Tag Archives: restraining bends

Publications

New paper in Tectonics the on early evolution of restraining bends in the eastern california shear zone

each of seven different configurations of faults results in different uplift patterns. dipping faults produce greater uplift

Garvue, Max M,. James A. Spotila, Michele L. Cooke and Elizabeth R. Curtiss, 2024, What Controls Early Restraining Bend Growth? Structural, Morphometric, and Numerical Modeling Analyses From the Eastern California Shear Zone, Tectonics,  https://doi.org/10.1029/2023TC008148

Max did a great job combining careful field data and numerical models to decipher the relationships between fault configuration and uplift patterns.

Publications

New paper on long-term slip rate variability

Should we expect site slip rates around restraining bends to remain constant over the 10-100k time scales? Probably not ’cause sites migrate and fault systems evolve! Hanna Elston led this new paper out in Geology.

Strain map on the top and slip rate at sites indicted with colored boxes.

Elston, Hanna M., Michele L. Cooke and Alexandra Hatem, 2022. Non-steady state slip rates emerge along restraining bends under constant remote loading, Geology. https://doi.org/10.1130/G49745.1

Link to press release about this paper

Publications

New paper in Terra Nova on the Denali fault

Map of the restraining bend along the Denali fault with active fault traces and seismicity.

Benowitz, Jeffrey, Sean Bemis, Patrick Terhune, Michele L. Cooke, Kevin Toenenboehn, 2021, Why is Mt. Denali (6,194 m) so big? Caught inside the tectonic wake of a migrating restraining bend, Terra Nova. https://doi.org/10.1111/ter.1257`1

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