Earth, Atmosphere & Environment Sciences
Geo-electrical characterization of the fault zone in the Himalayan foothills and Sub-Himalayan region in and around Mohand area Uttarakhand, India. This proposal is being submitted as follow up project of earlier sanctioned DST-DAAD project vide DST order no DST/INT/DAAD/P-19/2019 dated 15.07.2019 to complete unfinished, due to Covid Pandemic, approved project objectives
Study of the Venusian climate through Radio Occultation experiments from orbiting spacecraft and modelling
A comprehensive approach to disentangle climate and land cover change impact on water resources DECLARE
Developing a Wetland "Photobioreactor" Microbial Fuel Cell system for Household Wastewater Treatment
Forest Characterization using LiDAR and Image Data
Sustainable capturing of flue gases by an integrated phototrophic-heterotrophic microbial consortium coupled with bioelectricity and biofuel production
Enhancing the efficiency of clean energy production by intensifying anaerobic bioconversion of organic waste using solar energy
Implementation of Japanese early-warning criteria Soil Water Index SWI for debris flows and slope failures into territorial early warning systems in India for landslide disaster mitigation
Localization of surface deformation zones using space borne InSAR and ground investigations in an active sector of the Sub-Himalayan region.
Understanding the impact of climate change and land use change on the groundwater resources in the future using deep learning models with focus on data scarce regions
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