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Sedimentary basin processes

Cartoon illustrating the formation of depressed sedimentary basins and uplifted shoulder in continental rifts.
Posted inEditors' Highlights

The Lost Topography Around Continental Rifts

by Fabio A. Capitanio 28 April 202225 April 2022

Numerical models provide quantitative constraints on topography lost to erosion, showing how the sediment influx in a sedimentary basin reflects its tectonic and topographic evolution.

Yangtze River
Posted inResearch Spotlights

Researchers Home in on the Age of the Yangtze River

by Joshua Learn 10 March 2021

Findings on the river’s age also have implications for past landscape change in Asia.

Posted inFeatures

The Search for the Severed Head of the Himalayas

by L. Joel 25 April 201928 September 2021

To unearth the very first sediments to erode from the Himalayas, a team of scientists drilled beneath the Bay of Bengal.

Kate Scharer examining sediments disrupted by the San Andreas Fault near Desert Hot Springs, California.
Posted inResearch Spotlights

Catching Glimpses of Centuries-Old Earthquakes

by S. Witman 5 May 2017

Researchers in the western United States survey the earthquakes that have torn up California for the past millennium.

Pannonian-Basin-Miocene-extension-greater-than-previously-thought
Posted inResearch Spotlights

Unraveling the History of Central Europe's Pannonian Basin

by Terri Cook 12 August 2016

A multidisciplinary model linking the sedimentary and tectonic histories of this structurally complex basin suggests that large amounts of extension occurred there between 20 and 9 million years ago.

Satellite photo of Japan
Posted inResearch Spotlights

Earthquakes May Prevent Underwater Landslides

by David Shultz 4 April 20164 April 2016

Smaller quakes around the active edge of continental plates may contribute to increased stability by promoting compaction and solidifying the top 100 meters of seafloor sediment.

From AGU Journals

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Reviews of Geophysics
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By M. O. Andreae, P. Merlet

HOT ARTICLE
Geophysical Research Letters
“Relating Slip Behavior to Off-Fault Deformation Using Physical Models”
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