Event deposits in lake sediments provide invaluable chronicles of geodynamic and climatic
natural hazards on multi-millennial timescales. Sediment archives are particularly useful for …

Accurate probabilistic seismic hazard analysis requires a good knowledge of the recurrence
parameters of the strongest earthquakes in a region. Due to the typical short temporal span …

Turbidite palaeoseismology has produced arguably the most comprehensive multimillennial
scale records of subduction-zone earthquakes but is underpinned by techniques that are …

Fine-grained sediments from the Late Triassic Yanchang Fm. in the Ordos Basin (central
China) were studied by core analysis and geophysical logging. Part of the mudstones in this …

The Washington continental margin presents both a classic test of submarine
paleoseismology, and an opportunity to explore advancement of the field through analysis of …

Landslides are common in aquatic settings worldwide, from lakes and coastal environments
to the deep sea. Fast-moving, large-volume landslides can potentially trigger destructive …

Historical and paleoseismic records in south-central Chile indicate that giant earthquakes on
the subduction megathrust–such as in AD1960 (M w 9.5)–reoccur on average every∼ 300 …

Abstract Lake sediments in Eklutna Lake, Alaska, reveal the presence of turbidites within
varved sequences. These turbidites, which result from flood events and earthquakes, show a …

The giant 2011 Tohoku-oki earthquake has been inferred to remobilise fine-grained, young
surface sediment enriched in organic matter from the slope into the> 7 km deep Japan …

Stacked or amalgamated turbidites provide an opportunity to infer the synchronous
triggering of multiple slope failures, which is a criterion often used to attribute these slope …