Although Hanna Elston and Michele Cooke had planned to attend the EGU in person during their planned trip to Germany, they had to settle for virtual participation when the meeting was pushed to late May.
- Hanna Elston and Michele Cooke, Velocity influence on deformation partitioning along evolving restraining bends in TS4.2, EGU22-8300
- Jack Loveless, Hanna Elston, Michele Cooke, and Scott Marshall, Using surface velocities and subsurface stressing rate tensors to resolve interseismic deep slip distribution on closely spaced faults in TS. 2.2; EGU22-6673
- Michele Cooke, Hanna Elston, Laainam Chaipornkaew, Sarah Visage, Pauline Souloumniac, and Tapan Mukerji, Prediction of Off-Fault Deformation from Strike-slip Fault Structures in clay and sand experiments using Convolutional Neural Networks in TS9,1; EGU22-3265
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