Generating earthquake slip on complex geological faults: combining EFSM20 and k223d/ANTI-FAScOnline Event

Monday 4 Nov 2024, 09:00 → 12:00 Europe/Amsterdam

Andrè Herrero (INGV), Antonio Scala (UNINA), Rita Chiara Taccone (INGV), Roberto Basili (INGV), Shane Murphy (Ifremer)

Location: Virtual training course

Speaker: Roberto Basili (INGV), Rita Chiara Taccone(INGV), Shane Murphy (Ifremer), Andre Herrero (INGV), Antonio Scala (UNINA)

Research fields: Structural geology, seismology, geodesy, tsunami, seismic hazard, tsunami hazard

Target audience: Researchers interested in simulating earthquakes for use in seismology geodesy and tsunami science.

Prerequisites: Basic knowledge of the seismic source and scaling laws; computational background (basic knowledge of GIS, python, fortran)

Learning goals:

•                    Overview of mapping geological faults

•                    Introduction to EFSM20

•                    Live demonstration on how to mesh a fault

•                    Overview of stochastic slip distributions

•                    Introduction to k223d programme

•                    A brief discussion about earthquake size and scaling laws

•                    Participants will generate their own stochastic slip distributions for individual earthquakes using k223d

•                    Participants will generate sets of stochastic slip distributions tailored for tsunami hazard and forecasting applications using ANTI-FASc

•                    Provide a final discussion on potential uses for EFSM20 and stochastic slip distributions

 

We are happy to announce our online workshop on ‘Generating earthquake slip on complex geological faults: combining EFSM20 and k223d/ANTI-FASc’. This event will be a 3 hour workshop. The training goals will be covered in a short online training session, which uses a mix of PowerPoint presentations and live demonstrations using QGIS, jupyterlab notebooks, and k223d and ANTI-FASc codes. All codes and notebooks will be made freely available online before the training.

Agenda:

·         Roberto Basili (INGV) and Rita Chiara Taccone(INGV): Representing complex geological faults.

·         Shane Murphy(Ifremer) and André Herrero (INGV): Earthquake slip on non-planar faults.

·         Antonio Scala (UNINA): Set of slip distributions for tsunami hazard and forecasting purposes

 

Geo-INQUIRE promotes diversity and inclusion within the scope of the project. 

Geo-INQUIRE is funded by the European Commission under project number 101058518 within the HORIZON-INFRA-2021-SERV-01 call. Terms and Conditions for participants in Geo-INQUIRE activities: https://www.geo-inquire.eu/about/terms-and-conditions

2024-11-04_InstallationInstructions.pdf