Earthquakes, extreme rainfall, or human activity can all cause landslides. Several landslides
occur each year around the world, often resulting in casualties and economic …

Pakhi landslide is one of the major debris slides of retrogressive nature along national
highway (NH-58) corridor from Rishikesh to Badrinath in Garhwal Himalayas, India. The …

Combining intrusive geotechnical site investigations with non-intrusive geophysical surveys
is a cost-effective approach to producing data with varying levels of accuracy, uncertainty …

On 23rd July 2019, a catastrophic long-runout basalt landslide was triggered by a heavy
rainfall in Shuicheng county, Guizhou, China. The sliding mass transformed into a debris …

Performing a reliable stability analysis of a landslide slope requires a good understanding of
the internal geometries and an accurate characterisation of the geotechnical parameters of …

The measurement of the shear wave velocities (Vs) of soils is an important aspect of
geotechnical and earthquake engineering, due to its direct relation to the shear modulus (G) …

Subsurface site characterization is essential for geotechnical engineering applications (eg,
slope stability analysis and deep excavation design), which is usually achieved through …

The paper focuses on the seismic response of masonry buildings in the historical centre of
Visso, severely hit by the 2016–2017 Central Italy earthquake. This represents an …

The occurrence of deep-sea geohazards is accompanied by dynamic changes in the
physical properties of seafloor sediments. Therefore, studying the physical properties is …

Insufficient subsurface information and soil mischaracterization contribute to significant
delays and cost overruns in up to 50% of all infrastructure projects. Adequate and accurate …