▪ Abstract We present preliminary evidence for a∼ 10,000-year earthquake record from two
major fault systems based on sediment cores collected along the continental margins of …

Many of the largest earthquakes are generated at subduction zones or other plate boundary
fault systems near enough to the coast that marine environments may record evidence of …

ABSTRACT A new method for the description and classification of subaqueous sediment
gravity flow deposits is proposed. The classification scheme employs a convenient letter …

Deep-water turbidites as Holocene earthquake proxies: the Cascadia subduction zone and
Northern San Andreas Fault systems Page 1 Key words paleoseismology – earthquake …

The Aegean and Ionian seas, in Greece and adjacent regions, constitute the most
tsunamigenic areas in Europe. The most recent large tsunami was a 20 m high wave that …

A series of 23 thin, mostly mud-silt turbidites are found interspersed between larger, well-
dated and regionally correlated paleoseismic sandy turbidites that extend along most of the …

Large (> M 8), damaging interplate earthquakes occur frequently in the eastern Hokkaido
region, northern Japan, where the Pacific Plate is subducting rapidly beneath the Okhotsk …

Here we investigate sedimentary records from four small inland lakes located in the
southern Cascadia forearc region for evidence of earthquakes. Three of these lakes are in …

Much progress has been made in estimating recurrence intervals of great and giant
subduction earthquakes using terrestrial, lacustrine, and marine paleoseismic archives …

The recurrence of mass-flow units within sapropel S1, an organic carbon-rich lower
Holocene marker bed in the Eastern Mediterranean Sea, was used to study the interplay …