This website is for information related to the CESAER Taskforce on Open Science, and in particular on its sub-group looking at how the Technical Universities in Europe deal with Engineering and Research Data Management. The group is working on two tasks Task 1 - FAIR Data in Engineering (2018-19) Read - Summary of First Findings on…
The full-featured DKRZ long term archiving service LTA WDCC (World Data Centre for Climate) offers long term archiving for datasets relevant for climate and Earth System research.
The Australian National Data Service (ANDS) is a program funded by the Australian Government to develop research data infrastructure and enable more effective use of Australia's research data assets.
As a curator and a coder, I know it is essential to use naming conventions. It is important to employ a consistent approach when naming digital files or software components such as modules or variables. However, when a student assistant asked me recently why it was important not to use spaces in our image file names, I struggled to come up with an answer. “Because I said so,” while tempting, is not really an acceptable response. Why, in fact, is this important? For this blog entry, I set out to answer this question and to see if, along the way, I could develop an “elevator pitch” – a short spiel on the reasoning behind file naming conventions.
Why is it so important to cite data? Books and journal articles have long benefited from an infrastructure that makes them easy to cite, a key element in the process of research and academic discourse. We believe that you should cite data in just the same way that you can cite other sources of information, such as articles and books.
The Data FAIRport initiative is an open movement started as the practical follow up of a Lorentz Workshop in Leiden, The Netherlands, January 2014, named: Jointly designing a Data FAIRport.
The participants of the workshop represented the worlds of research infrastructure and policy, publishing, the semantic web and life sciences research.
The HydroShare architecture is a stack of storage and computation, web services, and user applications. A content management system, Django+Mezzanine, provides user interface, search, social media functions, and services. iRODS provides content storage. A web browser is the main interface to HydroShare, however a web services applications programming interface (API) supports access through other hydrologic modeling systems, and the architecture separates the interface layer and services layer exposing all functionality through these web services.
PresQT engages stakeholders in a collaborative planning effort to enhance reproducibility and more open sharing of research data through open source development of a Research Data & Software Preservation Quality Tool.
The Coalition for Networked Information (CNI) is dedicated to supporting the transformative promise of digital information technology for the advancement of scholarly communication and the enrichment of intellectual productivity.
Among the many online learning resources that the DCC offers digital curators are high-level briefing papers and legal watch, standards watch and technology watch papers.
Our digital library of resources is free to use and contains everything you need to engage effectively in digital curation and data preservation activities.
M. Gärtner, U. Hahn, and S. Hermann. Language Technologies for the Challenges of the Digital Age: 27th International Conference, GSCL 2017, Berlin, Germany, September 13-14, 2017, Proceedings, page 284--291. Cham, Springer International Publishing, (2018)