I membri della University of Naples Federico II SEG Student Chapter, sono lieti di invitarvi al webinar “The past is the key to the future: what we have done and we are planning to do”.
Durante l’evento, il nuovo board della SEG Student Chapter illustrerà tutte le attività che sono state svolte nel biennio 2019/2020 ed i progetti relativi a questo nuovo anno. In particolare, una parte del webinar sarà dedicata alla presentazione dei risultati preliminari relativi alle indagini geofisiche condotte durante il corso “SEG Geophysics Field Camp in Southern Italy 2020”.
La ricerca oggetto della borsa rientra nell’attività istituzionale del Centro di Ricerche Sismologiche di OGS, essendo finalizzata alla definizione di un modello tridimensionale delle velocità delle onde sismiche dell’Italia Nord-Orientale.
La domanda deve essere presentata entro il 19 febbraio 2021
for Philosophy Doctors and University Graduates
in disciplines related to the Energy Industry
To reward outstanding university graduates specializing in areas related to the Energy Industry, SPE Italian Section (Society of Petroleum Engineers), EAGE (European Association of Geoscientists & Engineers) and Assorisorse (Sustainable Natural Resources and Energy) announce the 28th “Gustavo Sclocchi” Theses Award.
University graduates from Italian universities and Italian nationals graduated abroad who have completed their studies in the period October 1st 2019 to December 31st 2020 are entitled to submit their published thesis for the award.
EAGE E-Lecture: Virtual Seismology: monitoring the subsurface with virtual sources and recivers by Kees Wapenaar
This E-Lecture introduces virtual seismology: monitoring the subsurface with virtual sources and receivers, which is a new methodology to create virtual sources and virtual receivers in the subsurface from reflection measurements at the earth’s surface. Unlike in seismic interferometry, no physical instrument (receiver or source) is needed at the position of the virtual source or receiver. Moreover, no detailed knowledge of the subsurface parameters and structures is required: a smooth velocity model suffices. Yet, the responses to the virtual sources, observed by the virtual receivers, fully account for multiple scattering. This method is not only useful for reflection imaging but is has also large potential for monitoring induced seismicity, characterizing the source properties and forecasting the response to potential future induced earthquakes. This will be demonstrated with numerical models and preliminary real-data results.
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