Detail of a photo: Large angular boulder beside a shallow pebbly stream in a grassy mountain valley, below steep forested slopes and rocky peaks under a dramatic blue sky, in heavily processed colours.
EGU Blogs

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GD

What’s the role of hotspot and oceanic transform faults at ultraslow spreading ridge?

What’s the role of hotspot and oceanic transform faults at ultraslow spreading ridge?

  Mid-ocean ridges (MOR) and hotspots are two types of magmatic activity occurring in the ocean. The MORs are typically associated with another tectonic feature—oceanic transform faults. While numerous studies have focused on the interactions within MORs, hotspots, and transform faults, there has been limited research on cases where a hotspot and a transform fault …[Read More]

NH

Building Resilience: Insights and Preventive Measures from Kuala Lumpur’s Sinkhole event

Building Resilience: Insights and Preventive Measures from Kuala Lumpur’s Sinkhole event

On August 23, 2024, a tragic event unfolded in Kuala Lumpur, Malaysia, when an 8-metre-deep sinkhole opened up on Jalan Masjid India, swallowing Vijayalakshmi Gali, a 48-year-old woman visiting from India [1]. The incident has raised serious concerns about public safety and the integrity of urban infrastructure. A sinkhole is a natural depression or hole …[Read More]

GM

Highlighting Shakespeare’s Geomorphology

An oblique aerial photograph of the river Trent at dusk/dawn (a dark blue sky with orange along the horizon).

Recently, I was reading about the River Trent in the UK and came across a surprising Shakespeare quote that I thought I would highlight to the geomorphology community . The quote below is from Henry IV (Part 1, act 3, scene 1) where the character ‘Hotspur’ references the meandering River Trent:  “Methinks my moiety, north …[Read More]

TS

TS Must Read – 3D seismic analysis of the structure and evolution of a salt-influenced normal fault zone: a test of competing fault growth models, Jackson & Rotevatn (2013)

TS Must Read – 3D seismic analysis of the structure and evolution of a salt-influenced normal fault zone: a test of competing fault growth models, Jackson & Rotevatn (2013)

In this Must Read paper “3D seismic analysis of the structure and evolution of a salt-influenced normal fault zone: a test of competing fault growth models (2013)”, by Christopher A-L. Jackson and Atle Rotevatn used detailed 3D seismic reflection data from the Suez Rift, Egypt, to gain a better understanding of the structural evolution of …[Read More]