Data Management and Preservation Planning for Big Science
‘Big Science’ - that is, science which involves large collaborations with dedicated facilities, and involving large data volumes and multinational investments – is often seen as different when it comes to data management and preservation planning. Big Science handles its data differently from...
| Main Authors: | , , , , , |
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| Format: | Article |
| Language: | English |
| Published: |
University of Edinburgh
2013-06-01
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| Series: | International Journal of Digital Curation |
| Online Access: | http://129.215.67.233:80/ijdc/article/view/247 |
| _version_ | 1797402014006640640 |
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| author | Juan Bicarregui Norman Gray Rob Henderson Roger Jones Simon Lambert Brian Matthews |
| author_facet | Juan Bicarregui Norman Gray Rob Henderson Roger Jones Simon Lambert Brian Matthews |
| author_sort | Juan Bicarregui |
| collection | DOAJ |
| description |
‘Big Science’ - that is, science which involves large collaborations with dedicated facilities, and involving large data volumes and multinational investments – is often seen as different when it comes to data management and preservation planning. Big Science handles its data differently from other disciplines and has data management problems that are qualitatively different from other disciplines. In part, these differences arise from the quantities of data involved, but possibly more importantly from the cultural, organisational and technical distinctiveness of these academic cultures. Consequently, the data management systems are typically and rationally bespoke, but this means that the planning for data management and preservation (DMP) must also be bespoke.
These differences are such that ‘just read and implement the OAIS specification’ is reasonable Data Management and Preservation (DMP) advice, but this bald prescription can and should be usefully supported by a methodological ‘toolkit’, including overviews, case-studies and costing models to provide guidance on developing best practice in DMP policy and infrastructure for these projects, as well as considering OAIS validation, audit and cost modelling.
In this paper, we build on previous work with the LIGO collaboration to consider the role of DMP planning within these big science scenarios, and discuss how to apply current best practice. We discuss the result of the MaRDI-Gross project (Managing Research Data Infrastructures – Big Science), which has been developing a toolkit to provide guidelines on the application of best practice in DMP planning within big science projects. This is targeted primarily at projects’ engineering managers, but intending also to help funders collaborate on DMP plans which satisfy the requirements imposed on them.
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| first_indexed | 2024-03-09T02:19:10Z |
| format | Article |
| id | doaj.art-bf1ea11c461d4d77a44f902d2eaab71d |
| institution | Directory Open Access Journal |
| issn | 1746-8256 |
| language | English |
| last_indexed | 2024-03-09T02:19:10Z |
| publishDate | 2013-06-01 |
| publisher | University of Edinburgh |
| record_format | Article |
| series | International Journal of Digital Curation |
| spelling | doaj.art-bf1ea11c461d4d77a44f902d2eaab71d2023-12-06T20:02:42ZengUniversity of EdinburghInternational Journal of Digital Curation1746-82562013-06-0181Data Management and Preservation Planning for Big ScienceJuan BicarreguiNorman GrayRob HendersonRoger JonesSimon LambertBrian Matthews ‘Big Science’ - that is, science which involves large collaborations with dedicated facilities, and involving large data volumes and multinational investments – is often seen as different when it comes to data management and preservation planning. Big Science handles its data differently from other disciplines and has data management problems that are qualitatively different from other disciplines. In part, these differences arise from the quantities of data involved, but possibly more importantly from the cultural, organisational and technical distinctiveness of these academic cultures. Consequently, the data management systems are typically and rationally bespoke, but this means that the planning for data management and preservation (DMP) must also be bespoke. These differences are such that ‘just read and implement the OAIS specification’ is reasonable Data Management and Preservation (DMP) advice, but this bald prescription can and should be usefully supported by a methodological ‘toolkit’, including overviews, case-studies and costing models to provide guidance on developing best practice in DMP policy and infrastructure for these projects, as well as considering OAIS validation, audit and cost modelling. In this paper, we build on previous work with the LIGO collaboration to consider the role of DMP planning within these big science scenarios, and discuss how to apply current best practice. We discuss the result of the MaRDI-Gross project (Managing Research Data Infrastructures – Big Science), which has been developing a toolkit to provide guidelines on the application of best practice in DMP planning within big science projects. This is targeted primarily at projects’ engineering managers, but intending also to help funders collaborate on DMP plans which satisfy the requirements imposed on them. http://129.215.67.233:80/ijdc/article/view/247 |
| spellingShingle | Juan Bicarregui Norman Gray Rob Henderson Roger Jones Simon Lambert Brian Matthews Data Management and Preservation Planning for Big Science International Journal of Digital Curation |
| title | Data Management and Preservation Planning for Big Science |
| title_full | Data Management and Preservation Planning for Big Science |
| title_fullStr | Data Management and Preservation Planning for Big Science |
| title_full_unstemmed | Data Management and Preservation Planning for Big Science |
| title_short | Data Management and Preservation Planning for Big Science |
| title_sort | data management and preservation planning for big science |
| url | http://129.215.67.233:80/ijdc/article/view/247 |
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