Preserving the Scientific Record: Establishing Relationships with Archives Matthew Mayernik National Center for Atmospheric Research Version 1.0 Review.

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Preserving the Scientific Record: Establishing Relationships with Archives Matthew Mayernik National Center for Atmospheric Research Version 1.0 Review Date

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 Overview About data archives Data must be formally archived in order to be understandable and usable over long time periods Many data archives exist for particular kinds of data, or for particular institutions Building relationships with archives: What data do you have? Where will your data go? How to get set up with an archive? Image:

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 About Data Archives Archives view data resources as having an extended temporal horizon Past: Recovering legacy datasets Current: Attending to ongoing data collection Future: Designing for flexibility, compatibility, and sustainability of data Archives have extensive data description requirements To enable routine and unforeseen data uses To enable maintenance and preservation of data over time Archives continuously update technology Small iterative updates more common than large-scale replacements Archives are highly collaborative Work with scientists to ingest and document data Work with other archives to share capacity and knowledge

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 Building Relationships With Archives What data do you have? Where will the data go? How to get set up with an archive? Image:

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 What data do you have? What type of data will be produced? Ex. numerical data, image data, text sequences or modeling data? How much data, and at what growth rate? Are you gathering data by hand or using instrumentation that is able to capture a lot of data at once? Will there be more data as time goes on? If so, you will need to plan for growth. Will the data change frequently? Keeping track of rapidly changing datasets can be a challenge, so it's imperative you begin with a plan that will carry you through the data management process. From MIT Libraries, “Evaluate Your Data Needs,”

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 Where will your data go? Who is your audience for the data? How will they use them? This will tell you how to structure the data and where to distribute the data. Who controls the data (PI, student, lab, institution, funder) and do any open data mandates exist? Before you spend a lot of time figuring out where to submit your data, you need to know if you have the authority to submit the data at all, and if your funder has any specific open data mandates or requirements that must be met. How long should the data be retained? Ex. 3-5 years, years, permanently? Not all data need to be retained indefinitely. Look at archives’ data policies for retention options and requirements. From MIT Libraries, “Evaluate Your Data Needs,”

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 How to get set up with an archive Look at an archive’s data submission policies/procedures. Example procedures are: Incorporated Research Institutions for Seismology: National Snow and Ice Data Center: Oak Ridge National Lab DAAC for Biogeochemical Dynamics: National Space Science Data Center: NASA Planetary Data System: Contact the data archive. Most archives will work with you directly to submit data, as long as the data are within their scope.

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 References Hook, L., S.K. Santhana Vannan, T. Beaty, B. Wilson, and B. Cook Best Practices for Preparing Environmental Data Sets to Share and Archive. Oak Ridge National Laboratory Distributed Active Archive Center, Oak Ridge, Tennessee. Karasti, H., K. Baker, and E. Halkola “Enriching the notion of data curation in escience: data managing and information infrastructuring in the long term ecological research (LTER) network.” Computer Supported Cooperative Work 15(4): http://dx.doi.org/ /s MIT Libraries Data Management and Publishing.

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 Resources MIT Libraries - “Evaluate Your Data Needs” management/evaluate.html management/evaluate.html Data submission policies/procedures: Incorporated Research Institutions for Seismology: National Snow and Ice Data Center: Oak Ridge National Lab DAAC for Biogeochemical Dynamics: National Space Science Data Center: NASA Planetary Data System:

Preserving the Scientific Record: Establishing Relationships with Archives; Version 1.0, Reviewed 8/11/12 Other Relevant Modules Local data management: Managing your data Local data management: Working with your archive organization Preservation strategies: Options for archiving your data Preservation strategies: What data goes into a long-term archive? Preserving the Scientific Record: Establishing Relationships with archives Preserving a Record of Environmental Change Case Study 1 - NSIDC Glacier Photos Case Study 2 - Arctic Temperature Variability Data