Computational Reproducibility: A Practical Framework for Data Curators

Introduction: This paper presents concrete and actionable steps to guide researchers, data curators, and data managers in improving their understanding and practice of computational reproducibility. Objectives: Focusing on incremental progress rather than prescriptive rules, researchers and curat...

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Main Authors: Sandra L. Sawchuk, Shahira Khair
Format: Article
Language:English
Published: UMass Chan Medical School, Lamar Soutter Library 2021-08-01
Series:Journal of eScience Librarianship
Subjects:
Online Access:https://escholarship.umassmed.edu/jeslib/vol10/iss3/7
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author Sandra L. Sawchuk
Shahira Khair
author_facet Sandra L. Sawchuk
Shahira Khair
author_sort Sandra L. Sawchuk
collection DOAJ
description Introduction: This paper presents concrete and actionable steps to guide researchers, data curators, and data managers in improving their understanding and practice of computational reproducibility. Objectives: Focusing on incremental progress rather than prescriptive rules, researchers and curators can build their knowledge and skills as the need arises. This paper presents a framework of incremental curation for reproducibility to support open science objectives. Methods: A computational reproducibility framework developed for the Canadian Data Curation Forum serves as the model for this approach. This framework combines learning about reproducibility with recommended steps to improving reproducibility. Conclusion: Computational reproducibility leads to more transparent and accurate research. The authors warn that fear of a crisis and focus on perfection should not prevent curation that may be ‘good enough.
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spelling doaj.art-26f1f7c354c2432f88bd31ea2ec14c492023-01-02T13:02:31ZengUMass Chan Medical School, Lamar Soutter LibraryJournal of eScience Librarianship2161-39742021-08-01103120610.7191/jeslib.2021.1206Computational Reproducibility: A Practical Framework for Data CuratorsSandra L. SawchukShahira KhairIntroduction: This paper presents concrete and actionable steps to guide researchers, data curators, and data managers in improving their understanding and practice of computational reproducibility. Objectives: Focusing on incremental progress rather than prescriptive rules, researchers and curators can build their knowledge and skills as the need arises. This paper presents a framework of incremental curation for reproducibility to support open science objectives. Methods: A computational reproducibility framework developed for the Canadian Data Curation Forum serves as the model for this approach. This framework combines learning about reproducibility with recommended steps to improving reproducibility. Conclusion: Computational reproducibility leads to more transparent and accurate research. The authors warn that fear of a crisis and focus on perfection should not prevent curation that may be ‘good enough.https://escholarship.umassmed.edu/jeslib/vol10/iss3/7computational reproducibilitydata curationlibrariesdata reuse
spellingShingle Sandra L. Sawchuk
Shahira Khair
Computational Reproducibility: A Practical Framework for Data Curators
Journal of eScience Librarianship
computational reproducibility
data curation
libraries
data reuse
title Computational Reproducibility: A Practical Framework for Data Curators
title_full Computational Reproducibility: A Practical Framework for Data Curators
title_fullStr Computational Reproducibility: A Practical Framework for Data Curators
title_full_unstemmed Computational Reproducibility: A Practical Framework for Data Curators
title_short Computational Reproducibility: A Practical Framework for Data Curators
title_sort computational reproducibility a practical framework for data curators
topic computational reproducibility
data curation
libraries
data reuse
url https://escholarship.umassmed.edu/jeslib/vol10/iss3/7
work_keys_str_mv AT sandralsawchuk computationalreproducibilityapracticalframeworkfordatacurators
AT shahirakhair computationalreproducibilityapracticalframeworkfordatacurators