Submarine landslides pose a hazard to coastal communities as they can generate powerful
tsunamis, and threaten critical offshore infrastructure such as seafloor cable networks that …

Slow-moving subaqueous landslides (SMSL) have been recognised in many studies from
seafloor bathymetric and seismic data, based on shared morphological characteristics with …

Although submarine landslides have been studied for decades, a persistent challenge is the
integration of diverse geoscientific datasets to characterize failure processes. We present a …

Submarine landslides have been identified in almost all ocean basins worldwide. The
largest submarine landslides occur on very shallow slopes and can be far larger than any …

The Hikurangi margin is an active continental margin east of New Zealand's North Island. It
is well recognized as a seismically active zone and is known for the occurrence of free gas …

Dissolved chloride concentrations higher than seawater were observed over a broad depth
range in pore water profiles from International Ocean Discovery Program Site U1517 on the …

We present geochemical data collected from volcanic ash-bearing sediments on the upper
slope of the northern Hikurangi margin during the RV SONNE SO247 expedition in 2016 …

Abstract The Tuaheni Landslide Complex (TLC) is characterized by areas of compression
upslope and extension downslope. It has been thought to consist of a stack of two …

Several mechanisms involving excess pore pressure related to gas hydrate have been
proposed to explain active creeping at landslides such as the north Hikurangi margin …

There are many challenges facing submarine mass movement researchers and engineers.
This book comes at a time when, in the past five years, a number of high-profile submarine …