0000000000354182

AUTHOR

Francesco Caldareri

0000-0002-8735-9408

showing 4 related works from this author

Preservation of modern and mis 5.5 erosional landforms and biological structures as sea level markers: A matter of luck?

2021

The Mediterranean Basin is characterized by a significant variability in tectonic behaviour, ranging from subsidence to uplifting. However, those coastal areas considered to be tectonically stable show coastal landforms at elevations consistent with eustatic and isostatic sea level change models. In particular, geomorphological indicators—such as tidal notches or shore platforms—are often used to define the tectonic stability of the Mediterranean coasts. We present the results of swim surveys in nine rocky coastal sectors in the central Mediterranean Sea using the Geoswim approach. The entire route was covered in 22 days for a total distance of 158.5 km. All surveyed sites are considered to…

Marine isotope stageSettore BIO/07 - EcologiaErosion -- Mediterranean RegionBiological indicators; Coastal geomorphology; Geoswim; Landforms; Mediterranean Sea; MIS 5.5; Sea level change010504 meteorology & atmospheric sciencesGeography Planning and DevelopmentGeoswimAquatic ScienceCoastal geography010502 geochemistry & geophysicsBiological indicator01 natural sciencesBiochemistryNeotectonics -- Mediterranean RegionMediterranean seaMediterranean SeaSea level changeTD201-500Sea level0105 earth and related environmental sciencesWater Science and TechnologyShoregeographyPast sea levelgeography.geographical_feature_categorycoastal geomorphologyWater supply for domestic and industrial purposesCoast changes -- Mediterranean Region -- Case studiesSubsidenceHydraulic engineeringcoastal geomorphology MIS 5.5 landforms biological indicators sea level change Mediterranean Sea GeoswimSettore GEO/01 - Paleontologia E Paleoecologiabiological indicatorsCoastal geomorphologyMIS 5Sea level -- Mediterranean RegionMIS 5.5LandformInterglacialBeach erosion -- Mediterranean RegionPhysical geographyTC1-978landformssea level changeGeology
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Tidal notches, coastal landforms and relative sea-level changes during the Late Quaternary at Ustica Island (Tyrrhenian Sea, Italy)

2017

In this paper we present and discuss data concerning the morphostructural evolution at Ustica Island (Tyrrhenian Sea, Italy) during Late Quaternary. New insights on the relative sea-level changes of Ustica are coming from data collected during a geomorphological field survey around the island, together with the bathymetric analysis of the surrounding seabed and 14C datings on samples of speleothems, flowstones and marine shells found inside three selected sea caves. The survey was mainly accomplished on June 2015 through the first complete snorkel investigation off the about 18 km-long volcanic coast of the island, which allowed to precisely define location, relationship and morphometric fe…

Mediterranean Sea; Sea caves; Tectonic uplift; Ustica; Volcanic geomorphology; Earth-Surface ProcessesTectonic upliftPillow lava010504 meteorology & atmospheric sciencesSettore GEO/04 - Geografia Fisica E GeomorfologiaUstica;Volcanic geomorphology;Tectonic uplift;Mediterranean Sea;Sea caves010502 geochemistry & geophysics01 natural scienceslaw.inventionPaleontologyTectonic upliftMediterranean seaCavelawVolcanic geomorphology; Tectonic uplift; Sea caves; Ustica; Mediterranean SeaMediterranean SeaSea caveRadiocarbon datingSea levelSea caves0105 earth and related environmental sciencesEarth-Surface Processesgeographygeography.geographical_feature_categoryVolcanic geomorphology Tectonic uplift Sea caves Ustica Mediterranean SeaVolcanic geomorphology Tectonic upliftVolcanic rockOceanographyUsticaVolcanic geomorphologyQuaternaryGeology
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Hatching Success of Caretta caretta on a Mediterranean Volcanic Beach: Impacts from Environmental Parameters and Substrate Composition

2022

New data on the potential impact of environmental parameters and the mineralogical nature of the substrate on the hatching success of the loggerhead sea turtle Caretta caretta on a volcanic beach on Linosa Island in the central Mediterranean Sea are reported. During 2 years of investigation (2018-19), five nests were observed. The temperature and moisture of the nests were determined along with the grain size and mineralogical nature of the substrate. The temperature values of the nests recorded at depths of 5 and 35 cm showed an average temperature incubation of 32.2°C ± 1.4°C and 32.8°C ± 1.6°C, respectively, with peaks close to 37°C. The sedimentological analysis carried out on two cores…

Settore BIO/07 - EcologiaSettore GEO/02 - Geologia Stratigrafica E SedimentologicaEcologyLoggerhead sea turtle volcanic island Mediterranean Sea sedimentological features moisture temperature biometric parameters malformations.Settore BIO/05 - ZoologiaSettore GEO/07 - Petrologia E PetrografiaEarth-Surface ProcessesWater Science and TechnologyJournal of Coastal Research
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Developments of innovative methodologies for Marine Relict Sand Deposits (DSMRs) identification and remotely-sensed shoreline extraction

2023

This Industrial PhD project is a part of the theme set out in point “Blu Growth” of the National Strategy of Intelligent Specialization (SNSI) approved by the European Commission, which defines among the objectives the sector that refers precisely to the marine extraction industry: activities of extraction of natural resources from the sea, that can be reported to the ATECO code “08.12.0, Extraction of gravel, sand; extraction of clays and kaolin". The proposal includes research actions aimed at the development of innovative systems and tools useful to identify and study the area where is higher the probability to detect the submerged relict sand deposits in some sector of the Mediterranean…

Settore GEO/02 - Geologia Stratigrafica E Sedimentologicabeach nourishmentshoreline change analysisremotely sensed shoreline extractionsediment fluxrelict sand
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