India's diverse vegetation and landscapes provide an opportunity to understand the
responses of vegetation to climate change. By examining pollen and fossil records along …

Holocene lake records constitute an important archive for the reconstruction of paleoclimate.
Despite the overall climatic stability of the Holocene, the monsoons in India, both summer …

Abstract Study Region Teesta River of Eastern Himalayas, India. Study Focus This article
addresses the mechanisms of weathering in the Teesta River, for the first time based on the …

The response of the Indian Summer Monsoon (ISM) to forcing factors and climate variables
has not yet fully explored, even though the ISM plays a pivotal role in the socio-economics of …

We present a pollen proxy record of hydro-climatic variability in the Somwarpet area of
Karnataka State (Western Ghats), India, receiving monsoon rainfall from both the southwest …

A palynological assay of the studies carried out from the Western and the Eastern Himalaya
(India) during the Late Pleistocene and Holocene is presented here. The Western Himalaya …

The pollen and diatom analyses of soil samples from a 80-cm deep sedimentary core from
the Barak valley of Assam provides an explicit understanding of vegetation, climatic and …

To understand the vegetation response to climate change and the Indian Summer Monsoon
rainfall (ISMR) variability during the Late Holocene (approx. 2.5 ka), pollen analysis was …

Past climate reconstructions from palaeoecological records require an understanding of
relationships between modern vegetation and climate. Phytoliths are being used widely to …

Understanding the variability and related dynamic mechanisms of the Indian summer
monsoon evolution over the past millenniums is crucial for disaster prevention and …