<?xml version="1.0" encoding="utf-8"?>
<DIF xmlns="http://gcmd.gsfc.nasa.gov/Aboutus/xml/dif/" xmlns:dif="http://gcmd.gsfc.nasa.gov/Aboutus/xml/dif/" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://gcmd.gsfc.nasa.gov/Aboutus/xml/dif/ http://gcmd.gsfc.nasa.gov/Aboutus/xml/dif/dif_v9.8.4.xsd">
	<Entry_ID>moist..testsite.emso-miur.2019.nemo-sn1.vector_magnetometer.72</Entry_ID>
	<Entry_Title>De Santis, Angelo. (2019). Vector Magnetometer dataset (Fluxgate #1 @ 1 sample / 4 sec) from INGV/NEMO-SN1 seafloor platform during EMSO-MIUR project in TestSite site (East Sicily), part of  network.</Entry_Title>
	<Data_Set_Citation>
		<Dataset_Creator>De Santis, Angelo</Dataset_Creator>
		<Dataset_Title>De Santis, Angelo. (2019). Vector Magnetometer dataset (Fluxgate #1 @ 1 sample / 4 sec) from INGV/NEMO-SN1 seafloor platform during EMSO-MIUR project in TestSite site (East Sicily), part of  network.</Dataset_Title>
		<Dataset_Series_Name>SN1 2020</Dataset_Series_Name>
		<Dataset_Release_Date>2019-10-12</Dataset_Release_Date>
		<Dataset_Release_Place>East Sicily</Dataset_Release_Place>
		<Dataset_Publisher>Multidisciplinary Oceanic Information SysTem (MOIST)</Dataset_Publisher>
		<Data_Presentation_Form>NetCDF (CF), CSV, JSON</Data_Presentation_Form>
		<Dataset_DOI>doi:10.13127/MD/MOIST/DATASET.72</Dataset_DOI>
		<Online_Resource>http://www.moist.it/sites/testsite/18/SN12019/vector_magnetometer/72</Online_Resource>
	</Data_Set_Citation>
	<Personnel>
		<Role>INVESTIGATOR</Role>
		<First_Name>ANGELO</First_Name>
		<Last_Name>DE SANTIS</Last_Name>
		<Email>angelo.desantis@ingv.it</Email>
		<Phone>+39 0651860327</Phone>
		<Contact_Address>
			<Address>via di Vigna Murata, 605</Address>
			<City>Rome</City>
			<Province_or_State>RM</Province_or_State>
			<Postal_Code>00143</Postal_Code>
			<Country>Italy</Country>
		</Contact_Address>
	</Personnel>
	<Personnel>
		<Role>TECHNICAL CONTACT</Role>
		<First_Name>DAVIDE</First_Name>
		<Last_Name>EMBRIACO</Last_Name>
		<Email>davide.embriaco@ingv.it</Email>
		<Phone>+39 0187794413</Phone>
		<Contact_Address>
			<Address>via di Vigna Murata, 605</Address>
			<City>Rome</City>
			<Province_or_State>RM</Province_or_State>
			<Postal_Code>00143</Postal_Code>
			<Country>Italy</Country>
		</Contact_Address>
	</Personnel>
	<Personnel>
		<Role>DIF AUTHOR</Role>
		<First_Name>ADRIANO</First_Name>
		<Last_Name>AZZARONE</Last_Name>
		<Email>adriano.azzarone@ingv.it</Email>
		<Phone>+39 0651860720</Phone>
		<Contact_Address>
			<Address>via di Vigna Murata, 605</Address>
			<City>Rome</City>
			<Province_or_State>RM</Province_or_State>
			<Postal_Code>00143</Postal_Code>
			<Country>Italy</Country>
		</Contact_Address>
	</Personnel>
	<Parameters>
		<Category>EARTH SCIENCE</Category>
		<Topic>OCEANS</Topic>
		<Term>MARINE GEOPHYSICS</Term>
		<Variable_Level_1>MARINE MAGNETICS</Variable_Level_1>
	</Parameters>
	<ISO_Topic_Category>OCEANS</ISO_Topic_Category>
	<Keyword>marine data</Keyword>
	<Keyword>INGV</Keyword>
	<Keyword>Istituto Nazionale di Geofisica e Vulcanologia</Keyword>
	<Keyword>NEMO-SN1</Keyword>
	<Keyword>EMSO-MIUR</Keyword>
	<Keyword>Vector Magnetometer</Keyword>
	<Keyword>Model: Fluxgate Prototype #1</Keyword>
	<Keyword>Datetime start: Sat, 12 Oct 2019 00:00:00 </Keyword>
	<Keyword>Datetime end: Tue, 18 Feb 2020 11:48:43 </Keyword>
	<Keyword>Magnetic field (E)</Keyword>
	<Keyword>Magnetic field (N)</Keyword>
	<Keyword>Magnetic field (Z)</Keyword>
	<Keyword>Pitch</Keyword>
	<Keyword>Roll</Keyword>
	<Keyword>Magnetic field</Keyword>
	<Extended_Metadata>
		<Metadata>
			<Group>Parameter</Group>
			<Name>Magnetic field (E)</Name>
		</Metadata>
		<Metadata>
			<Group>Parameter</Group>
			<Name>Magnetic field (N)</Name>
		</Metadata>
		<Metadata>
			<Group>Parameter</Group>
			<Name>Magnetic field (Z)</Name>
		</Metadata>
		<Metadata>
			<Group>Parameter</Group>
			<Name>Pitch</Name>
		</Metadata>
		<Metadata>
			<Group>Parameter</Group>
			<Name>Roll</Name>
		</Metadata>
		<Metadata>
			<Group>Parameter</Group>
			<Name>Magnetic field</Name>
		</Metadata>
		<Metadata>
			<Group>Instrument</Group>
			<Name>Model</Name>
			<Value>Fluxgate Prototype #1</Value>
		</Metadata>
		<Metadata>
			<Group>Data</Group>
			<Name>Start</Name>
			<Value>Sat, 12 Oct 2019 00:00:00 </Value>
		</Metadata>
		<Metadata>
			<Group>Data</Group>
			<Name>End</Name>
			<Value>Tue, 18 Feb 2020 11:48:43 </Value>
		</Metadata>
	</Extended_Metadata>
	<Sensor_Name>
    	<Short_Name>Vector Magnetometer</Short_Name>
		<Long_Name>MAGNETOMETERS</Long_Name>
	</Sensor_Name>
	<Source_Name>
		<Short_Name>OCEAN PLATFORMS</Short_Name>
	</Source_Name>
	<Source_Name>
		<Short_Name>NEMO-SN1</Short_Name>
		<Long_Name>NEutrino Mediterranean Observatory - Submarine Network 1</Long_Name>
	</Source_Name>
	<Temporal_Coverage>
		<Start_Date>2019-10-12</Start_Date>
		
	</Temporal_Coverage>
	<Data_Set_Progress>IN WORK</Data_Set_Progress>
	<Spatial_Coverage>
		<Southernmost_Latitude>37.547650</Southernmost_Latitude>
		<Northernmost_Latitude>37.547650</Northernmost_Latitude>
		<Westernmost_Longitude>15.397500</Westernmost_Longitude>
		<Easternmost_Longitude>15.397500</Easternmost_Longitude>
		<Minimum_Depth>2036.6M</Minimum_Depth>
		<Maximum_Depth>2036.6M</Maximum_Depth>
	</Spatial_Coverage>
	<Location>
		<Location_Category>Ocean</Location_Category>
		<Location_Type>Atlantic Ocean</Location_Type>
		<Location_Subregion1>North Atlantic Ocean</Location_Subregion1>
		<Location_Subregion2>Mediterranean Sea</Location_Subregion2>
		<Location_Subregion3>Sicily</Location_Subregion3>
		<Detailed_Location>East Sicily</Detailed_Location>
	</Location>
	<Data_Resolution>
		<Temporal_Resolution>1 sample / 4 sec</Temporal_Resolution>
	</Data_Resolution>
	<Project>
		<Short_Name>EMSO-MIUR</Short_Name>
		<Long_Name></Long_Name>
	</Project>
	<Quality></Quality>
	<Access_Constraints>Public</Access_Constraints>
	<Use_Constraints>Creative Commons Attribution 4.0 International License (CC BY 4.0)</Use_Constraints>
	<Data_Set_Language>ENGLISH</Data_Set_Language>
	<Originating_Center>INGV</Originating_Center>
	<Data_Center>
		<Data_Center_Name>
			<Short_Name>IT/INGV/MOIST</Short_Name>
			<Long_Name>Italy, Istituto Nazionale di Geofisica e Vulcanologia, Multidisciplinary Oceanic Information SysTem</Long_Name>
		</Data_Center_Name>
		<Data_Center_URL>http://www.moist.it</Data_Center_URL>
		<Data_Set_ID>moist..testsite.emso-miur.2019.nemo-sn1.vector_magnetometer.72</Data_Set_ID>
        <Personnel>
            <Role>DATA CENTER CONTACT</Role>
            <First_Name>PAOLO</First_Name>
            <Last_Name>FAVALI</Last_Name>
            <Email>paolo.favali@ingv.it</Email>
            <Phone>+39 0651860428</Phone>
            <Contact_Address>
                <Address>via di Vigna Murata, 605</Address>
                <City>Rome</City>
                <Province_or_State>RM</Province_or_State>
                <Postal_Code>00143</Postal_Code>
                <Country>Italy</Country>
            </Contact_Address>
        </Personnel>
    </Data_Center>
    <Distribution>
        <Distribution_Media>Online Internet (HTTP)</Distribution_Media>
        <Distribution_Size>about 600 MB per year</Distribution_Size>
        <Distribution_Format>NetCDF (CF), CSV, JSON</Distribution_Format>
        <Fees>Free</Fees>
    </Distribution>
	<Summary>
		<Abstract>This sensor provides the three components of the magnetic induction vector in the directions N-S, E-W and Z (vertical). It is a fluxgate prototype developed at INGV laboratories equipped with an inertial platform for levelling control. It provides continuous seafloor magnetic data which are important for two main reasons: a) they extend the magnetic observations from land to the seafloor, improving the spatial distribution in the Italian territory; b) these data are important for the study of short and long magnetic field time variations. The variational data allow us to estimate the resistivity structure underneath the area of observations and possibly to detect some magnetic variations related to some geo-hazards, such as earthquakes and tsunamis.</Abstract>
		<Purpose>The main aim is the continuous and almost real-time measurement of the three components of the Earth’s magnetic field in a very peculiar environment which in fact has a favorable impact on the quality of the measurements: first, the temperature is more stable at the sea bottom, especially in deep sea sites, so the instrumental drift due to temperature variations is absent or negligible. Second, the water column acts as a natural "shield" to the highest frequencies of the iono- and magnetosphere inducing fields.</Purpose>
	</Summary>
	<Related_URL>
		<URL_Content_Type>
			<Type>GET DATA</Type>
		</URL_Content_Type>
		<URL>http://www.moist.it/sites/testsite/18/SN12019/vector_magnetometer/72/dataset/plot</URL>
		<Description>Data access and plot</Description>
	</Related_URL>
	<Related_URL>
		<URL_Content_Type>
			<Type>VIEW EXTENDED METADATA</Type>
		</URL_Content_Type>
		<URL>http://www.moist.it/sites/testsite/18/SN12019/vector_magnetometer/72</URL>
		<Description>Dataset information</Description>
	</Related_URL>
	<Parent_DIF>moist..testsite.emso-miur.2019</Parent_DIF>
	<IDN_Node>
		<Short_Name>EU/</Short_Name>
	</IDN_Node>
	<Originating_Metadata_Node>GCMD</Originating_Metadata_Node>
	<Metadata_Name>CEOS IDN DIF</Metadata_Name>
	<Metadata_Version>VERSION 9.8.4</Metadata_Version>
	<DIF_Creation_Date>2019-09-23</DIF_Creation_Date>
	<Last_DIF_Revision_Date>2026-04-05</Last_DIF_Revision_Date>
</DIF>