Andhra University - India
AUTHOR PROFILE
ORCID
SUMMARY
Dr. Aloshree Choudhury is a seasoned Geospatial Professional with over 11 years of experience in Remote Sensing and GIS, particularly within water resources and agriculture. Her expertise spans national and international projects, algorithm development using satellite data, and the design of innovative GIS-based solutions. Recognized for her leadership and research acumen, she blends strong analytical skills with a collaborative mindset. Her work reflects a commitment to sustainable practices and technological advancement in spatial sciences, making her a valuable contributor to both applied research and development programs.
EDUCATION
Dr. Choudhury completed her Ph.D. in Water Resources Applications in GIS from Andhra University in 2024, focusing on sustainable water management using geospatial techniques in Telangana. She holds an M.Tech in Remote Sensing and GIS and a B.Tech in Civil Engineering Technology from SRM University, Chennai. Her academic pursuits have consistently integrated geoinformatics and ecological planning, demonstrating a strong foundation in spatial analysis and environmental applications, culminating in a blend of theoretical knowledge and field-based research competencies.
PROFESSIONAL EXPERIENCE
Dr. Aloshree Choudhury’s career spans multiple prominent organizations, including UNDP, RMSI Cropalytics, Grow Indigo, SatSure Analytics, and ISRO. She has held positions such as Remote Sensing Analyst, Technical Specialist, and Research Scientist, contributing to projects on crop yield estimation, surface water mapping, hydrological drought analysis, and regenerative agriculture. She has led algorithm development, field validation studies, and training sessions while managing teams and collaborating with stakeholders across government and international institutions, highlighting her versatility and leadership in the geospatial domain.
RESEARCH INTEREST
Her research interests include hydrological modeling, agricultural monitoring, crop yield estimation, and the integration of microwave and optical satellite data for precision analysis. She is particularly focused on applying geospatial tools to improve water resource management and promote sustainable agriculture. Algorithm development for rice classification using SAR data and assessing groundwater recharge zones are among her notable contributions. Her interdisciplinary approach bridges environmental science, data analytics, and spatial modeling to address pressing challenges in resource sustainability and climate adaptation.
AWARD AND HONOR
Dr. Aloshree Choudhury has received multiple accolades recognizing her contributions to science and innovation. She is a lifetime member of the Institute of Scholars and recipient of the Young Researcher Award (2023), Young Scientist Award (2024), and International Women Researcher Award (2025). These honors underscore her pioneering efforts in geospatial applications for environmental and agricultural sustainability. Her recognition spans both national and international platforms, reflecting the impact and relevance of her work across diverse sectors and global communities.
RESEARCH SKILL
She excels in algorithm development, image analysis (SAR and optical), hydrological and agricultural assessment, and geospatial data integration. Proficient in software such as ArcGIS, QGIS, ENVI, ERDAS, and Google Earth Engine, she also utilizes programming (Python) for analytical automation. Her work often involves large-scale spatial modeling, surface water analysis, and yield predictions, supported by advanced statistical and machine learning techniques. These skills have enabled her to develop innovative, scalable solutions tailored to environmental and agricultural challenges.
PUBLICATIONS
Dr. Choudhury has authored impactful research on groundwater potential, rice growth mapping, land surface temperature, and hydrological indices. Her studies are published in peer-reviewed journals like Modeling Earth Systems and Environment, Environment and Ecology Research, and Engineering and Technology Journal. She has also contributed to national conferences such as ISRS and ACRS. Her work highlights the integration of geospatial techniques in water resource and agricultural studies, adding significant value to scientific and policy-oriented discourse.
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Title: Crop Water Requirement in a Sub-Watershed of Mahabubnagar District of Telangana for Kharif Rice Cultivation using Geospatial Techniques
Authors: Aloshree Choudhury, Vazeer Mahammood, K.H.V. Durga Rao
Journal: Engineering and Technology Journal
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Title: Groundwater potential zone assessment using geospatial technique and identification of artificial recharge sites: a case study of Mahabubnagar District of Telangana
Authors: Aloshree Choudhury, Vazeer Mahammood, K.H.V. Durga Rao
Journal: Modeling Earth Systems and Environment
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Title: Rice Mapping and Various Stages of Rice Growth using Sentinel-1 SAR Data-A case study of Mahabubnagar District, Telangana
Authors: Aloshree Choudhury, Vazeer Mahammood, K.H.V. Durga Rao
Journal: International Journal of Recent Technology and Engineering (IJRTE)
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Title: Land Surface Temperature and Its Impact on Land Use and Land Cover: Long-Term Rainfall Analysis Using CHIRPS PENTAD Data in Telangana's Mahabubnagar District
Authors: Aloshree Choudhury, Vazeer Mahammood, K.H.V. Durga Rao
Journal: Environment and Ecology Research
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Title: Performance Assessment of Tank Irrigation System Using Remote Sensing
Authors: Anurag Mishra, K. Bharath Reddy, Aloshree Choudhury, K. Sai Santosh, Nagendra Jai Ganesh, K. Abdul Hakeem, V. V. Rao
Journal: 38th INCA International Congress
CONCLUSION
Dr. Aloshree Choudhury represents a dynamic blend of academic excellence and practical innovation in the geospatial sciences. Her multidisciplinary expertise, coupled with a passion for sustainable development, positions her as a leader in spatial research and application. With a strong publication record, prestigious awards, and a commitment to knowledge sharing, she continues to drive impactful solutions in agriculture, water management, and climate adaptation. Her journey exemplifies dedication, vision, and a collaborative spirit in addressing global environmental challenges.