Temporal controls such as sedimentation ages, in foredeep and wedge-top basins,
combined with information about stratigraphic and metamorphic evolution, ages and …

The northern Calabrian ranges and the southern Apennines are part of a single orogenic
segment of the Alpine chain system framing the central-western Mediterranean Sea. Three …

The Apennines are a retreating collisional belt where the foreland basin system, across
large domains, is floored by a subaerial forebulge unconformity developed due to forebulge …

Understanding how carbonate factories influence platform evolution is either based on
qualitative conceptual models or quantitative numerical stratigraphic forward models. This …

Abstract The 2016 Mw≥ 6.0 Amatrice‐Norcia earthquakes (central Apennines, Italy) and the
related seismic sequence were associated with increases in arsenic and vanadium …

Abstract In the Central Apennines, a Tertiary‐Present eastward‐vergent fold and thrust belt,
thrusting mainly occurred in‐sequence, cutting across a Mesozoic to Early Neogene …

Abstract The Mt. Massico ridge (central southern Apennines, Italy) is characterized by a~
150‐m‐thick tectonic mélange located at the base of a Tortonian‐lower Messinian …

We investigated the active tectonics and earthquake potential of the eastern Siena Basin, a
slowly deforming portion of southern Tuscany in the inner Northern Apennines. This region …

Abstract The Vallerano district in Rome is built on an alluvial valley with a very complex
geological setting (highly heterogeneous soil deposits) due to the depositional activity of …

Subsidence is a potentially important factor influencing the evolution of carbonate platforms.
Yet, few studies have been carried out on the quantitative reconstruction of subsidence …