Dr. Philip Benson
Postdoc
University College London
I’m a research professional with ~20 years’ experience managing projects and teams in high impact research & innovation environments. I have demonstrated success in managing cross-disciplinary research, building partnerships, and leading strategies to incorporate new tools and technologies. Proven in leading international projects and collaborations, securing funding and developing/managing research awards (£4.5M+). I place a particular focus on developing people; mentoring Earth Career Scientists into future research leaders.
© Philip Benson
Rock Physics
This discipline describes the combination of controlled laboratory rock deformation experiments with measurements of geophysical and seismological properties. These experiments and methodologies allow fundamental studies of deep Earth processes to be made (which cannot be directly accessed) for comparison to routinely collected field data. Over the last 20 years I have applied these methods to, (i) develop a new understanding between fluid flow (permeability) anisotropy, elastic-wave anisotropy and 3D pore fabric anisotropy, (ii) better understand rock mass stability and fault friction, and (iii) understand how the 3D rock fabric influences seismic attenuation and other geophysical data.
Etna Volcano: Sciara del fuoco in 2022 | © Philip Benson
Volcanotectonics and Geohazards
Investigation of fluid-driven seismicity in the shallow crust with particular focus on passive (triggered) seismicity in active volcanoes. These earthquakes in volcanic settings (known as Volcano-Tectonic, Hybrid and Low Frequency harmonic events) are diagnostic of conditions under the volcano and frequently detected before unrest. A new understanding of their generation in terms of fluid pressure, speed, and volume is now allowing new models to be developed for this important geological hazard, and better understand the key role that fluids have on the stability of volcanic flanks.