Browsing Institute's contributions by Author "Saha, D."
Now showing items 1-6 of 6
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An island chain lost in the Bay of Bengal
Srinivas, K.; Krishna, K.S.; Ismaiel, M.; Mishra, J.; Saha, D. (Current Science Association, 2017) -
Ancient ocean floor hidden beneath Bangladesh
Krishna, K.S.; Ismaiel, M.; Srinivas, K.; Saha, D. (Current Science Association, IAS, 2019)This is a short briefing related to research done related to the ocean floor hidden beneath Bangladesh . Earth scientists have been curious to know what kind of crust lies beneath this great thickness of sediments in ... -
Crustal architecture and moho topography beneath the Eastern Indian and bangladesh margins - New insights on rift evolution and the continent-ocean boundary
Ismaiel, M.; Krishna, K.S.; Srinivas, K.; Mishra, J.; Saha, D. (2019)The thick sedimentary cover (?18 km) along the Eastern Continental Margin of India (ECMI) and over the Bay of Bengal has hindered understanding of the mechanisms of rifting that operated on the eastern Indian and Bangladesh ... -
Internal structure of the 85°E ridge, Bay of Bengal: Evidence for multiphase volcanism
Ismaiel, M.; Krishna, K.S.; Srinivas, K.; Mishra, J.; Saha, D. (Elsevier, 2017)The 85°E Ridge, located in the Bay of Bengal of the northeastern Indian Ocean is an enigmatic geological feature as it possesses unusual geophysical signatures. The ridge's internal structure and mode of eruptions are ... -
Post-breakup deformations in the Bay of Bengal: Response of crustal strata to the sediment load
Krishna, K.S.; Ismaiel, M.; Srinivas, K.; Saha, D. (Springer, 2020)Passive continental margins are tectonically inactive, but a few of them including the East India Passive Margin (EIPM) show evidences for post-breakup deformations. This unusual process prompted us to investigate the ... -
Sediment pathways and emergence of Himalayan source material in the Bay of Bengal
Krishna, K.S.; Ismaiel, M.; Srinivas, K.; Gopala Rao, D.; Mishra, J.; Saha, D. (Current Science Association, 2016)The sediment succession in the Bay of Bengal (BoB) records the signatures corresponding to India–Asia collision, regional climate change, and erosional proc- esses of both the Himalayan orogen and Indian subcontinent. The ...