are of typical transitional MORB ... -
A revisit to vityaz transform fault area, Central Indian Ridge: Isotopic evidence of probable hydrothermal activity.
(OMICS Publishing Group, 2014)Boron and chlorine isotopes have been used as a proxy for tracing the presence of hydrothermal activity in the CIR area. Isotopic compositions of boron (delta<sup>11</sup>B) and chlorine (delta<sup>37</sup>Cl) measured ... -
Boron and chlorine isotopic signatures of seawater in the Central Indian Ridge
(Indian Academy of Sciences, 2003)Isotopic ratios of boron and chlorine were measured in the upper 2000 m water column of the Central Indian Ridge from two tectonically active areas, one at 5°S and other at 10°S which coincided with the spreading regime ... -
Magmatic evolution of the fresh basalts from the Ridge axis near Egaria Fracture Zone, Central Indian Ridge
(Geological Society of India, 2001)Fresh Mid-Ocean Ridge Basalts (MORBs) from the Central Indian Ridge (CIR) (20° 12'S; 66°53'E), located north of the Rodriguez Triple Junction (RTJ) are studied for their petrography and bulk composition along with mineral ... -
Metallogenesis along the Indian Ocean Ridge System
(Indian Academy of Sciences, 2003)Twenty years after the discovery of the sea-floor hot springs, vast stretches of the global mid-ocean ridge system still remain unexplored for locating hydrothermal vents. In comparison to the mid-oceanic ridge systems of ...