Principal Scientist , Electrical and Heliborne Geophysics
Groundwater geophysics, hydrogeology, groundwater pollution, aquifer modeling, entropy theory in water resources
Research Themes |
Objectives |
Groundwater Potential Zones |
Development of an efficient technique integrating geological, geophysical, hydrogeological, and remote sensing data to map areas with high groundwater extraction potential, aiding sustainable management in water-scarce regions. |
Saline Water Mixing |
Saline Water Mixing Index (SWMI) to evaluate saline water mixing in aquifers, crucial for coastal regions facing seawater intrusion, enabling effective salinity monitoring and water quality protection. |
Natural Backgrounds of Groundwater Pollution |
Developing technique to estimate natural backgrounds of groundwater pollution, distinguishing natural from anthropogenic sources, improving groundwater quality assessment and management. |
Entropy-Based Model for Groundwater Reserves |
Development of entropy-based model to assess groundwater reserves, enhancing the accuracy of groundwater assessment and supporting sustainable management by addressing hydrogeological system uncertainties. |
Hydrogeological Vulnerability Assessment |
Developing interaction-based model to assess hydrogeological vulnerability, identifying high-risk areas and aiding in the implementation of measures to protect groundwater resources. |