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This study aims to present the results of a survey of library and information science (LIS) schools' websites used to determine if the number of data curation courses offered is adequate to address the needs of the so‐called “data deluge”. Many authors have identified a gap in the education of LIS students for data curation.

This study surveyed the websites of LIS schools in North America to identify data curation courses. It reviewed and analyzed course descriptions, objectives and syllabi (when available) as well as compared course objectives, requirements, topics, assignments, and projects of the identified courses.

Of the 52 LIS schools in North America's websites examined in this study, 16 institutions offered courses on data curation. The increase in the number of schools offering courses in data curation showed that LIS schools are responding to the demand for data curation professionals. More LIS schools need to add data curation to their curriculum. LIS schools currently offering data curation courses should continue to work together to determine the optimal course objectives and learning outcomes.

Although there are several papers focused on particular data curation programs at a few universities, there are no papers that provide an overall view of the status of data curation education in higher education institutions today. This research will be of value and interest to LIS educators and professionals to determine if there is adequate education in place and to identify and evaluate the current state of data curation education.

The purpose of this paper is to present a perspective on the development of digital curation education and practice in museums in the USA.

Methods used include: a historical overview of the development of digital curation, originally as a field of practice – primarily in the sciences – and then as a field of study; a case study of the adaptation of a digital curation curriculum (DigCCurr) framework developed in schools of library and information science (LIS) to a museum studies program; and a discussion of trends in digital curation practices in museums.

The case study (the digital curation certificate program of Johns Hopkins University’s museum studies program) describes a successful adaptation of the LIS DigCCurr framework in a museum studies program.

Findings could help to advance the museum field through the integration of digital curation education, practice and research.

By adopting and supporting digital curation practices, education and research, museums can reach and engage more online users seeking information about museum collections. More online users may also become onsite visitors.

There is little existing literature on digital curation education in museum studies programs.

The purpose of this paper is to examine the concept of professional competency in current digital curation literature through the lens of competency theories in management science and organizational studies. This paper also aims to provide recommendations to articulate and expand professional competencies in future digital curation research and professional education.

The outcomes presented in this paper are based on a multi-disciplinary literature review and a qualitative content analysis. The literature review explores theoretical foundations of professional competency in management science and organizational studies and how the concept of professional competency is used in digital curation literature. The content analysis scrutinizes 16 digital curation publications that have discussed professional competency, with an in-depth examination of seven empirical studies in these publications.

The findings include: the concept of professional competency is inconsistently used in digital curation literature, the digital curation literature exhibits disparate coverage of different types of professional competencies, and the digital curation empirical studies often narrowly operationalize the concept of professional competency but the empirical studies using multiple or in-depth qualitative methods yield more comprehensive findings reflecting a broader scope of the concept.

Although past research focused on the competencies required for digital curation, there is no research scrutinizing the conceptual construct of professional competency in the digital curation literature. This paper will be of value to digital curation researchers and educators to better determine the competencies needed for digital curators as an emerging profession.

Digital curation addresses the technical, administrative and financial ecology required to ensure that digital information remains accessible and usable over the long term. The purpose of this paper is to trace digital curation’s disciplinary emergence and examine its position within the information sciences domain in terms of theoretical principles, using a case study of developments in the UK and the USA.

Theoretical principles regarding disciplinary development and the identity of information science as a discipline are applied to a case study of the development of digital curation in the UK and the USA to identify the maturity of digital curation and its position in the information science gamut.

Digital curation is identified as a mature discipline which is a sub-meta-discipline of information science. As such digital curation has reach across all disciplines and sub-disciplines of information science and has the potential to become the overarching paradigm.

These findings could influence digital curation’s development from applied discipline to profession within both its educational and professional domains.

The disciplinary development of digital curation within dominant theoretical models has not hitherto been articulated.

The terms “digital curation” and “cyberinfrastructure” have been coined in the last decade to describe distinct but related concepts of how data can be managed, preserved, manipulated and made available for long‐term use. This paper aims to examine these.

The paper considers the origins of both terms and the communities that have been engaged with each of them, traces the development of the present digital environment in the USA and considers what this may mean for the future.

The paper reveals that each term has important attributes that contribute to a comprehensive understanding of the digital knowledge universe.

The paper reveals information about the development of digital preservation.

This article aims to summarize the employers' requirements of scientific data specialists and the status quo of LIS education organizations' training system for scientific data specialists. It also focuses on the matching analysis between the course content and the responsibilities as well as requirements of scientific data specialists. Moreover, in order to provide some indications for LIS education of scientific data specialists in China, it presents the training objectives and modes.

Some job portals for librarians and the comprehensive job portals are investigated as information sources and the keywords such as “scientific data management”, “data service”, “data curation”, “e-Science”, “e-Research”, “data specialist” are selected to retrieval library-released job advertisements for scientific data specialists to understand the library's requirements towards scientific data specialists' core capabilities. Meanwhile the course catalogues of all iSchools' web sites are searched directly in order to find if scientific data courses are provided.

Libraries value teamwork ability, communication ability, interpersonal ability and a good use of data curation tools as the core competences for scientific data specialists. Candidates who possess a second advanced degree, who understand libraries, who hold demonstrated knowledge of metadata standards, and who emphasize details, under the same condition, are more likely to be considered first. Libraries do not have a unified title for scientific data specialists yet. The current curriculums of iSchools mainly cover research method, data science, data management and data service, data statistic and analysis, data warehouse, information studies and technologies, and so on.

This unique study explores some required qualifications of science data specialist surveyed by job openings, including the core skills, position requirements, responsibilities of the job, and some qualifications. It also investigates the related curriculum setting of iSchool universities through course descriptions. This study is very useful for curriculum development in Chinese LIS education of scientific data specialists including required core courses and selected electives, and to promote the practice of data service in Chinese academic libraries.

The purpose of this paper is to define and describe digital curation, an emerging field of theory and practice in the information professions that embraces digital preservation, data curation, and management of information assets over their lifecycle. It dissects key issues and debates in the area while arguing that digital curation is a vital strategy for dealing with the so-called data deluge.

This paper explores digital curation’s potential to provide an improved return on investment in data work.

A vital counterweight to the problem of data loss, digital curation also adds value to trusted data assets for current and future use. This paper unpacks data, the research enterprise, the roles and responsibilities of digital curation professionals, the data lifecycle, metadata, sharing and reuse, scholarly communication (cyberscholarship, publication and citation, and rights), infrastructure (archives, centers, libraries, and institutional repositories), and overarching issues (standards, governance and policy, planning and data management plans, risk management, evaluation, and metrics, sustainability, and outreach).

A critical discussion that focusses on North America and the UK, this paper synthesizes previous findings and conclusions in the area of digital curation. It has value for digital curation professionals and researchers as well as students in library and information science who may deal with data in the future. This paper helps potential stakeholders understand the intellectual and practical framework and the importance of digital curation in adding value to scholarly (science, social science, and humanities) and other types of data. This paper suggests the need for further empirical research, not only in exploring the actual sharing and reuse practices of various sectors, disciplines, and domains, but also in considering the the data lifecycle, the potential role of archivists, funding and sustainability, outreach and awareness-raising, and metrics.

Purpose – For decades, archivists have been appraising, preserving, and providing access to digital records by using archival theories and methods developed for paper records. However, production and consumption of digital records are informed by social and industrial trends and by computer and data methods that show little or no connection to archival methods. The purpose of this chapter is to reexamine the theories and methods that dominate records practices. The authors believe that this situation calls for a formal articulation of a new transdiscipline, which they call computational archival science (CAS).

Design/Methodology/Approach – After making a case for CAS, the authors present motivating case studies: (1) evolutionary prototyping and computational linguistics; (2) graph analytics, digital humanities, and archival representation; (3) computational finding aids; (4) digital curation; (5) public engagement with (archival) content; (6) authenticity; (7) confluences between archival theory and computational methods: cyberinfrastructure and the records continuum; and (8) spatial and temporal analytics.

Findings – Each case study includes suggestions for incorporating CAS into Master of Library Science (MLS) education in order to better address the needs of today’s MLS graduates looking to employ “traditional” archival principles in conjunction with computational methods. A CAS agenda will require transdisciplinary iSchools and extensive hands-on experience working with cyberinfrastructure to implement archival functions.

Originality/Value – We expect that archival practice will benefit from the development of new tools and techniques that support records and archives professionals in managing and preserving records at scale and that, conversely, computational science will benefit from the consideration and application of archival principles.

In Digging into Data 3 (DID3) (2014-2016), ten funders from four countries (the USA, Canada, the UK, and the Netherlands) granted $5.1 million to 14 project teams to pursue data-intensive, interdisciplinary, and international digital humanities (DH) research. The purpose of this paper is to employ the DID3 projects as a case study to explore the following research question: what roles do librarians and archivists take on in data-intensive, interdisciplinary, and international DH projects?

Participation was secured from 53 persons representing eleven projects. The study was conducted in the naturalistic paradigm. It is a qualitative case study involving snowball sampling, semi-structured interviews, and grounded analysis.

Librarians or archivists were involved officially in 3 of the 11 projects (27.3 percent). Perhaps more importantly, information professionals played vital unofficial roles in these projects, namely as consultants and liaisons and also as technical support. Information and library science (ILS) expertise helped DID3 researchers with issues such as visualization, rights management, and user testing. DID3 participants also suggested ways in which librarians and archivists might further support DH projects, concentrating on three key areas: curation, outreach, and ILS education. Finally, six directions for future research are suggested.

Much untapped potential exists for librarians and archivists to collaborate with DH scholars; a gap exists between researcher awareness and information professionals’ capacity.