UNESCO’s Bold Vision for Open Science: Making Knowledge a Global Public Good

Redacción HC
30/05/2023

In a world confronting climate change, health crises, and growing inequality, access to scientific knowledge is no longer a luxury — it’s a necessity. The UNESCO Recommendation on Open Science, adopted in 2021, offers a bold roadmap for transforming science into a global public good. This international declaration calls for a more inclusive, transparent, and collaborative scientific ecosystem, grounded in equity and openness.

This blog explores how UNESCO envisions a world where science is not confined to paywalls or elite institutions but is accessible, reproducible, and participatory — a fundamental shift that could redefine how we share, produce, and use knowledge.

Why Open Science? Understanding the Urgency

The COVID-19 pandemic exposed the limits of a closed scientific system. Vital data were delayed, collaboration across borders was hampered, and access to life-saving research was restricted by costly subscriptions. But the problem runs deeper: millions of scientific articles each year are locked behind paywalls, and vast swaths of the global population — especially in the Global South — are excluded from participating in knowledge creation.

Against this backdrop, UNESCO poses a fundamental question: How can science be reimagined as an open, inclusive, and universally accessible endeavor?

The Recommendation on Open Science responds with a comprehensive vision: make scientific knowledge, infrastructure, and processes open by default — and accessible to all stakeholders, from researchers to citizens.

How the Recommendation Was Built: A Global Collaborative Process

Unlike a conventional academic study, the UNESCO Recommendation is a normative international instrument, developed through an extensive multi-stakeholder consultation process between 2019 and 2021. The process engaged national governments, scientific communities, Indigenous knowledge holders, civil society organizations, and open science experts.

The final document outlines seven priority areas for action, such as investing in non-commercial digital infrastructure, reforming incentive systems, and fostering international cooperation. Though not legally binding, the recommendation holds strong political and moral legitimacy and serves as a universal reference point for national science policies.

What Is Open Science? Five Transformational Pillars

UNESCO defines open science as a transformative paradigm that expands access to scientific inputs and outputs. It’s not just about open access publishing — it’s about rethinking how science is produced, shared, and valued.

Here are the five foundational pillars:

1. Open Scientific Knowledge

This includes open-access publications, research data, metadata, software, and educational resources — all made available under open licenses.

2. Open Science Infrastructure

From digital repositories to collaborative platforms, these infrastructures should be community-managed, sustainable, and interoperable, not driven by commercial interests.

3. Engagement of Societal Actors

Citizen science, volunteer-driven research, and participatory data collection are central to democratizing the research process.

4. Dialogue with Other Knowledge Systems

The Recommendation explicitly recognizes Indigenous and local knowledge systems, calling for respectful, non-extractive collaboration.

5. Open Science Education and Culture

UNESCO advocates for rethinking academic incentives and building digital and scientific literacy to support an open science culture across generations.

Key Principles: As Open as Possible, as Closed as Necessary

Openness is not absolute. The Recommendation balances transparency with ethical considerations. It emphasizes the need to protect human rights, privacy, and sacred or confidential knowledge.

It also promotes equity, inclusiveness, transparency, collaboration, and sustainability as guiding values. These principles aim to dismantle systemic barriers that keep marginalized communities — including researchers from developing countries — outside the scientific conversation.

Notably, UNESCO’s approach is broader than earlier initiatives like the Berlin Declaration or traditional open access movements. It doesn’t stop at publications — it calls for systemic transformation across funding, research evaluation, education, and governance.

Global Relevance: Bridging the Digital and Scientific Divide

The Recommendation has powerful implications for public policy and global cooperation.

For Governments:

• Establish legal frameworks mandating open access to publicly funded research.
• Fund sustainable, non-commercial digital infrastructure.
• Reform academic evaluation to reward openness and societal impact.

For the Global South:

It directly addresses structural inequities in scientific participation. Only 0.1% of African research is available in open access formats. By supporting open systems, developing countries can increase visibility, reduce duplication, and accelerate innovation.

Initiatives like SciELO and LA Referencia in Latin America are already showing how regional collaboration in open science can thrive, with support for multilingual publication — including in Indigenous languages.

A Call to Action: The Future of Science Is Open

The UNESCO Recommendation is not just a policy document — it’s a call to reimagine the scientific enterprise. The stakes are high: with urgent challenges such as pandemics, biodiversity loss, and climate change, we need a science system that is faster, more collaborative, and more inclusive.

The path forward involves governments, institutions, and researchers working together to dismantle old silos and build an open knowledge commons for the 21st century.

"Science should not be a luxury for the few, but a right for all," the document implies.

Conclusion: Redefining Knowledge as a Commons

UNESCO’s Recommendation on Open Science sets the foundation for a future where science is open, participatory, and globally relevant. It urges a shift from exclusivity to collaboration — from proprietary to shared — and from fragmentation to unity.

As the world seeks solutions to its most pressing challenges, this vision offers a beacon of hope: a science that serves not just a few, but all of humanity.

Topics of interest

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