In regions with moderate seismicity and large intervals between strong earthquakes,
paleoseismological archives that exceed the historical and instrumental timescale are …

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 …

The sedimentary processes in the deep basin of large peri‐Alpine lakes have not been
studied much on long timescales due to high coring complexity of such lake systems. In …

High‐Alpine regions are prone to a large variety of geohazards, among which earthquakes
have the strongest impact on landscape and local population. Historic records indicate a …

In the French north‐western Alps, several lakes of glacial origin, such as Aiguebelette and
La Thuile, present some mass‐transport deposits within their sedimentary sequences …

In this study, identified mass transport deposits (MTDs) in previously analyzed as well as
new sediment cores and seismic profiles from 22 fjord systems and six lakes in west and mid …

Paleoseismological evidence is indispensable for the identification of large prehistoric
earthquakes and the extension of the temporal coverage of historical and instrumental …

Sequences of lake sediments often form long and continuous records that may be sensitive
recorders of seismic shaking. A multi‐proxy analysis of Lake Bohinj sediments associated …

Using lake‐sediment cores to document past seismicity requires a comprehensive
understanding of possible lateral variations in depositional processes. This study aims to …

Mediterranean Alpine populations are particularly exposed to natural hazards like floods
and earthquakes because of both the close Mediterranean humidity source and the …