The Sicily Channel is an NW–SE trending area characterized by three primary tectonic depressions (i.e., Pantelleria, Linosa, and Malta basins). Five gravity cores collected in these basins were studied. Through geochemical analyses, the main elements characterizing the sampled sediments were recognized. The normalized values of Ti and K allowed identifying some changes in sediment composition and potential source areas controlling the more recent sedimentation. These source areas were identified as the Pantelleria soil and rocks, Linosa rocks, Sicily stream sediments, Libyan soil and Saharan dust, which differently occur as control factors of the sedimentation in different sectors
The Augusta area (SE Sicily) is one of the most industrialized and contaminated coastal environments...
Four cores recovered within the framework of the INTERPOL Project have been analysed for their grain...
Sediment box-cores were recovered from the Strait of Sicily along two onshore\u2013offshore transect...
The Sicily Channel is an NW–SE trending area characterized by three primary tectonic depressions (i....
A detailed study of surface samples and sediment cores from some marine areas surrounding the Italia...
In this study, we present a new detailed characterization of past surface hydrography in the western...
The Strait of Sicily Rift Zone (SSRZ) is a northwest-southeast trending transtensional rift system s...
A geochemical and stable isotope geochemical study was carried out on sediments and pore waters from...
A mud volcano field was recently discovered within the Malta Plateau in the Strait of Sicily (Centra...
A mud volcano field was recently discovered within the Malta Plateau in the Strait of Sicily (Centra...
High-resolution seismic reflection profiles and multibeam bathymetry data collected in 2006 and 2008...
The Messina Strait, situated along the southern sector of the Italian peninsula, provides a good set...
The main results of a hydrogeochemical survey carried out during 2002–2003 along the coast of the so...
Depositional systems accumulating under the combined influence of along-slope currents and downslope...
<p>In the coastal sector of NW Sicily, the regional correlation of relevant unconformities recognise...
The Augusta area (SE Sicily) is one of the most industrialized and contaminated coastal environments...
Four cores recovered within the framework of the INTERPOL Project have been analysed for their grain...
Sediment box-cores were recovered from the Strait of Sicily along two onshore\u2013offshore transect...
The Sicily Channel is an NW–SE trending area characterized by three primary tectonic depressions (i....
A detailed study of surface samples and sediment cores from some marine areas surrounding the Italia...
In this study, we present a new detailed characterization of past surface hydrography in the western...
The Strait of Sicily Rift Zone (SSRZ) is a northwest-southeast trending transtensional rift system s...
A geochemical and stable isotope geochemical study was carried out on sediments and pore waters from...
A mud volcano field was recently discovered within the Malta Plateau in the Strait of Sicily (Centra...
A mud volcano field was recently discovered within the Malta Plateau in the Strait of Sicily (Centra...
High-resolution seismic reflection profiles and multibeam bathymetry data collected in 2006 and 2008...
The Messina Strait, situated along the southern sector of the Italian peninsula, provides a good set...
The main results of a hydrogeochemical survey carried out during 2002–2003 along the coast of the so...
Depositional systems accumulating under the combined influence of along-slope currents and downslope...
<p>In the coastal sector of NW Sicily, the regional correlation of relevant unconformities recognise...
The Augusta area (SE Sicily) is one of the most industrialized and contaminated coastal environments...
Four cores recovered within the framework of the INTERPOL Project have been analysed for their grain...
Sediment box-cores were recovered from the Strait of Sicily along two onshore\u2013offshore transect...