The Role of RSS in Science Publishing: Syndication and Annota...
Popularity Report
![]() |
|||
![]() |
|||
![]() |
|||
![]() |
|||
![]() |
|||
![]() |
URL Tag Cloud
Bookmark History
Saved by 40 people (-7 private), first by anonymouse user on 2006-03-02
- Jsicot on 2009-04-05 - Tags RSS , publishing , research , usage
- Jglassy on 2009-02-11 - Tags Tagging-RSS , Atom-RSS , Tag , Syndication-Tagging
- Lsstiles on 2008-09-29 - Tags LS534 , RSS
- Bombaydeb on 2008-07-11 - Tags science2.0
- Sriks6711 on 2008-05-06 - Tags
Public Sticky notes
RSS is one of a new breed of technologies that is contributing to the ever-expanding dominance of the Web as the pre-eminent, global information medium. It is intimately connected with—though not bound to—social environments such as blogs and wikis, annotation tools such as del.icio.us [1], Flickr [2] and Furl [3], and more recent hybrid utilities such as JotSpot [4], which are reshaping and redefining our view of the Web that has been built up and sustained over the last 10 years and more [n1]. Indeed, Tim Berners-Lee's original conception of the Web [5] was much more of a shared collaboratory than the flat, read-only kaleidoscope that has subsequently emerged: a consumer wonderland, rather than a common cooperative workspace. Where did it all go wrong?
Highlighted by millette
Syndication and annotation are the order of the day and are beginning to herald a new immediacy in communications and information provision. This paper describes the growing uptake of RSS within science publishing as seen from Nature Publishing Group's (NPG) [6] perspective.
Highlighted by htompkin
The Role of RSS in Science Publishing
Highlighted by feiyafei
The Role of RSS in Science Publishing
Highlighted by feiyafei
The Role of RSS in Science Publishing
Highlighted by feiyafei
RSS is one of a new breed of technologies that is contributing to the ever-expanding dominance of the Web as the pre-eminent, global information medium. It is intimately connected with014though not bound to014social environments such as blogs and wikis, annotation tools such as del.icio.us [1], Flickr [2] and Furl [3], and more recent hybrid utilities such as JotSpot [4], which are reshaping and redefining our view of the Web that has been built up and sustained over the last 10 years and more [n1]. Indeed, Tim Berners-Lee's original conception of the Web [5] was much more of a shared collaboratory than the flat, read-only kaleidoscope that has subsequently emerged: a consumer wonderland, rather than a common cooperative workspace. Where did it all go wrong?
These new 'disruptive' technologies [n2] are now beginning to challenge the orthodoxy of the traditional website and its primacy in users' minds. The bastion of online publishing is under threat as never before. RSS is the very antithesis of the website. It is not a 'home page' for visitors to call at, but rather it provides a synopsis, or snapshot, of the current state of a website with simple titles and links. While titles and links are the joints that articulate an RSS feed, they can be freely embellished with textual descriptions and richer metadata annotations. Thus said, RSS usually functions as a signal of change on a distant website, but it can more generally be interpreted as a kind of network connector014or glue technology014between disparate applications. Syndication and annotation are the order of the day and are beginning to herald a new immediacy in communications and information provision. This paper describes the growing uptake of RSS within science publishing as seen from Nature Publishing Group's (NPG) [6] perspective.
Highlighted by cpikas


Public Comment
on 2006-08-02 by garyburge