Applications of Palynology in Stratigraphy and Climate Studies

Precambrian microfossils: indicators of early life on the Earth.- Significance of palynology in understanding age, palaeoclimate and correlation of Indian Gondwana sediments.- Reappraisal of Permian and Early Triassic palynoflora and palynostratigraphy of Son-Mahanadi Basin and their climatic implications.- An overview of Upper Gondwana Rajmahal flora and its significance.- Palynology of Late Cretaceous-early Paleocene Deccan volcanic associated sediments: implication in understanding age, climate and depositional environments.- Paleogene Indian plate dynamics and palaeoclimate: a review from palynological perspective.- Palynological perspective on understanding climate change in India over the pre-industrial Common Era (CE; past ca. 2000 years): a comprehensive review and a critical evaluation.- Palynology: a tool to decipher the impact of anthropogenic activity on palaeo-vegetation - a review based on fossil pollen records from India.- Modern pollen assemblage and micro-morphometric analysis of arboreal and non-arboreal taxa from Lucknow district of Central Ganga plain, India: a window to palaeoclimatic studies.- Decoding ancient vegetation and environment using potsherd palynology: A case study from an archaeological site of deltaic West Bengal, India.- Hydrocarbon biomarkers in elucidating source organic matter and palaeodepositional environment: A case study from Cambay Basin, India.- Application of palynology in petroleum and coal exploration.

Professor Bandana Samant acquired her post graduation in geology from H. N. Bahuguna Garhwal University, Uttarakhand, India and she did her Ph. D in palynology of lignite deposits of Gujarat from prestigious Wadia Institute of Himalayan Geology, DehraDun, Uttarakhand. Dr. Samant carried out her postdoctoral research work as a Research Scientist, Research Associate and Senior Research Associate in projects sponsored by funding agencies such as Department of Science and Technology (DST) and Council of Scientific and Industrial Research (CSIR).  In 2005, she joined the Banaras Hindu University (BHU), Varanasi, UP (India), the premier central university of India, as a lecturer and since 2009 she is working at the Postgraduate Department of Department of Geology, RTM Nagpur University, Nagpur, India. She is credited to have completed seven research projects awarded by reputed national funding agencies. She has published more than 60 research papers, including one in 'Nature Communication'. She also worked as a collaborator in two National Science Foundation, USA funded research projects. She was awarded 'Best Researcher Award' by RTM Nagpur University in 2021. Prof. Samant has successfully guided three research students for Ph. D. She was a member of the National Working Group of prestigious International Geoscience programme, IGCP-609. She has visited the USA, Ireland, Germany, Russia, China, Japan, Korea to deliver invited lectures and present her research work. She is working on the palynoflora of Deccan volcanic associated sediments to understand the response of the flora to Deccan volcanism induced climatic and environmental changes. Her research work is also focused on the coprolites of sauropods to understand habitat and diet of dinosaurs during Late Cretaceous.  Dr. Deepali Thakre completed her Postgraduate degree in geology from the Postgraduate Department of RTM Nagpur University. She did Ph.D. work on the palynological study of Deccan volcanic