Skip to main content

Managing Your Research Data

Tips & tools to help you manage your research data with less stress

What is research data management (RDM)?

Research data management includes the activities performed while handling data generated or gathered as part of a research project. Managing data is a crucial part of the research process. While good data management supports good research, poor data management can render data unusable and lead to the failure of a project. Data management includes activities relating to:

  • how to generate or gather data
  • where to store it
  • how to document and describe it
  • how to process it
  • identifying your legal and ethical obligations for protecting and/or sharing it
  • choosing what data to archive and discard
  • where to share your data & how to license it
  • how to cite your data in reports and publications

What are good data practices?

Research & data integrity

Data is a key piece of the scholarly record. This means that the way you manage your research data has an impact on the accuracy and integrity of the research record, especially if you publish your results in a journal article or present a poster at a conference. It also has an effect on the potential for data curation, sharing, and reuse or secondary analysis. This is recognized by the Office of Research Integrity, the National Academies of Science, federal funding agencies requiring data management plans, and initiatives like FORCE11. Kenneth Pimple describes data management as “the neglected, but essential, twin to the ‘scientific method.’”

Source: Coates, H. (2014). Ensuring research integrity The role of data management in current crises. College & Research Libraries News, 75(11), 598-601.

Reproducibility & Replicability

Data management is also related to the conversations in psychology, cancer research, and cell biology about challenges in reproducing and/or replicating published results. Advancing our understanding of the world requires an accumulation of evidence that supports theories about how things happen. Our theories are based on evidence, or data. Put simply, one study does not prove a theory. Many studies producing consistent data and results are necessary for a theory to be accepted as a likely explanation. In order to compare, aggregate, and analyze data across multiple studies, data need to be accessible, interoperable, defined, well-documented, and citable through the use of unique identifiers.

Open Data & Open Science