Difference between revisions of "Technical Documentations"

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*'''type 1''' data are biodiversity and occurrence data which are treated by the ABCD and DwC standard and extensions (see [[Data exchange standards, protocols and formats relevant for the collection data domain within the GFBio network]]). (type 1a are collection data, type 1b observation data without collection object)
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*'''type 1''' data are biodiversity and occurrence data which are treated by the ABCD and DwC standards and extensions (see [[Data exchange standards, protocols and formats relevant for the collection data domain within the GFBio network]]). (type 1a are collection data, type 1b observation data without collection object) ''(primary identifier=biological (digital) object (with or without material) with geo-information and time as main secondary information)''
  
*'''type 2''' data are taxonomic (checklist) data, which are treated via the ABCD and DwC standard
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*'''type 2''' data are taxonomic (checklist) data, which are treated via the ABCD and DwC standards ''(primary identifier=taxon name)''
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*'''type 3''' data are environmental biological and ecological data, which are transferred into a highly structured format at data item level (e.g., single measurement) and associated with e.g.  EML or ISO 19139 metadata. This type also includes any phylogenetic trait data, which are subject of DELTA or SDD  standards. ''(primary identifier= biological concept, e.g.,(O)TUs), with environmental (measurement)information as main secondary information or primary identifier=environmental event with biological information as main secondary information)
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''
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*'''type 4''' data are non-molecular analysis data (data sets and/or data packages) in its original data file format (often RAW format). (This data are accepted if well documented, with a core set of standard-compliant metadata and appropriate for long-term archiving, without further data management required.)
  
*'''type 3''' data are environmental biological and ecological data sets which are transferred into a highly structured format at data item level (e.g., single measurement) and associated with e.g.  EML or ISO 19139 metadata. This type also includes any phylogenetic trait data, which are subject of DELTA or SDD  standard.
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*'''type 5''' data are molecular sequence data, including MIxS-compliant metadata ''(primary identifier=molecular sequence with geo-information and time as main secondary information)''
  
*'''type 4''' data are non-molecular analysis data (data sets and/or data packages) in its original data file format (often RAW format). This data are accepted if well documented, with a core set of standard-compliant metadata and appropriate for long-term archiving, without further data management required.
 
 
*'''type 5''' data are molecular sequence data, including MIxS-compliant metadata
 
  
  

Revision as of 15:54, 21 September 2017

The research and infrastructure software, the management and publication systems and the long-term archiving solutions described here in detail represent the technical profiles and portfolios of the GFBio data centers (GFBio archives).



Within GFBio we distinguish five major types of biological data. They are used for the "Service Description" of the individual Collection Data Centers.


  • type 2 data are taxonomic (checklist) data, which are treated via the ABCD and DwC standards (primary identifier=taxon name)
  • type 3 data are environmental biological and ecological data, which are transferred into a highly structured format at data item level (e.g., single measurement) and associated with e.g. EML or ISO 19139 metadata. This type also includes any phylogenetic trait data, which are subject of DELTA or SDD standards. (primary identifier= biological concept, e.g.,(O)TUs), with environmental (measurement)information as main secondary information or primary identifier=environmental event with biological information as main secondary information)

  • type 4 data are non-molecular analysis data (data sets and/or data packages) in its original data file format (often RAW format). (This data are accepted if well documented, with a core set of standard-compliant metadata and appropriate for long-term archiving, without further data management required.)
  • type 5 data are molecular sequence data, including MIxS-compliant metadata (primary identifier=molecular sequence with geo-information and time as main secondary information)







Data management software supported by GFBio as user service for data producers is described under Tools and Workbenches; see also services provided by the GFBio Terminology Server.