Understanding the factors governing the stability of fault slip is a crucial problem in fault
mechanics,–. The importance of fault geometry and roughness on fault-slip behaviour has …

High‐resolution present‐day earth surface deformation maps from satellites provide
important data constraints, which help us better understand tectonic processes and analyze …

Shallow creep events provide opportunities to understand the mechanical properties and
behavior of faults. However, due to physical limitations observing creep events, the precise …

The occurrence of aseismic creep along seismogenic faults significantly impacts seismic
hazard assessment by releasing accumulated stress and reducing the slip deficit. Since the …

Whereas most continental faults are interseismically locked, some exceptions have been
observed to exhibit aseismic slip over a range of depths in the Earth's upper crust, ie shallow …

Volcanoes represent one of the most critical geological settings for hazard modelling due to
their propensity to both unpredictably erupt and collapse, even in times of quiescence …

On 23 November 2022, a MW 6.0 earthquake occurred in the direct vicinity of the MW 7.1
Düzce earthquake that ruptured a portion of the North Anatolian Fault in 1999. The M w 6.0 …

Cree** landslides may fail catastrophically, posing significant threats to infrastructure and
lives. Landslides weaken over time through rock mass damage processes that may occur by …

Quantitative geomorphic analyses are usually powerful in identifying active tectonics across
global orogenic belts. Our present study will focus on the Anatolian Plate which hosts a lot of …

The central Pamir plateau moves northward and collides into Eurasia at a rate that varies
significantly over its 600-km-wide extension. However, the active structures accounting for …