We have characterized a promising geothermal prospect using an integrated approach involving microseismic monitoring data, well logs, and 3D surface seismic data. We have used seismic as well as microseismic data along with well logs to better predict the reservoir properties to try and analyze the reservoir for improved mapping of natural and induced fractures. We used microseismic-derived vel...

We have implemented an extension for the observational seismology obspy software package to provide a streamlined tool tailored processing of seismic signals from non-earthquake sources, in particular those deforming systems such as glaciers and landslides. This seismic attributes library provides functionality to: (1) download and/or pre-process waveform data; (2) detect cata...

A new technology of classifying a seismic interval parallel to a horizon in a 3D volume based on the shape of the wiggle traces and its geologic use will be presented here. Since the seismic traces contain all relevant information, such as, reflection patterns, phase, frequency, amplitude etc., the trace shape is a fundamental property of the seismic data. A map showing the distribution of simi...

Background: Earthquake-prone regions from the stable continental regions (like Peninsular India) warrant total seismic hazard estimation from possible sources — reservoir induced or tectonic. The Koyna region falls in the so-called stable continental region, though previously considered as aseismic because of its location in the Peninsular India, which was argued to be the continental Shield re...

Seismic attenuation was estimated from compressional (P) and shear (S) waves carefully extracted three-component vertical seismic profiling (VSP) data. A high sensitivity of to fluid content noticed, which shows the advantage its use as a attribute for reservoir studies. Contrary most observations in fully saturated sandstones, magnitude P S wave studied carbonate zones is higher than one. This...