3d mesh of fault surfaces of the Wasatch fault system. Large arrows show regional extension.
Simulating the Evolution of Stress over the Past 7 ka along the Wasatch Fault System in Utah: Grasshopper Anderson-Merritt and Michele Cooke, University of Massachusetts Amherst
Cooke, Cooper and Takayama, Deaf university student experiences with earthquake early warning, NH21E-2268
Anderson-Merritt, Cooke and Scharer, Estimating pre-earthquake tractions on the southern San Andreas and San Jacinto faults since 1000 CE, T31D-3149
Anderson-Merritt, Cooke and DuRoss, Estimating evolving shear tractions on the Wasatch fault since 5 ka. T41C 3264
Plotek, Cooke and McBeck, Predicting crustal thrust fault propagation and branching by Integrating numerical models and physical scaled experiments, MR41B-3084
Plotek, Berenice, Jess McBeck, and Michele Cooke, INVESTIGATING THRUST FAULT BRANCHING AND PROPAGATION USING WORK OPTIMIZATION, Oral presentation 143-3, Monday 2:10 pm room 303A
Cooke, Michele, LANGUAGE EQUITY FOR DEAF AND HARD OF HEARING GEOSCIENTISTS, Oral presentation 158-12, Tuesday 11:15 am room 208A
PRESENTATION ID 158-13
Alwan, Akilah, Michele Cooke, Shirley Jackson, Anita Marshall, Samuel Nyarko, Jennifer Piatek, Elizabeth Sibert and Lean Hong Tan, DISCLOSE AND LOSE MY JOB?” DISCLOSURE TENSIONS FOR PEOPLE WITH DISABILITIES IN THE GEOSCIENCES, oral presentation 158-13, Tuesday 11:30 am, room 208A
Nyarko, Samuel, Akilah Alwan, Michele Cooke, Shirley Jackson, Anita Marshall, Samuel Nyarko, Jennifer Piatek and Elizabeth Sibert, METHODOLOGICAL DESIGN OF THE DISABLED GEOSCIENTISTS’ EXPERIENCE SURVEY, oral presentation 272-2, Wednesday 1:55 pm n room 208A.
Marshall, Cooke and Scharer, Hazards and Hilltops: The San Andreas Fault and Mount San Jacinto IAGD Accessible Field Trip, Thursday
Three research presenations from the UMass geomechanics group at the Geomod23 conference Paris, France Sept 25-28.
Elston, Hanna M, & Michele L. Cooke, Impact of rheology on restraining bend evolution and slip-rate variations: Insights from analog models (oral talk)
Ramos Sánchez, Christ F., Michele L. Cooke, Laaninam Chaipornkaew, Sara Visage, Hanna Elston, Pauline Souloumiac and Ehsan Kosari, Predicting Off-fault Deformation Using Convolutional Neural Networks Trained on Experimental Strike-Slip Faults (poster)
Ramos Sánchez, Christ F., and Michele L. Cooke,The impact of pre-existing weaknesses on strike-slip fault evolution: rupture maps from the 2019 Ridgecrest earthquake inspire scaled physical experiments (poster)
Elston and Cooke. Loading Rate Influence on Restraining Bend Evolution (invited), T15B-06
Garvue, Spotila and Cooke. A Kinematic and Morphometric Analysis of Restraining Bends in the Eastern California Shear Zone, T12E-0120:
Oglesby, Kyriakopoullos, Tarnowski and Cooke. The Effects of Pre-Stress Assumptions on Dynamic Rupture with Complex Fault Geometry in the San Gorgonio Pass, California, Region, S23A-02
Cooke, Why we need to crip the classroom (and the lab and the field…), ED45A-01
Ramos Sanchez, Cooke, Chaipornkaew, Visage, Elston, Souloumniac and Sharm. University of Massachusetts Amherst Predicting Off-fault Deformation Using Convolutional Neural Networks Trained On Experimental Strike-Slip Faults, T52C-0049
Although Michele couldn’t make it to the in-person meeting, Hana, Christ and Grasshopper all attended September 11-14 in Palm Springs CA and represented the Geomechanics group well.
GRowth by Optimization of Work