METS
This is retained as a resource but nothing new has been added since late 2009. No further additions will be made by the DCC.
Date added 19 February 2007
Last edited 12 November 2009
Full Title
Metadata Encoding and Transmission Standard
Description
The Metadata Encoding and Transmission Standard (METS) is an XML (Extensible Mark-up Language) schema for encoding descriptive, administrative, and structural metadata needed to manage and exchange digital library objects. It is able to describe the complex links between objects and their metadata while associating behaviours or services to a digital object.
A METS document can be structured to be compliant with the Submission Information Package (SIP), Archival Information Package (AIP), or Dissemination Information Package (DIP) requirements of the Open Archival Information System (OAIS) Reference Model.
Standards Developing Organisations
- Network Development and MARC Standards Office
- Network Development and MARC Standards Office of the Library of Congress
- DLF
- Digital Library Federation
Rights
No information available.
Lifecycle Actions
- Access, Use and Reuse
- Create or Receive
- Curate and Preserve
- Ingest
- Store
Standard Frameworks
- Digital Archive Standards
- Digital Repository Standards
Standard Type
- Metadata Packaging Standards
Current Version
- April 2009 - METS, version 1.8 [external]
- Schema documentation for METS, version 1.8
Further Information
- METS Primer [external PDF]
- Wikipedia entry for METS [external]
Alternative Current Versions
None.
Previous Versions
- June 2001 - METS, version 1.1 [external]
- Superceded
- December 2002 - METS, version 1.2 [external]
- Superceded
- May 2003 - METS, version 1.3 [external]
- Superceded
- May 2004 - METS, version 1.4 [external]
- Superceded
- April 2005 - METS, version 1.5 [external]
- Superceded
- October 2006 - METS, version 1.6 [external]
- Superceded
- October 2007 - METS, version 1.7 [external]
Referenced Standards
- ANSI/NISO Z39.85, The Dublin Core Metadata Element Set
- MARC 21
- MAchine-Readable Cataloguing
- Home
- Digital curation
- About us
- News
- Events
- Resources
- Briefing Papers
- Introduction to Curation
- Annotation
- Appraisal and Selection
- Curating Emails
- Curating e-Science Data
- Curating Geospatial Data
- Data Accreditation
- Data Citation and Linking
- Data Protection
- Database Archiving
- Digital Repositories
- Freedom of Information
- Genre Classification
- Interoperability
- Persistent Identifiers
- Trust Through Self Assessment
- Using OAIS for Curation
- Web 2.0
- What is Digital Curation?
- Common Directions in Research Data Policy
- 5 Steps to Research Data Readiness
- Citizen Science
- Making the Case for RDM
- Legal Watch Papers
- Standards Watch Papers
- Technology Watch Papers
- Introduction to Curation
- How-to Guides & Checklists
- Appraise & Select Research Data for Curation
- Cite Datasets and Link to Publications
- Develop RDM Services
- Develop a DMP
- Discover Requirements
- Five Steps to Decide What Data to Keep
- Five Things You Need to Know About RDM and the Law
- License Research Data
- Track Data Impact with Metrics
- Using RISE
- Where to keep research data
- Write a Lay Summary
- Developing RDM Services
- Reviewing research data platform capabilities at CISER
- Using EPrints to Build a Repository for UEL
- Assigning DOIs at Bristol
- DMPs in the Arts and Humanities
- Improving RDM at Monash
- Improving Research Visibility
- Increasing Participation in Training
- RDM Training for Librarians
- RDM strategy: moving from plans to action
- Storing and Sharing Data in Hull
- Curation Lifecycle Model
- Curation Reference Manual
- Peer review
- Editorial Board
- Completed chapters
- Appraisal and Selection
- Archival Metadata
- Archiving Web Resources
- Automated Metadata Generation
- Curating Emails
- File Formats
- Investment in an Intangible Asset
- Learning Object Metadata
- Metadata
- Ontologies
- Open Source for Digital Curation
- Preservation Metadata
- Preservation Scenarios for Projects Producing Digital Resources
- Preservation Strategies
- Principles for Enabling Access to Engineering Design Information Through Life
- Scientific Metadata
- The Role of Microfilm in Digital Preservation
- Chapters in production
- Policy and legal
- Data Management Plans
- Tools
- Case studies
- Repository audit and assessment
- Standards
- Publications and presentations
- Roles
- Curation journals
- Informatics research
- External resources
- Online Store
- Briefing Papers
- Training
- Projects
- Community
- Tailored support
In this section
- Briefing Papers
- How-to Guides & Checklists
- Developing RDM Services
- Curation Lifecycle Model
- Curation Reference Manual
- Policy and legal
- Data Management Plans
- Tools
- Case studies
- Repository audit and assessment
- Standards
- Publications and presentations
- Roles
- Curation journals
- Informatics research
- External resources
- Online Store
Book: Managing Research Data
Book: Managing Research Data
Published in January 2012, Managing Research Data aims to introduce the broader research community to such core issues of data management as, for example, the terms of compliance with funder expectations, the context and recommended approaches to individual and institutional data management planning and the roles and responsibilities of key players in the research data lifecycle.
