ReSA Outputs
ReSA outputs can provide useful references to support recognition and valuing of research software as a key component of research, and can also be found in the ReSA Zenodo community. See also the ADORE.software Toolkit. The toolkit is where ReSA amalgamates many resources. It provides examples of programs, policies, and resources for each of the Amsterdam Declaration on Funding Research Software Sustainability’s recommendations in the four areas of research software practice, research software ecosystem, research software personnel, and research software ethics.
Recent outputs include:
- Research Software Funding Opportunities - updated regularly.
- Research institution policies to support research software - Collection - updated regularly.
- Resources on how to create a research software engineering (RSE) group (within an organisation) or association (national, etc), 2024.
- Research software is critical to the future of AI-driven research, 2024.
- The FAIR for Research Software Principles after two years: an adoption update, 2024.
- Investing in People: Anticipating the Future of Research Software, 2023.
- How Can Open Source Program Offices (OSPOs) Support Research Software?, 2023.
- Global gathering of research software funders sets the agenda for supporting sustainable research software, 2022.
- Encouraging entry, retention, diversity and inclusion in research software careers, 2022.
- FAIR Principles for Research Software, 2022, which were introduced in this article in Scientific Data.
- Vive la différence - research software engineers, outcomes of a hybrid workshop on centralising diversity, equity and inclusion at the heart of research software engineering, 2022.
- Research software is essential for research data, so how should governments respond?, 2021.
- ReSA People Roadmap, 2021.
- Overview of research software funding landscape, 2021.
- Research software landscape analysis, 2020.
- ReSA Response to US RFI: Public Access to Peer-Reviewed Scholarly Publications, Data and Code Resulting From Federally Funded Research, 2020.
- RDA COVID-19 Guidelines and Recommendations contains a software chapter coordinated by ReSA that provides guidelines to policy makers, funders, publishers, and the research community responding to COVID-19, 2020.
- Evidence for the importance of research software, 2020.
Evidence for the importance of research software
The significant role that software plays in research has been identified in a range of surveys and studies that include the following:
- Research Software - What to fund? summarises the results of an international survey that collected information from researchers worldwide on their expectations concerning an international funding call to support the development and enhancement of research software. The survey, conducted by the Research Software Funders Forum working group on a multilateral funding call for research software, demonstrates a widespread interest in such an initiative and the areas in which such a call could be successful.
- New data reveals the hidden impact of open source in science: The Chan Zuckerberg Initiative has released a dataset entirely composed of 67 million software mentions mined from the scientific literature, to understand how widely research software and open source tools are used across disciplines.
- The role of software in science: a knowledge graph-based analysis of software mentions in PubMed Central provides insights into the evolution of software usage and citation patterns across various fields, ranks of journals, and impact of publications.
- Charting the digital transformation of science: Findings from the 2018 OECD International Survey of Scientific Authors (ISSA2) includes evidence that 25% of research produces new code.
- Software and skills for research computing in the UK reports that 97% of survey participants see software as important as their own research, with 85% citing it as essential.
- The Ecosystem of Technologies for Social Science Research tracks increase in the use of software tools, along with characteristics of key tools. It is noted that whilst many commercial tools are available, the more innovative ones are coming out of academia.
- The top 100 papers analyses the top 100 Nature papers and finds that the vast majority describe experimental methods or software that have become essential in their fields.
- UK Research Software Survey considers responses of 1,000 randomly chosen researchers to show that more than 90% of researchers acknowledged software as being important for their own research, and about 70% of researchers said that their research would not be possible without software.
- Understanding Software in Research: Initial Results from Examining Nature and a Call for Collaboration reveals that “32 of the 40 papers examined mention software, and the 32 papers contain 211 mentions of distinct software, for an average of 6.5 mentions per paper.”
Do you have resources to add?
- Add new calls to the Research Software Funding Opportunities
- Submit a resource as an issue in GitHub (requires GitHub account)
- Email it directly to ReSA
