The hydrodynamic of the multi-aquifer system (the Continental Intercalaire “CI” and the
Complex Terminal “CT”) of the North Gafsa basin is largely determined by tectonics …

We present a high-resolution paleoclimatic and paleoenvironmental reconstruction of the
last five millennia from a shallow water marine sedimentary record from the central …

Despite a large number of studies, the long-term and millennial to centennial-scale climatic
variability in the Mediterranean region during the last deglaciation and the Holocene is still …

A multi-proxy chronological framework along with sequence-stratigraphic interpretations
unveils composite Milankovitch cyclicity in the sedimentary records of the Last Glacial …

Depositional systems accumulating under the combined influence of along-slope currents
and downslope sediment-gravity flows are frequent in several continental margins. Despite …

Despite covering only 0.82% of the ocean's surface, the Mediterranean Sea supports up to
18% of all known marine species, with 21% being listed as vulnerable and 11% as …

High-resolution quantitative analyses have been carried out in samples from the Ocean
Drilling Program (ODP) Site 975 in the Algero-Balearic basin through late Marine Isotope …

Over the past 13 ka, the hydrology for the southeastern Mediterranean was mainly regulated
by Nile River runoff, which in turn was controlled by climate forcing. Being affected by orbital …

Past environmental conditions in the Mediterranean Sea have been proposed as main
drivers of the current patterns of distribution of genetic structure of the seagrass Posidonia …

A multiproxy study–coupling mineralogical, grain size and geochemical approaches–was
used to tentatively retrace eolian and fluvial contributions to sedimentation in the Sicilian …