Data Management Plan Database

A Data Management Plan (DMP) describes how you will manage, store, secure, document, and share research data. DMPs can vary broadly across disciplines, methodologies, and data types. DMPs are a growing requirement for grants, and can also guide data practices for individuals and teams. DMP Assistant is a free webtool that guides you through drafting your DMP and the easiest way to start building a DMP. 

Our database gathers examples from across the world including DMPs from the Digital Research Alliance of Canada, National Institutes of Health (NIH), Qualitative DMP Competition, DataOne, Digital Curation Centre, Liber, the Working Group on NIH DMSP Guidance, and UC San Diego Research Data Curation into one searchable, open-access platform. 

Download the amalgamated dataset: https://doi.org/10.5683/SP3/SDITUG

Project Team: Shrey Acharya (RDM Assistant - 2023), Sarthak Behal (RDM Assistant 2022-23), Danica Evering and Isaac Pratt (RDM Specialists), Debbie Lawlor (Developer).

Data Management Plan Database

Search and Browse Data Management Plans

Displaying 1 - 5 of 5

University of Glasgow

This DMP aims to collected transmitted-light microscopy images of giemsa-stained squashed larval brains, confocal microscopy images of immunostained whole-mounted larval brains, and western blot data to investigate the "role of Polo kinase in metaphase to anaphase transition in Drosophila melanogaster."

N/A

This DMP will collect qualitative and quantitative information on cognitive, affective, and developmental data of human subjects to ascertain the impact financial constraints have on the academic performance of University students.

Texas A&M University – Corpus Christi

This DMP aims to collect physical samples near mining areas to evaluate the impact of mine waste minerals on the Mojave Desert.

University College Dublin

This DMP will collect data from social media as well as interviews to investigate how "users leverage social media to influence public and social policy".

N/A

This DMP will collect different wavelengths of light to analyze star formation regions in the Milky Way.