International audienceThe NinetyEast Ridge (NER), one of the most enigmatic features in the Indian Ocean, is covered by thick Bengal Fan sediment north of 9°N. We present seismic reflection data on the eastern flank of the NER, at 10°N, that show the presence of 4-5 km thick sediments beneath the Bengal Fan sediments. These sediments can be imaged up to 60 km beneath the Andaman fore-arc accretionary wedge, suggesting that the décollement lies above these sediments. The presence of thick sediments above the northernmost segment of the NER suggests that this segment was close to a continental margin during its emplacement. We propose that these sediments were deposited soon after the breakup of India and Antarctica, between 130 and 100 Ma, a...
The Bengal fan is the largest submarine fan in the world that has formed as a result of high sedimen...
The Andaman arc in the northeastern Indian Ocean defines nearly 1100 km long active plate margin bet...
The Bay of Bengal (BOB) lithosphere evolved due to rifting between India and Antarctica and subseque...
Since the early Cretaceous, the Bay of Bengal was formed during rifting between India and Antarctica...
The Ninetyeast Ridge (NER) is a ~5000 km-long aseismic volcanic ridge trending NS in the eastern In...
International audienceNew multi-channel seismic data were acquired in the northern part of the Bay o...
New multi-channel seismic data were acquired in the northern part of the Bay of Bengal and at the no...
The nature and origin of the subsurface 85°E Ridge in the Bay of Bengal has remained enigmatic till ...
Analysis of the multi-channel seismic reflection, magnetic and bathymetric data collected along a tr...
The role of hotter than ambient plume mantle in the formation of a rifted volcanic margin in the nor...
We use the Bouguer coherence (Morlet isostatic response function) technique to compute the spatial v...
One of the most enigmatic features of the 2004 Sumatra–Andaman earthquake was the slow rupture speed...
The oceanic lithosphere in the Bay of Bengal (BOB) formed 80-120 Ma following the breakup of eastern...
The convergence tectonics of the Ninetyeast ridge (NER), upon the Andaman island arc-trench system i...
Ninetyeast Ridge (NER) is a linear volcanic ridge in the Indian Ocean thought to have formed by hots...
The Bengal fan is the largest submarine fan in the world that has formed as a result of high sedimen...
The Andaman arc in the northeastern Indian Ocean defines nearly 1100 km long active plate margin bet...
The Bay of Bengal (BOB) lithosphere evolved due to rifting between India and Antarctica and subseque...
Since the early Cretaceous, the Bay of Bengal was formed during rifting between India and Antarctica...
The Ninetyeast Ridge (NER) is a ~5000 km-long aseismic volcanic ridge trending NS in the eastern In...
International audienceNew multi-channel seismic data were acquired in the northern part of the Bay o...
New multi-channel seismic data were acquired in the northern part of the Bay of Bengal and at the no...
The nature and origin of the subsurface 85°E Ridge in the Bay of Bengal has remained enigmatic till ...
Analysis of the multi-channel seismic reflection, magnetic and bathymetric data collected along a tr...
The role of hotter than ambient plume mantle in the formation of a rifted volcanic margin in the nor...
We use the Bouguer coherence (Morlet isostatic response function) technique to compute the spatial v...
One of the most enigmatic features of the 2004 Sumatra–Andaman earthquake was the slow rupture speed...
The oceanic lithosphere in the Bay of Bengal (BOB) formed 80-120 Ma following the breakup of eastern...
The convergence tectonics of the Ninetyeast ridge (NER), upon the Andaman island arc-trench system i...
Ninetyeast Ridge (NER) is a linear volcanic ridge in the Indian Ocean thought to have formed by hots...
The Bengal fan is the largest submarine fan in the world that has formed as a result of high sedimen...
The Andaman arc in the northeastern Indian Ocean defines nearly 1100 km long active plate margin bet...
The Bay of Bengal (BOB) lithosphere evolved due to rifting between India and Antarctica and subseque...