Python Scripts and Jupyter Notebooks to Prepare Geophysical Figures and Geographic Maps via PyGMT (Pythonic Interface for GMT)
Codes for plotting seismic activity
The earthquake detection and localization framework 🔥
We use the temporal Epidemic Type Aftershock Sequence (ETAS) model to compute the number of event expected in a time widow and compare it with the number of event actually observed.
SHAppE is an interface for time-dependent seismic hazard evaluation, designed to support both researchers and students in natural and anthropogenic seismology.
Simulating Earthquake Catalogue
Analysis of the temporal evolution of Intermediate-depth seismicity beneath the central Himalayas. Codes for publication: https://doi.org/10.3389/feart.2021.742700
Repository of numerical models for pseudo-forecasting of induced and natural seismicity in the Hengill geothermal field. Developed in the framework of the COSEISMIQ project http://www.coseismiq.ethz.ch/en/home/ by Antonio P. Rinaldi, Shyam Nandan and Vanille A. Ritz
By modeling the SOC theory using a sandpile model, we presented four simulation scenarios, all of which demonstrated power-law distributions of avalanches.
Earthquake forecasting performance evaluation serves as a critical metric for quantitatively assessing and comparing the efficacy and reliability of predictive models.
Graficador de mapas de sismicidad y perfiles sísmicos para Perú utilizando GMT6 (Generic Mapping Tools).
Dashboard visual analytics seismisitas Indonesia: pipeline ETL data gempa BMKG + patahan aktif PSG/ESDM ke PostgreSQL star schema, dengan klastering DBSCAN, heatmap KDE, dan peta interaktif berbasis Plotly Dash.
Python code used to carry out the statistical analysis of magnitude correlations published in https://npg.copernicus.org/articles/27/1/2020/npg-27-1-2020.html for the self-similar aftershock rates (SSAR) model presented in https://journals.aps.org/pre/abstract/10.1103/PhysRevE.94.022314, the catalog ("TimeMagLT.txt") used in the analysis, along ...
Six methods for analyzing the completeness of seismic data, of course based on catalogs, without involving the completeness assessment related to station detection.
Este repositorio sintetiza e integra los códigos utilizados para el desarrollo del trabajo de grado titulado: SISMICIDAD E IMPLICACIONES SISMOTECTÓNICAS DE UNA ZONA DEL CENTRO – ORIENTE DE LA CUENCA DEL VALLE MEDIO DEL MAGDALENA (VMM) Y NIDO SÍSMICO DE BUCARAMANGA con énfasis en detección automática de fases sísmicas y relocalización de sismos.
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