After more than 100 years of earthquake research, earthquake forecasting, which relies on
knowledge of past fault rupture patterns, has become the foundation for societal defense …

The high-resolution sedimentological and geochemical analysis of a sediment sequence
from Lake Savine (Western Mediterranean Alps, France) led to the identification of 220 event …

Submarine landslides, debris flows and turbidity currents are significant geohazards for
seafloor infrastructure in many locations around the world. Their deposits potentially provide …

Understanding the flow processes that form gravity-flow deposits is vital for modeling and
predicting sandstone bodies in the subsurface, which is of great significance for …

Abstract The AD 2011 Tohoku-Oki Mw 9 earthquake ruptured the megathrust up to the
Japan Trench with a large displacement and caused a catastrophic tsunami. This study is …

The seismic origin of turbidites is verified either by correlating such layers to historic
earthquakes, or by demonstrating their synchronous deposition in widely spaced, isolated …

Abstract Convergence between African and European plates generates compressional
strain, primarily concentrated along the northern African margin. This is testified on the …

We analyzed a catalog of 31 published earthquake chronologies to assess the commonality
of quasiperiodic earthquake recurrence across a range of fault types and tectonic settings …

Periodic or quasiperiodic earthquake recurrence on individual faults, as predicted by the
elastic rebound model, is not common in nature. Instead, most earthquake sequences are …

Lacustrine sediments on the eastern Tibetan Plateau (TP) contain a wealth of information on
local and regional tectonic activity. High-resolution grain-size and magnetic susceptibility …