Modernizing gravity processing: use the gravity disturbance
Santiago R. Soler (2024)
Organized by University of Houston
Tutorial: Introduction to SimPEG at Agrogeo24
Devin Cowan, Santiago R. Soler and Lindsey Heagy (2024)
Presented at Agrogeo24
Organized by Agrogeophysics Organizing Committee
Processing potential field data with Fatiando a Terra
Santiago R. Soler, Lu Li and Lindsey Heagy (2023)
Presented at AGU Fall Meeting 2023
Organized by American Geophysical Union
Fatiando a Terra: software libre para geofísica
Santiago R. Soler (2023)
Organized by IGeBA, Universidad Buenos Aires
Fatiando a Terra: Open-source tools for geophysics
Santiago R. Soler and Lindsey Heagy (2023)
Organized by Canadian Exploration Geophysical Society (KEGS)
Presentation at UBC-GIF Open House 2022
Santiago R. Soler (2022)
Organized by Geophysical Inversion Facility, EOAS, UBC
Fatiando a Terra: Open-source tools for geophysics
Santiago R. Soler (2022)
Organized by Geophysical Inversion Facility, EOAS, UBC
Empowering science with open-source software
Santiago R. Soler (2022)
Organized by Instituto de Astronomia, Geofísica e Ciências Atmosféricas, USP
Fatiando a Terra: Open-source tools for geophysics
Leonardo Uieda, Santiago R. Soler and Agustina Pesce (2021)
Organized by Geophysical Society of Houston
Gradient-boosted equivalent sources for gridding large gravity and magnetic datasets
Santiago R. Soler and Leonardo Uieda (2021)
Presented at EGU21 General Assembly
Organized by European Geoscience Union
Tutorial: Processing gravity data with Harmonica
Santiago R. Soler, Andrea Balza Morales and Agustina Pesce (2021)
Presented at Transform21
Organized by Software Underground
Herramientas Computacionales para Geociencias
Santiago R. Soler (2020)
Organized by SEG Student Chapter of Universidad del Sur
A better strategy for interpolating gravity and magnetic data
Santiago R. Soler and Leonardo Uieda (2020)
Presented at EGU General Assembly 2020
Experiencias en el desarrollo de Fatiando a Terra
Santiago R. Soler (2019)
Presented at Taller Argentino de Computación Científica
Gravitational field of tesseroids with variable density
Santiago R. Soler, Agustina Pesce, Mario E. Giménez and Leonardo Uieda (2019)
Presented at LAPIS2019