Open Science
Open Science is a modern research approach that promotes free, open and responsible access to scientific information, data, software and other research results for the whole society. It not only facilitates knowledge transfer and innovation, but also strengthens public trust in science.
Open Science covers the entire research life cycle – from idea and data collection, to publication, sharing and data reuse.
The ethical principles of Open Science are based on fairness, transparency and responsibility. Scientific information should be as accessible as possible, while ensuring data quality and personal data protection, however, open science does not always automatically mean that all results are fully freely available, especially in cases where they may infringe on the rights of individuals. At the same time, when results are not freely available, there should be clear and enforceable access conditions.
Why is open science important?
- Increases the transparency of research methodology – research data, methods and results are available for review.
- Improves the reproducibility of results – other researchers can repeat the research and verify the results.
- Increases the social relevance and public impact of research – open science helps research results reach a wider audience and benefit society.
- Saves researchers time and resources by reducing duplication, for example in the design of identical studies.
- Promotes international and interdisciplinary collaboration – sharing data and tools facilitates international and interdisciplinary collaboration.
- Increases public trust in science – the public sees how and why scientific conclusions are made.
- Base principles of open science (8 pillars)
These elements form the basis of European open science policy and practice.
1. FAIR principles - data should be:
- Findable;
- Accessible;
- Interoperable;
- Reusable.
2. Research integrity - scientific integrity, accuracy, objectivity and accountability.
3. Next-generation metrics - alternative ways to measure research impact (not just by number of publications or journal impact factor).
4. The future of scientific communication - moving towards open peer review, publishing data alongside articles, dynamic and living papers.
5. Citizen Science - citizen participation in data collection, research design or analysis, interpretation.
6. Education and skills - educating researchers and students on open science issues.
7. Recognition and reward through awards and career development systems that support open science practices.
8. European Open Science Cloud (EOSC) - a digital infrastructure that provides reliable, secure and uniform access to research data, tools and services across Europe.
- Components of Open Science
- Open Access Publications - Scientific articles are freely available to the public, providing unrestricted access to scientific research findings free of charge, for example, published in Open Access journals or institutional repositories.
- Open Research Data - Carefully documented data that is available to other researchers for reanalysis or for new research (for example, published in institutional repositories).
- Open Source Software - Scripts, codes, and tools published under open licenses that help review analyses, adapt methods, and promote reproducibility.
- Open Lab Notes - Experimental logs or documentation available to others.
- Open Peer Review - Reviewer comments are publicly available to promote transparency and openness.
- Open Educational Resources - Free materials for learning.
- Citizen Science - Public participation in research, such as data collection.
- Useful resources on Open Science
Latvia's Open Science Strategy for 2021–2027
The European Union's Open Science Strategy
The Open Science Training Handbook
OpenPlato: All courses | OpenPlato
What is Open Science? | ORION Open Science
UNESCO Recommendation on Open Science - UNESCO Digital Library
