Welcome to the Datta Lab!
We are chemical hydrogeologists and aqueous geochemists working on environmental sustainability.
Our research focuses on issues of water resources, water availability, and understanding the cycling of different metals and organic compounds in our groundwaters, surface waters, soils, and sediments, as well as how land use pattern changes affect the distribution of such metals and pollutants in our environments. Our research projects have links to health impact assessments, targeting both human and ecosystem health.
We are also interested in studies on trace element and oxyanion migration and contamination in the environment, especially in groundwaters, urban air particulates, rice grains, and unproductive soil environments, using hydrological and geochemical tools including speciation of elements via synchrotron spectroscopy. Dr. Datta and his students travel to various sites in India, Bangladesh, Argentina, Mexico, and several states within the U.S.
We have been working in delineation of areas of groundwater problems in Kansas, Texas, and neighboring states. Additionally, recent studies of mineralization in rock-brine and supercritical CO2 mixtures in a CO2 injection scenario within subsurface saline aquifers has gained momentum in our group.
I am always looking for new students!
Contact me if you are interested in graduate studies in hydrogeology and geochemistry at UTSA.
Dr. Saugata Datta
Postdoctoral Fellow Opportunity
The Datta Lab has an opening for a postdoctoral fellow interested in hyporheic zone hydrology and geochemistry.
Graduate Student Opportunity
The Datta Lab has an opening for a graduate student interested in soil sensor technology and soil chemistry.
Dr. Datta offered "Geochemistry and Hydrogeochemistry" with Director Estefan Garcia Dobarganes and Professor Yanmei Li at the University of Guanajuato
What’s in our water and soil? UTSA professor studies the distribution of pollutants and nutrients in the ecosystem
Signals in the Soil (SitS): Real-Time and Continuous Monitoring of Phosphates in the Soil with Graphene-Based Printed Sensor Arrays
NSF Hydrologic Sciences
The Dynamic Iron Curtain Surrounding Fluctuating Rivers and Its Impacts on Arsenic Fate and Ttransport
Planetary Science and Technology Through Analog Research (PSTAR): Biologic and Resource Analog Investigations in Low Light Environments (BRAILLE)