Developing a Digital Scholarship Ecosystem

Raymond Uzwyshyn
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Abstract

This research presents elements necessary to develop a Digital Scholarship Research Ecosystem for a university, college or research institution. Software systems, hardware, human resources and timelines are outlined with brief theoretical overviews and a pragmatic focus on ‘open-source’ (freely available) software, best-in-class applications and global best practices. Major digital scholarly system components in a larger digital ecosystem are discussed: Online Institutional Collection Repositories (D-SPACE), Online Research Data Repositories (DATAVERSE), Identity Management Systems (ORCID), Electronic Thesis and Dissertation Management Systems (VIREO), Academic Journal Systems (OJS3), Digitization Labs, User Interface Software (OMEKA). System assessment, synergistic possibilities, results and future directions are reviewed. This research arises from a successful five-year phased implementation of such a digital ecosystem for Texas State University Libraries, a large US university research library system. This scholarly ecosystem is suitable for any university, college, research institution or academic research library interested in setting up or building on such an infrastructure and enabling faculty and graduate students with their scholarly research online.
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发展数字奖学金生态系统
本研究提出了为大学、学院或研究机构开发数字奖学金研究生态系统所需的要素。软件系统、硬件、人力资源和时间表概述了简要的理论概述,并着重于“开源”(免费提供)软件、同类最佳应用程序和全球最佳实践。讨论了大型数字生态系统中的主要数字学术系统组件:在线机构馆藏存储库(D-SPACE),在线研究数据存储库(DATAVERSE),身份管理系统(ORCID),电子论文和论文管理系统(VIREO),学术期刊系统(OJS3),数字化实验室,用户界面软件(OMEKA)。系统评估,协同的可能性,结果和未来的方向进行了审查。这项研究源于美国大型大学研究型图书馆系统德克萨斯州立大学图书馆成功实施的为期五年的数字生态系统。这个学术生态系统适用于任何有兴趣在这种基础设施上建立或建设的大学、学院、研究机构或学术研究图书馆,并使教师和研究生能够在线进行学术研究。
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