Geomorphic reconstructions of the East Antarctic Ice Sheet history across Antarctica suggest
diachronous and varying retreat patterns with changing climate. However, little is known of …

Three sediment cores collected from GL-1, V-1 (Vetehiya) and L-6 lakes of Schirmacher
Oasis, East Antarctica were studied for sediment components (sand, silt, clay, total organic …

The sediment cores collected from lakes L-8, L-10, and L-12 of Larsemann Hills, East
Antarctica, were investigated for sediment components (sand, silt, clay, total organic carbon …

A 1.62 m sediment core was retrieved from one of the landlocked freshwater lakes (L-6) in
the Schirmacher Oasis (SO), East Antarctica during the 24th Indian Antarctic Expedition …

A 78 cm sediment core from one of the fresh water lake in Larsemann Hills, Antarctica was
analyzed to compare the relationship between grain size and biological productivity as total …

Antarctica plays a vital role in controlling Earth's climate. Recent data indicates that there are
widespread changes in Antarctica, especially the Antarctic Peninsula due to global warming …

Polar regions are highly sensitive to climate change and are crucial for regulating the Earth's
climate. While the past climatic changes were forced differently than the ongoing and future …

Diatoms are important primary producers in lake ecosystems and, as a sink for dissolved
(DSi) and biogenic silica (BSi) originating from land, can significantly impact the global Si …

The subsurface sediment archives provide clues to the past climate of the Earth. To
reconstruct the paleoclimate of Lower Baitarani Basin, a 1000 cm deep sediment core (JP) …

Three sediment cores collected from GL-1, V-1 (Vetehiya) and L-6 lakes of Schirmacher
Oasis, East Antarctica were studied for sediment components (sand, silt, clay, total organic …