Passive Imaging and Monitoring in Wave Physics: From Seismology to Ultrasound - 2024

Oceans waves properties that matter for microseism sources: what'we' know and what 'we' do not know (yet) - Fabrice Ardhuin
Reflection Matrix Imaging: From Ultrasound to Passive Seismology - Alexandre Aubry
Properties and dynamics of large fault zones - Yehuda Ben-Zion
Imaging Seismicity Point Clouds with Machine Learning - Greg Beroza
Discovering the wavefield using seismic arrays: The rumbling Earth close to an active fault - Florent Brenguier
Field correlations and scattering: the example of body wave imaging - Michel Campillo
Ground-Shaking Prediction (and variability) in the Era of Big Data - Fabrice Cotton
Ambient Field Monitoring in the Shallow Crust - Marine Denolle
Subsurface monitoring with urban noise in Mexico city - Laura Ermert
Understanding and monitoring fluid-flow-induced seismic noise - Florent Gimbert
Rotational seismology - Celine Hadziioannou
Earth, wind and fire (and water): Monitoring volcanoes with infrasonic and seismic waves - Matthew Haney
Mars crustal attenuation properties - Sabrina Menina
Passive monitoring of sea ice - Ludovic Moreau
Ambient noise methods to facilitate Geothermal Exploration and Monitoring - Anne Obermann
Imaging the Earth lithosphere with surface waves from ambient noise. A focus on the Alps - Anne Paul
Revealing & interpreting patterns from continous seismic data with unsupervised learning - Reza Esfahani
Introduction & Waves Physics - Nicolai Shapiro
Imaging deep Earth with Coda Correlation wavefield - Hrvoje Tkalcic
Distributed Acoustic Sensing II - Monitoring earthquake with submarine cables - Alister Trabattoni
Laboratory measurements of ultrasonic waves for geophysical applications - Kasper van Wijk
Seismic Noise and Distributed Acoustic Sensing - a Biased overview - Zhan Zhongwen

Page mise à jour le 19/06/2024 par DOMINIQUE DONZELLA