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faults

Posted inEditors' Highlights

Successful Testing of Technique to Measure Seafloor Strain

by B. Pirenne 12 September 20186 October 2021

A new optical fiber interferometry strain sensor tested off the Oregon coast holds promising prospects for seafloor geodesy.

Researchers combine diverse data sets to analyze earthquake recurrence intervals in central Washington State.
Posted inResearch Spotlights

Constraining Central Washington’s Potential Seismic Hazard

by Terri Cook 19 June 20183 July 2023

Fault geometry and slip rate analyses show deformation in the Yakima Fold Province accelerated in the Pleistocene and has remained elevated, offering new insights into earthquake recurrence intervals.

Researchers map continental deformation in northwestern Tibet.
Posted inResearch Spotlights

New Insights into Continental Deformation in Northwestern Tibet

by Terri Cook 9 May 201813 April 2022

A new surface velocity map shows strain localized along major strike-slip features, suggesting the central Tibetan Plateau is not deforming as a fluid in response to gravitational collapse.

Researchers use a new method to uncover evidence for gravity tectonics after the great Sumatra quake
Posted inResearch Spotlights

Evidence for Gravity Tectonics After the Great Sumatra Quake

by Terri Cook 27 March 201816 March 2022

A new method that applies structural geology principles to aftershock analyses suggests that gravity-driven motion may occur during part of the seismic cycle.

Posted inEditors' Highlights

What Happens Inside Rocks as They Fail?

by M. Cooke 21 March 20186 October 2021

An innovative technique provides micro-scale resolution on the three-dimensional evolution of damage within crystalline rocks that leads to fault nucleation.

Researchers analyze how low-angle, high-displacement faults influence the evolution of continental rifts.
Posted inResearch Spotlights

An Improved Understanding of How Rift Margins Evolve

by Terri Cook 21 March 201829 September 2022

A new seismic reflection study of the mid-Norwegian margin examines the role that low-angle, high-displacement faults play in the evolution of continental rifts.

New modeling simulates how faulting and folding around blind faults influence each other.
Posted inResearch Spotlights

New Model Simulates Faults and Folds Shaping Each Other

Alexandra Branscombe by A. Branscombe 21 March 20186 October 2021

A new model simulates how faulting and folding deep in Earth’s crust shape the way rocks fold and cause earthquakes.

Researchers examine how mantle upwelling under oceanic transform faults stabilizes these boundaries.
Posted inResearch Spotlights

Widespread Mantle Upwelling Beneath Oceanic Transform Faults

by Terri Cook 13 March 20188 July 2024

A global characterization of mantle flow patterns beneath active oceanic transforms suggests pervasive upwelling stabilizes divergent plate boundaries by warming and weakening these enigmatic features.

Researchers drill into New Zealand’s Alpine Fault to better understand fault structure and earthquake physics
Posted inResearch Spotlights

Drilling into a Future Earthquake

Alexandra Branscombe by A. Branscombe 26 February 20186 October 2021

Researchers drill into a fault that is anticipated to rupture in coming decades to study fault structure and earthquake physics.

New research suggests more earthquakes may be the result of fracking than previously believed
Posted inResearch Spotlights

More Earthquakes May Be the Result of Fracking Than We Thought

by S. Witman 8 February 20188 December 2022

Scientists show small earthquakes caused by fracking near Guy-Greenbrier, Ark., in 2010 that could have been early indicators of high stress levels on larger faults deeper underground.

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