Schematic Model of Fault Zone in Gneiss
A schematic and statistical fault zone model for a quarry outcrop in the Schwarzwald.
My research also focuses on characterising the structural heterogeneity in other fault zones. While faults are typically envisaged as discrete planes, perhaps with some off-fault damage either side, diligent analysis of faults in outcrop reveals that most faults are complex, heterogenous, and highly varied. My research into this variability between faults and heterogeneity within faults is led by detailed and quantitative characterisation of outcrops using fieldwork, virtual outcrop models, and statistical analysis to show what faults actually look like and how they behave in response to stresses and as pathways/barriers to fluids. Much of this research is part of the BMWK-funded RESTLESS project into induced earthquakes in the Upper Rhine Graben in response to hydrothermal exploitation.
A schematic and statistical fault zone model for a quarry outcrop in the Schwarzwald.
A detailed interpreted fault zone for a gneiss quarry outcrop in the Schwarzwald.
I am a structural geologist working as a Postdoctoral Researcher at Johannes Gutenberg–Universität Mainz and a hobbyist girl-with-camera.
My research focuses on the heterogeneities within large faults, shear zones, and subduction zone mélanges — how to map them, quantify them, and explain their origins. I am especially interested in 3D reconstructions of rocks and outcrops which allow detailed, realistic, and quantifiable models of natural phenomena. I also love to teach and I am interested in innovative and engaging methods of teaching earth sciences, both in the classroom and in the field.
In my free time, I enjoy photography and my images reflects my love of nature and the diverse forms nature can take.