1 1 10 MOIST 2026-04-07T07:43:55+00:00 0.017 sec MOIST Multidisciplinary Oceanic Information SysTem (MOIST) MOIST has been the contribution of INGV to the data dissemination within the ESONET NoE EC project (2007-2011) and is the web interface for the management of the seafloor marine multidiscinary data and metadata related to GEOSTAR-type observatories used in the ESONET Demonstration Mission. MOIST also include the seafloor data acquired by the observatories by INGV from 1998. MOIST allows the access through the following selection criteria: site; time interval; instrument / sensor / parameter; project / campaign. The web interface allows the submissions of queries for data download. MOIST intends to host all the data and metadata coming from EMSO ESFRI and hopefully all collaborating projects. Current areas with data: East Sicily, East Sicily, Greek, Gulf of Cadiz, Marmara Sea, Marsili Basin, Weddell Sea. POLYGON((-9.518245 -69.404917,-9.518245 40.729087,29.398833 40.729087,29.398833 -69.404917,-9.518245 -69.404917)) marine metadata 1 Creative Commons Attribution 4.0 International License (CC BY 4.0) 2026-04-07T07:43:55+00:00 2026-04-07T07:43:55+00:00 EPSG:4326 2002-10-09T00:00:00+00:00 2026-04-07T07:43:55+00:00 moist.emso.marmara_sea.esonet-marmara-dm.2009.sn-4.seismometer.34 EMSO Marmara Sea: MARMARA-DM - Seismometer 2009-10-05T00:00:00+00:00/2010-03-15T23:59:59+00:00 This digital database comprises seismological data recorded continuously during the MARMARA-DM 1 project by a 3 component broadband seismometer. The sensor was installed on a GEOSTAR-class deep-sea multidisciplinary observatory, deployed in the Marmara Sea at a depth of 167 m. The seismometer is installed in a dedicated vessel integrated in a separate structure connected to the observatory via a special mechanical release. To guarantee a good coupling with the sea bottom, the structure is disconnected just after the observatory touch-down and kept linked to the frame by a slack rope (Favali et al., 2006). The sensor was connected to a 24 bit digitizer, and its time reference came from an external rubidium clock connected to the digitizer. The major scientific goal of the SN-4 experiment is to contribute to the knowledge on the relationship between gas seepage and seismic signals. To observe a large variety of seismic signals we use a broadband seismometer. The deployment site is on the sea prosecution of the active North Anatolian fault,which has been the source of many destructive earthquakes, and presents a continuous seismic activity and methane degassing. Public POINT(29.398833 40.729087) 2009-10-05T00:00:00+00:00 2010-03-15T23:59:59+00:00