Wadia Institute of Himalayan Geology | India
Dr. Sakshi Maurya is a dedicated geoscientist with expertise in climate reconstruction, isotope geochemistry, and Himalayan geology. She has contributed significantly to the understanding of past climate variability, paleoenvironments, and hydrogeological systems through her research on stable and radiogenic isotopes, sediments, and organic matter. Her work spans field investigations, laboratory experiments, and advanced analytical techniques to reconstruct environmental and climatic changes. She has been actively involved in various collaborative projects, authored research papers in reputed journals, and presented at national and international forums. Her professional journey reflects a blend of research excellence, technical expertise, and academic commitment.
Professional Profile
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Education
Dr. Maurya pursued her undergraduate studies in Physics, Mathematics, and Geology, followed by postgraduate specialization in Geology. She completed her doctoral research in geosciences with a focus on late Holocene climate reconstruction in the higher Himalaya. Her academic path equipped her with strong foundations in geochemistry, paleoclimatology, and environmental reconstruction. She carried out extensive dissertation and training projects involving geochemical characterization, isotopic analysis, and paleoclimate studies, supported by fieldwork across Himalayan terrains. Alongside formal education, she received advanced training in specialized laboratories and research institutes, gaining expertise in cutting-edge instrumentation and interdisciplinary methods essential for addressing complex earth science problems.
Professional Experience
Dr. Maurya has held progressive research and technical positions at leading earth science institutes. Her professional contributions include isotope ratio measurements using stable isotope mass spectrometry, radiogenic isotope analysis with LA-MC-ICPMS, and trace element characterization with advanced ICPMS systems. She has worked extensively on oxygen, hydrogen, carbon, and nitrogen isotopes in water and solid samples, along with rare earth element studies. Her role encompassed laboratory management, analytical operations, and collaborative research. She has contributed to projects involving hydrological systems, lake sediments, peat deposits, and high-altitude wetlands. Her experience reflects a strong balance of technical expertise, research innovation, and scientific leadership.
Awards and Recognition
Dr. Maurya’s research contributions have been recognized through publications in reputed international journals and acceptance of her work in leading scientific conferences. She has been invited to present her findings on Himalayan climate variability, isotope studies, and environmental reconstructions at several academic platforms. She has contributed as a corresponding author in significant research publications, highlighting her leadership role in collaborative projects. Her academic achievements, training at prestigious institutes, and involvement in interdisciplinary research further strengthen her recognition in the geoscience community. Her work on Himalayan climate and isotope geochemistry continues to receive acknowledgment for its relevance and scientific value.
Research Skills
Dr. Maurya is proficient in advanced laboratory and analytical techniques for geoscience research. She has expertise in isotope ratio mass spectrometry, gas chromatography–mass spectrometry, inductively coupled plasma mass spectrometry, and laser ablation isotope analysis. Her skills extend to organic matter separation, pollen analysis, total organic carbon measurement, and ion chromatography. She is well-versed in geospatial tools such as ArcGIS, as well as data processing software including SigmaPlot and Isodot. Her research integrates laboratory analysis with field-based sampling in Himalayan terrains. These multidisciplinary skills enable her to address complex questions related to paleoclimate, hydrology, geochemistry, and environmental change with scientific precision.
Notable Publications
Paleo-vegetation and climate variability during the last three millennia in the Ladakh, Himalaya
Author: S Maurya, SK Rai, CP Sharma, S Rawat, KR Chandana, AJ Dhabi, R Bhushan, S Sarangi
Journal: Catena 217, 106500
Year: 2022
Sedimentation pattern and its controlling factors in Indian Lakes
Author: P Diwate, F Khan, S Maurya, NK Meena, S Humane, RB Golekar
Journal: Bulletin of Pure and Applied Sciences 40 (1), 38-52
Year: 2021
Hydrological behaviour of natural springs/streams in mid-hills of Chakrata Himalayas, India
Author: UK Maurya, SK Rai, SK Bartarya, A Kumar, A Kumar, D Thakur, S Maurya, NK Sharma, P Raja, V Kumar
Journal: Global Nest Journal 23 (3), 468-474
Year: 2021
Stable Isotopic studies of the herbivorous mammals from the Marginal Ganga Plain, India: implication for the palaeo‐environmental reconstruction
Author: S Maurya, R Ghosh, RK Sehgal, P Srivastava, UK Shukla, AP Singh, S Sarangi
Journal: Geological Journal, 1-14
Year: 2022
Geochemical and Isotopic Composition of Gypsum Deposits from Sahastradhara Region of Lesser Himalaya, India
Author: S Maurya, SK Rai
Journal: Journal of the Geological Society of India 95 (2), 205-211
Year: 2020
Conclusion
Dr. Sakshi Maurya’s academic and professional journey reflects her commitment to advancing geoscience research with a focus on Himalayan geology, isotope geochemistry, and paleoclimate studies. Through her fieldwork, laboratory expertise, and interdisciplinary collaborations, she has significantly contributed to the understanding of climate variability, hydrological behavior, and environmental reconstruction. Her research has been well recognized through publications and conference presentations, strengthening her standing in the scientific community. Equipped with advanced technical skills, strong analytical capabilities, and a dedication to knowledge advancement, she continues to pursue impactful research that bridges earth science, climate change, and environmental sustainability.