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E-raamat: Medical Library Association Guide to Data Management for Librarians

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Technological advances and the rise of collaborative, interdisciplinary approaches have changed the practice of research. The 21st century researcher not only faces the challenge of managing increasingly complex datasets, but also new data sharing requirements from funders and journals. Success in todays research enterprise requires an understanding of how to work effectively with data, yet most researchers have never had any formal training in data management. Libraries have begun developing services and programs to help researchers meet the demands of the data-driven research enterprise, giving librarians exciting new opportunities to use their expertise and skills. The Medical Library Association Guide to Data Management for Librarians highlights the many ways that librarians are addressing researchers changing needs at a variety of institutions, including academic, hospital, and government libraries. Each chapter ends with pearls of wisdom, a bulleted list of 5-10 takeaway messages from the chapter that will help readers quickly put the ideas from the chapter into practice. From theoretical foundations to practical applications, this book provides a background for librarians who are new to data management as well as new ideas and approaches for experienced data librarians.

Arvustused

Federers book is most useful in helping readers gain a better understanding of the broad range of interrelated issues that fall under the general heading of data management. . . . Federer is a highly regarded research data informationist at the National Institutes of Health (NIH) Library, and she has assembled a stellar group of authors. . . .[ The book is] successful in painting a picture of the broad complexity of issues involved in dealing with research data. There are excellent chapters on the rise of data journals, the principles of data science, the relationship of traditional archival practices to the challenges of data curation, and the tools and practices for effectively visualizing data. . . . As sourcebooks, both volumes can serve as excellent reference materials. With Hendersons many practical examples and extensive bibliographies in particular, it is difficult to imagine a question that a data librarian (or aspiring data librarian) might have that they wont be able to find some help with here. . . .Regardless of where a librarian may be in their own grasp of data management issues, they will surely benefit from spending time with either or both of these books. (Reviewed jointly with Data Management: A Practical Guide for Librarians) * Journal of eScience Librarianship * The Medical Library Association Guide to Data Management comes at a great time for libraries interested in data management services. Its strength is the breadth of its discussion - theoretical underpinning of data management through the pragmatism of case studies. There is a broader picture of the subject than is offered in other books covering similar topics. This book addresses theory within the context of every day decisions by researchers and addresses the role the library in providing a larger service related to data management and the changing landscape of research. -- Rikke Ogawa, Team Leader for Research, Instruction, and Collection Services, UCLA, Louise M. Darling Biomedical Library

Muu info

Winner of Doody's Core Titles 2020.
Preface vii
Acknowledgments xi
Part I Data Management: Theory and Foundations
1(90)
1 Research Data Management for the Biomedical Digital Research Enterprise: A Perspective from the National Institutes of Health
3(10)
Valerie Florence
2 What Could Possibly Go Wrong?: The Impact of Poor Data Management
13(18)
Chris Eaker
3 Research Data as Record
31(18)
Bethany Myers
4 Raising Researchers' Awareness of Biomedical Data Journals to Promote Data Sharing
49(20)
Katherine G. Akers
5 Data Science: New Librarian Roles for a New Field of Research
69(10)
Lisa Federer
6 Data 101: Learning and Keeping Current in Data Management Skills
79(12)
Abigail Goben
Rebecca Raszewski
Part II Data Management across the Research Data Life Cycle
91(60)
7 Library Support for Data Management Plans
95(14)
Carrie L. Iwema
Melissa A. Ratajeski
Andrea M. Ketchum
8 Going Beyond the Data Management Plan: Services and Partnerships
109(14)
Abigail Goben
Lisa Zilinski
Kristen Briney
9 Library Infrastructures for Scholarship at Scale
123(16)
Steven Braun
10 Contextualizing Visualization in Library Services
139(12)
Marci D. Brandenburg
Justin Joque
Part III Data Management in Practice
151(72)
11 Data Services at a Medium-Size Academic Library
155(16)
Minglu Wang
Bonnie L. Fong
Ann Vreeland Watkins
12 Data Information Literacy: Engaging with the Undergraduate Health Sciences Population
171(16)
Yasmeen Shorish
Carolyn Schubert
13 Building Data Management Services at an Academic Medical Center: An Entrepreneurial Approach
187(16)
Alisa Surkis
Kevin Read
14 Data Management in the Lab
203(12)
Caitlin Bakker
15 Demystifying Data Management: Designing Services for Hospital-Based Researchers
215(8)
Jeannine Cyr Gluck
Index 223(4)
About the Authors 227
Lisa M. Federer is Research Data Informationist at the National Institutes of Health (NIH) Library, where she provides training and support in the management, organization, and re-use of biomedical research data for researchers in the NIHs Intramural Research Program. She received her Masters of Library and Information Studies from the University of California, Los Angeles in 2011 and also holds an MA in English. She has also completed graduate certifications in data visualization from New York University and data science from Georgetown University.