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Upasana Swaroop Banerji

Project Scientist-II · Hydrology Group, National Centre for Earth Science Studies (NCESS), Ministry of Earth Sciences (MoES)

https://researchid.co/upasanabanerji
@ncess.gov.in
33Scopus Publications
909Google Scholar Citations
18Google Scholar h-index
26Google Scholar i10-index

Research Interests

 Paleoclimate and Paleoceanography  Indian monsoon and its teleconnection with the global climate system  Role of natural climate forcing and climate variables during Holocene Epoch  Geochemical and isotopic proxies in sediments  Sediment Geochr...

Biography

The unprecedented need to study climate processes reinvigorated my interest in hitherto climate and related processes over past millennial to centennial time scales. The prime focus of my research is to understand the major forcing factors acting on climate perturbations during the last few millennia and its significance on global ocean atmosphere processes using natural archives.

Education

Ph.D.: 2017, Geology; Department of Geology, Maharaja Sayajirao University of Baroda, Vadodara, Gujarat. Thesis: Holocene Climatic Variability using Mudflats from Saurashtra, Western India. [Supervised by Prof. D.M. Maurya] M.Sc.: 2009, Geology; Geology Department, M.G. Science Institute, Gujarat University, Ahmedabad, Gujarat. [First Division; Gold Medal] B.Sc.: 2007, Geology; Geology Department, M.G. Science Institute, Gujarat University, Ahmedabad, Gujarat. [First Division]

Recent Scopus Publications

  1. Late Quaternary climate reconstruction using multiproxy approach and mathematical techniques
    Quaternary International, 2026
  2. Pre-bomb marine reservoir corrections for the southeastern Arabian Sea
    Radiocarbon, 2026
  3. Decoding late Quaternary paleoclimatic signatures from the western Bay of Bengal: A multiproxy approach
    Quaternary International, 2025
  4. Vegetation Response to the Hydro-Climatic Changes During the Late Quaternary
    Quaternary, 2025
  5. Geochemical records of mudflat sediments from southern Saurashtra, Western India: Implications for Holocene climate and global teleconnection
    Holocene, 2024

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