Surface fields from the French numerical weather prediction global model. Resolution 0.1 degree over Europe (72N 20N 32W 42E). Main parameters. Steps 0 to 12h.

Abstract:
Surface fields, analysis and forecast, from the global French numerical weather prediction model (named Arpege) in grid point.

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Metadata Information

General

General information section
Attribute	Value
fileIdentifier/identifier	urn:x-wmo:md:fr.meteo::ARPEGE_0.1_SP1_00H12H
language	eng
characterSet	utf8
hierarchyLevel	series
hierarchyLevelName	Series
contact	see section contact (role: pointOfContact)
dateStamp	2015-12-09T15:40:32Z
metadataStandardName	WMO Core Metadata Profile of ISO 19115 (WMO Core), 2003/cor.1 :2006 (ISO 19115), 2007 (ISO/TS 19139)
metadataStandardVersion	1.3
referenceSystemInfo	http://www.opengis.net/def/crs/EPSG/0/4326
metadataExtensionInfo

identificationInfo

Identification information section
Attribute	Value
citation	title: Surface fields from the French numerical weather prediction global model. Resolution 0.1 degree over Europe (72N 20N 32W 42E). Main parameters. Steps 0 to 12h. dates: publication: 2013-12-03 fileIdentifier: http://dcpcpnp-int-p.meteo.fr/openwis-user-portal/srv/en/iso19139.xml?uuid=urn:x-wmo:md:fr.meteo::ARPEGE_0.1_SP1_00H12H (CodeSpace: ) citedResponsibleParty: see section contact (role: distributor) presentationForm: otherCitationDetails:
abstract	see above
status
purpose
pointOfContact	see section contact (role: originator)
graphicOverview
resourceMaintenance	maintenanceAndUpdateFrequency: Daily updateScope: maintenanceNote:
descriptiveKeywords:	theme: Atmospheric conditions Meteorological geographical features theme: synopticMeteorology meteorology weatherForecasts : Snowfall Total precipitation Total Cloud Cover 2m specific humidity temperature 10 metre v-component of wind gust since post-processing 10 metre u-component of wind gust since post-processing wind gust since post-processing wind gust since post-processing direction wind speed wind direction v-component of wind 10 metre u-component of wind Pressure
resourceConstraints	MD_Constraints: useLimitation: MD_LegalConstraints: accessConstraints: otherRestrictions useConstraints: license otherConstraints: WMOOther
language
characterSet
topicCategory	climatologyMeteorologyAtmosphere
extent	boundingExtent description: geographicElement: westBoundLongitude: eastBoundLongitude: southBoundLatitude: northBoundLatitude: temporalElement: beginPosition: endPosition: (indeterminatePosition = )

Contact

Role: pointOfContact

Contact information section
Attribute	Value
individualName
organisationName	NMC FRANCE - Météo-France
contactInfo	address: 73 avenue de Paris 94165Saint-Mandé Cedex FRANCE email: gisc_data@meteo.fr

Role: distributor

Attribute	Value
individualName	DSI/OP/TEL
organisationName	RTH Toulouse - Meteo France
positionName
contactInfo	address: Direction des Systèmes d'Information, 42 avenue Gaspard CORIOLIS 31057 TOULOUSE FRANCE phone: email: gisc_distribution@meteo.fr onlineResource:

Role: originator

Originator information section
Attribute	Value
organisationName	NMC FRANCE - Météo-France
contactInfo	phone: facsimile: address: 73 avenue de Paris 94165Saint-Mandé Cedex FRANCE email: gisc_data@meteo.fr onlineResource: http://www.meteo.fr/

contentInfo

Content information section
Attribute	Value
CoverageDescription:	attributeDescription contentType

distributionInfo

Distribution information section
Attribute	Value
distributionFormat	name: GRIB version: Edition 2 (gco:nilReason=) specification: https://www.wmo.int/pages/prog/www/WMOCodes/Guides/GRIB/GRIB2_062006.pdf
transferOptions (onLine)	linkage/ URL: https://donneespubliques.meteofrance.fr/client/document/20150416_doc_arpege_psi_172.pdf protocol: WWW:LINK-1.0-http--link name: Documentation description:

dataQualityInfo

Data Quality information section
Attribute	Value
scope	series
report	title: INSPIRE Data Specification on Atmospheric Conditions and Meteorogical Geographical Features –Technical Guidelines date (publication): 2013-02-04 explanation: See the referenced specification pass: true
lineage	statement: Global operational numerical weather prediction model of the French national meteorological service. At the best state of the art and the available capacity. processStep: