Francis Sangma
Central University of Tamil Nadu, Tata Institution of Social Sciences (TISS), University of Delhi, Cotton College (Gauhati University)
About
I am a motivated and results-oriented professional with a multidisciplinary background spanning geographic mapping, climate science, environmental studies, disaster Studies & management, and Geoinformatics. My academic and professional journey—shaped by rigorous research and field-based experience—has equipped me with a deep understanding of complex environmental systems and resilient planning.
With strong technical expertise in geospatial analysis, watershed dynamics, and climate-responsive strategies, I bring a research-driven perspective to environmental problem-solving. My work often integrates traditional ecological knowledge with cutting-edge geospatial techniques, enabling holistic approaches to disaster resilience and sustainability.
Driven by curiosity and purpose, I actively seek opportunities in dynamic and collaborative settings that value interdisciplinary engagement. I am eager to contribute meaningfully to impactful projects while continuously expanding my knowledge and skillset.
Employment
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Central University of Tamil Nadu Guest Faculty2023 - 2023
Education
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Tata Institution of Social Sciences (TISS) PhD2014 - 2020
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University of Delhi MPhil2011 - 2013
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Cotton College (Gauhati University) MSc in Geography (Fluvial Geomorphology)2007 - 2009
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Cotton College (Gauhati University) BSc Geography (h), Geology, Chemistry, Environmental Studies2003 - 2007
Projects & Funding
Projects & funding information is unavailable.
Publications (5)
- Spatial analysis of neo-tectonics signatures in lower Subansiri sub-basin using morphometric parameters and Fuzzy-AHP Save
- Climate Variability and Transhumant Adaptation among Gujjar and Bakarwal Communities Save
- Shoreline Changes Analysis and Forecast Using Digital Shoreline Assessment System 5.0: Evidences from Parts of East Coast of India Save
- Watersheds Characteristics and Prioritization Using Morphometric Parameters and Fuzzy Analytical Hierarchal Process (FAHP): A Part of Lower Subansiri Sub-Basin Save
- Comparison of probabilistic and expert-based models in landslide susceptibility zonation mapping in part of Nilgiri District, Tamil Nadu, India Save