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GeoSciML or Geoscience Markup Language is … GeoSciML or Geoscience Markup Language is a GML Application Schema that can be used to transfer information about geology, with an emphasis on the "interpreted geology" that is conventionally portrayed on geologic maps. Its feature-type catalogue includes Geologic Unit, Mapped Feature, Earth Material, Geologic Structure, and specializations of these, as well as Borehole and other observational artefacts. It was created by, and is governed by, the Commission for the Management and Application of Geoscience Information (CGI) to support interoperability of information served from Geologic Surveys and other data custodians. It will be used in the OneGeology project, an effort to create a geological map of the entire Earth, served live by merging data from many national geological surveys. The GeoSciML project was initiated in 2003, under the auspices of the Commission for Geoscience Information (CGI) working group on Data Model Collaboration. The project is part of what is known as the CGI InteroperabilityWorking Group. GeoSciML is intended for use by data portals publishing data for customers in GeoSciML, for interchanging data between organisations that use different database implementations and software/systems environments, and in particular, for use in geoscience web services. In this way, GeoSciML allows applications to utilize globally distributed geoscience data and information. Version 3.1 was released in December, 2012. In January, 2013 a Standards Working Group was initiated in the Open Geospatial Consortium to develop a version 4 release as an OGC modular specification. This release will include simple feature 'portrayal' schemes to support interoperable view services. Links to documentation, XML schema and other resources are available at the GeoSciML resource repository.lable at the GeoSciML resource repository.
, GeoSciML ou GeoScience Markup Language est … GeoSciML ou GeoScience Markup Language est un schéma d'application GML. C'est un langage de balisage respectant la syntaxe XML pour encoder, manipuler et échanger des données géographiques qui contiennent des informations géologiques. Il a été créé pour permettre l'interopérabilité des données cartographiques géologiques numériques et servir de langage d'échange dans le domaine des Sciences de la Terre. Le développement de GeoSciML, initié en 2003, est coordonné par l’Interoperability Working Group (IWG) de la Commission for the Management and Application of Geoscience Information (CGI), une commission de l’Union internationale des sciences géologiques (UISG) (International Union of Geological Sciences, IUGS). GeoSciML s’appuie sur le modèle OGC et est donc compatible avec les services OpenGIS Web Map Service (WMS) et Web Feature Service (WFS). GeoSciML est utilisé par le projet afin d'agréger les données issues de services géologiques du monde entier pour reconstituer une Carte géologique numérique du Monde.
* version 1.1 publiée en 2006
* version 2.0 publiée en décembre 200806
* version 2.0 publiée en décembre 2008
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, http://pubs.usgs.gov/of/2007/1285/pdf/Richard.pdf +
, http://www.ogcnetwork.net/node/212 +
, http://www.cgi-iugs.org/ +
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| rdfs:comment |
GeoSciML ou GeoScience Markup Language est … GeoSciML ou GeoScience Markup Language est un schéma d'application GML. C'est un langage de balisage respectant la syntaxe XML pour encoder, manipuler et échanger des données géographiques qui contiennent des informations géologiques. Il a été créé pour permettre l'interopérabilité des données cartographiques géologiques numériques et servir de langage d'échange dans le domaine des Sciences de la Terre. GeoSciML s’appuie sur le modèle OGC et est donc compatible avec les services OpenGIS Web Map Service (WMS) et Web Feature Service (WFS).ervice (WMS) et Web Feature Service (WFS).
, GeoSciML or Geoscience Markup Language is … GeoSciML or Geoscience Markup Language is a GML Application Schema that can be used to transfer information about geology, with an emphasis on the "interpreted geology" that is conventionally portrayed on geologic maps. Its feature-type catalogue includes Geologic Unit, Mapped Feature, Earth Material, Geologic Structure, and specializations of these, as well as Borehole and other observational artefacts. It was created by, and is governed by, the Commission for the Management and Application of Geoscience Information (CGI) to support interoperability of information served from Geologic Surveys and other data custodians. It will be used in the OneGeology project, an effort to create a geological map of the entire Earth, served live by merging data from many national geological surveys.ata from many national geological surveys.
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| rdfs:label |
GeoSciML
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