Integrated 2D joint inversion models of gravity, magnetic, and MT for geothermal potentials: a case study from Gujarat, India

International Journal of Geoheritage and Parks: Kriti Yadav, Anirbid Sircar, PDF, Geothermal Energy

Feedforward Neural Network for joint inversion of geophysical data to identify geothermal sweet spots in Gandhar, Gujarat, India - ScienceDirect

Geothermal energy provinces in India: A renewable heritage - ScienceDirect

Example of seismogram Data Processing The refraction method consists of

Integrated 2D joint inversion models of gravity, magnetic, and MT for geothermal potentials: a case study from Gujarat, India

Joint inversion of gravity and surface wave data constrained by magnetotelluric: Application to deep geothermal exploration of crustal fault zone in felsic basement - ScienceDirect

Polar diagrams at frequencies 10,400 Hz, 780–1.02 Hz, and 0.107–0.0011 Hz

Integrated 2D joint inversion models of gravity, magnetic, and MT for geothermal potentials: a case study from Gujarat, India

Geothermal energy provinces in India: A renewable heritage - ScienceDirect

Geological map of the study area (reproduced with kind permission from

Joint inversion of gravity and surface wave data constrained by magnetotelluric: Application to deep geothermal exploration of crustal fault zone in felsic basement - ScienceDirect

Temperature profiles in the three wells.

Polar diagrams at frequencies 10,400 Hz, 780–1.02 Hz, and 0.107–0.0011 Hz