This study quantitatively analyzes Pliocene-Pleistocene benthic f'oraminifcra from DSDP Site 238 in the central Indian Ocean. A Q-mode factor analysis of 28 most abundant species defines three significant faunal assemblages reflecting different environmental characteristics. The Cibicida; witelterstorfi-Oridorsalix umbonatm assemblage (Factor I) represents well oxygenated bottom waters with active currents and intermediate to low supply of organic matter. The Uvigerina proboscidea assemblage (Factor 2) indicates a continuously high flux of organic matters to the sea floor in response to increased surface water productivity. The NititaUides umbonifera assemblage (Factor 3) is associated with Antarctic Bottom Water (AABW) and reflects cold, o...
This study quantitatively examines benthic foraminifera (>125mu m) from 40 Pliocene-Pleistocene samp...
During the late Pliocene–middle Pleistocene, 63 species of elongate, bathyal–upper abyssal benthic f...
AbstractPliocene-Pleistocene deep sea benthic foraminifera from ODP Site 762B in the eastern Indian ...
The Northern Indian Ocean (DSDP Site 214) benthic foraminifera have been examined quantitatively to ...
An attempt has been made to understand the Pleistocene bottom water history in response to the paleo...
This study attempts to quantitatively analyse Pliocene- Pleistocene benfhic foraminifera from 61 sam...
Oligocene to Pleistocene bathyal benthic foraminifers at Broken Ridge (Site 754) and Ninetyeast Ridg...
The present study has been taken up to understand the history of bottom waler circulation in the Nor...
Multivariate analyses of latest Pliocene through Holocene benthic foraminifera from 61 samples from ...
This study attempts to analyse paleoceanographic changes in the Central Indian Ocean (Deep Sea Drill...
Deep-sea benthic foraminifera have been quantitatively analyzed in samples (>125 δm size fraction) f...
Deep-sea benthic foraminifera have been quantitatively analyzed in samples (>125 µm size fraction) f...
Tropical climate is variable on astronomical time scale, driving changes in surface and deep-sea fau...
The distribution pattern of deep sea bemhic foraminifera across the Miocene/ Pliocene boundary in th...
Multivariate analyses of latest Pliocene through Holocene benthic foraminifera from 61 samples from ...
This study quantitatively examines benthic foraminifera (>125mu m) from 40 Pliocene-Pleistocene samp...
During the late Pliocene–middle Pleistocene, 63 species of elongate, bathyal–upper abyssal benthic f...
AbstractPliocene-Pleistocene deep sea benthic foraminifera from ODP Site 762B in the eastern Indian ...
The Northern Indian Ocean (DSDP Site 214) benthic foraminifera have been examined quantitatively to ...
An attempt has been made to understand the Pleistocene bottom water history in response to the paleo...
This study attempts to quantitatively analyse Pliocene- Pleistocene benfhic foraminifera from 61 sam...
Oligocene to Pleistocene bathyal benthic foraminifers at Broken Ridge (Site 754) and Ninetyeast Ridg...
The present study has been taken up to understand the history of bottom waler circulation in the Nor...
Multivariate analyses of latest Pliocene through Holocene benthic foraminifera from 61 samples from ...
This study attempts to analyse paleoceanographic changes in the Central Indian Ocean (Deep Sea Drill...
Deep-sea benthic foraminifera have been quantitatively analyzed in samples (>125 δm size fraction) f...
Deep-sea benthic foraminifera have been quantitatively analyzed in samples (>125 µm size fraction) f...
Tropical climate is variable on astronomical time scale, driving changes in surface and deep-sea fau...
The distribution pattern of deep sea bemhic foraminifera across the Miocene/ Pliocene boundary in th...
Multivariate analyses of latest Pliocene through Holocene benthic foraminifera from 61 samples from ...
This study quantitatively examines benthic foraminifera (>125mu m) from 40 Pliocene-Pleistocene samp...
During the late Pliocene–middle Pleistocene, 63 species of elongate, bathyal–upper abyssal benthic f...
AbstractPliocene-Pleistocene deep sea benthic foraminifera from ODP Site 762B in the eastern Indian ...