Describing the evolution of the neo-volcanic zone in the spreading ridge is essential for
understanding the dynamics and environments of abyssal basins. However, the absolute …

High-resolution dating of volcanic rocks is the foundation for understanding the evolution of
volcanoes and for estimating possible hazards. However, dating is often difficult for …

A total of 135 oriented cores have been collected from 18 separate basaltic bodies on St.
Paul Island on the axis of the mid-Indian ridge, and subjected to paleomagnetic and K/Ar …

Detailed alternating field (AF) and thermal demagnetization techniques on 120 samples
belonging to 10 dykes of the Goa region along the west coast of the Indian Precambrian …

Paleomagnetic and rock magnetic investigations were carried out on three sediment cores
taken from the Ninetyeast Ridge, the eastern equatorial Indian Ocean. The cores are 4.1 …

Abstract The rifted Eastern Continental Margin of India (ECMI) has evolved as a result of
breakup of East Gondwanaland. Previous geophysical studies of the continental margin …

Seafloor hydrothermal systems in the back-arc region of the Okinawa Trough have been
viewed as a modern analogue to the Kuroko-type volcanogenic massive sulfide deposits …

Placing accurate age constraints on near‐axis lava flows has become increasingly important
given the structural and volcanic complexity of the neovolcanic zone at fast spreading …

WILSON (1963) proposed that several quasi-linear chains of islands and seamounts in the
Pacific Ocean extend generally in a WNW-ESE direction and tend to be younger at the ESE …

We investigate the magnetic signature of volcanic and nonvolcanic seafloor areas along the
Southwest Indian Ridge between 61° E and 67° E and analyze their relationship with crustal …