Unlike other parts of the world, the high-resolution past climate (monsoonal) record of
Northwestern Himalaya is limited and such paucity of data on climatic records hinders the …

A chronologically well-constrained sedimentary archive from Upshi (Ladakh) was studied
using a multi-proxy approach namely palynology, environmental magnetism, total organic …

To understand the present day climate change impacts on ecosystem, knowledge of the
rapid climatic events occurred within the last few thousand years is crucial. Indian summer …

This study presents a centennial to decadal scale late Holocene climate scenario from the
Indian summer monsoon (ISM) dominated region of western Himalaya. The subsurface …

India's agricultural output, economy and societal well-being are strappingly dependent on
the stability of the southwest summer monsoon precipitation, its variability and extremes …

Pollen, phytoliths and δ 13 C signatures of soil organic matter from two fluvial sedimentary
sequences of the Darjeeling foothill region, eastern Himalayas are used to portray …

Multiproxy analyses of sediment samples from a 2.7 m trench from western Himalaya have
helped in the reconstruction of vegetation and climatic changes during the last∼ 15.2 ka …

A review of the published records of Late Pleistocene-Holocene climate of the western
Himalaya reveals that though the Ladakh area in the Trans-Himalayan region has been …

The high resolution Holocene paleomonsoon records from Northwest (NW) Himalaya are
limited. The carbon isotope (δ 13 C), Total organic carbon (TOC) and pollen analysis were …

Understanding the spatiotemporal monsoonal variability during the Holocene helps in
understanding the rise and fall of many civilizations. In this study, a 2.65 m high palaeo lake …