Comparing Repository Types: Challenges and Barriers for Subject-Based Repositories, Research Repositories, National Repository Systems and Institutional Repositories in Serving Scholarly Communication
Research Network 1989
November 23, 2009
After two decades of repository development, some conclusions may be drawn as to which type of repository and what kind of service best supports digital scholarly communication, and thus the production of new knowledge.
Four types of publication repository may be distinguished, namely the subject-based repository, research repository, national repository system and institutional repository.
Two important shifts in the role of repositories may be noted. With regard to content, a well-defined and high quality corpus is essential. This implies that repository services are likely to be most successful when constructed with the user and reader uppermost in mind. With regard to service, high value to specific scholarly communities is essential. This implies that repositories are likely to be most useful to scholars when they offer dedicated services supporting the production of new knowledge.
Along these lines, challenges and barriers to repository development may be identified in three key dimensions: a) identification and deposit of content; b) access and use of services; and c) preservation of content and sustainability of service. An indicative comparison of challenges and barriers in some major world regions such as Europe, North America and East Asia plus Australia is offered in conclusion.
Number of Pages in PDF File: 17
Keywords: Repository infrastructure, scholarly communication, scientific information, publication repository, subject-based repository, research repository, national repository system, institutional repository, deposit mandate, open access
JEL Classification: D23, H41, I28, L86, Z10working papers series
Date posted: November 22, 2009 ; Last revised: March 15, 2010
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo4 in 0.469 seconds