Bengal Fan is one of the world's largest submarine fans having an area of 2.8-3.0 xl06 sq.km. It extends from Ganges/Brahmaputra delta around 20 ° N latitude to south of 7 ° S, with a maximum width of about 1000 km around 15 " N latitude. Large volume of continental sediments are being discharged by Ganges and Brahmaputra Rivers into the Bay of Bengal and the finer sediment particles reach even 7 ° S latitude. The sediments rest on the early Cretaceous ocean floor characterized by the Mesozoic anomalies M11 through M0. Pattern of sediment deposition, tracing the imprints of sediment movement, turbidity current flows. paleo channels, their migration in time and space and sea level fluctuations by facies identification can be used t...
International Ocean Discovery Expedition 354 to 8°N in the Bay of Bengal drilled a seven site, 320 k...
The Bengal Fan is covered afresh by systematic geological and geophysical investigations by National...
International audienceWe investigate chronology and age uncertainty for the middle to upper Pleistoc...
The Bengal Fan has developed as a result of the collision of India with Asia, resulting in the oroge...
The Bengal fan is the largest submarine fan in the world that has formed as a result of high sedimen...
The Bengal Fan has developed as a result of the collision of India with Asia, resulting in the oroge...
The Bengal Fan which extends over a distance of 3000 km from the northern end of the Bay of Bengal b...
Three deep holes, with a maximum penetration of 960 m below Sea floor, were drilled into the distal ...
We obtained sediment physical properties and geochemical data from 47 piston and gravity cores locat...
The seafloor of the Bay of Bengal is covered by thick sediment deposits that constitute the largest ...
International audienceDrill sites in the southern Bay of Bengal at 3 degrees N 91 degrees E (Interna...
New stratigraphic and high-resolution seismic data from the Bengal Fan indicate that the world's lar...
Drill sites in the southern Bay of Bengal at 3°N 91°E (International Ocean Discovery Program Expedit...
International audienceThe Bengal-Nicobar Fan has been long-studied to investigate possible links bet...
International audienceA holistic view of the Bengal–Nicobar Fan system requires sampling the full se...
International Ocean Discovery Expedition 354 to 8°N in the Bay of Bengal drilled a seven site, 320 k...
The Bengal Fan is covered afresh by systematic geological and geophysical investigations by National...
International audienceWe investigate chronology and age uncertainty for the middle to upper Pleistoc...
The Bengal Fan has developed as a result of the collision of India with Asia, resulting in the oroge...
The Bengal fan is the largest submarine fan in the world that has formed as a result of high sedimen...
The Bengal Fan has developed as a result of the collision of India with Asia, resulting in the oroge...
The Bengal Fan which extends over a distance of 3000 km from the northern end of the Bay of Bengal b...
Three deep holes, with a maximum penetration of 960 m below Sea floor, were drilled into the distal ...
We obtained sediment physical properties and geochemical data from 47 piston and gravity cores locat...
The seafloor of the Bay of Bengal is covered by thick sediment deposits that constitute the largest ...
International audienceDrill sites in the southern Bay of Bengal at 3 degrees N 91 degrees E (Interna...
New stratigraphic and high-resolution seismic data from the Bengal Fan indicate that the world's lar...
Drill sites in the southern Bay of Bengal at 3°N 91°E (International Ocean Discovery Program Expedit...
International audienceThe Bengal-Nicobar Fan has been long-studied to investigate possible links bet...
International audienceA holistic view of the Bengal–Nicobar Fan system requires sampling the full se...
International Ocean Discovery Expedition 354 to 8°N in the Bay of Bengal drilled a seven site, 320 k...
The Bengal Fan is covered afresh by systematic geological and geophysical investigations by National...
International audienceWe investigate chronology and age uncertainty for the middle to upper Pleistoc...