Open Science Nation: From Plan S to Snellius

Episode Narrative

In the landscape of education and research, few countries have shaped their futures as dynamically as the Netherlands. As we journey through the past three decades, we will explore how this small nation became a beacon for open science, transforming its educational framework, and embracing innovation. The period from 1991 to 2025 stands as a testament to resilience and adaptation. The Netherlands has a rich tradition in modern foreign language education, firmly rooted in the belief that communication is the lifeblood of understanding. Since the 19th century, French, German, and English have been staples in secondary schools. However, in recent decades, this foundation has expanded, incorporating languages such as Arabic and Spanish. Such diversity reflects the nation’s commitment to fostering an environment open to the world and its myriad cultures, aligning with the Common European Framework of Reference for Languages since 2001.

During the 1990s, the winds of reform swept through higher education in Flanders, the Dutch-speaking region of Belgium. These changes introduced a quality assessment system that signaled a significant shift towards institutional autonomy while still retaining a thread of government oversight. This shift laid the groundwork for debates in the Netherlands about how to balance authority and independence within educational institutions. As we progressed into the late 1990s and early 2000s, the Dutch higher education quality assurance system transformed profoundly. Responsibility shifted from full government oversight to internal university management and eventually evolved into an independent external evaluation mechanism. This change did not merely alter the structure; it set a benchmark for quality across Europe.

In parallel, education reform began to target the heart of social inequality in the Netherlands. Early Childhood Education intervention programs assumed central importance in the Dutch educational policy aimed at reducing disadvantages for children from economically deprived sectors and immigrant backgrounds. While these initiatives showcased the nation’s commitment to equity, the reality often fell short of expectations. The empirical evidence demonstrating long-term impact remained elusive as the battle against structural inequality proved more complex than many anticipated.

The turn of the millennium ushered in yet another transformative period for vocational education and training. Public-private partnerships emerged, blending the theoretical knowledge imparted in schools with the practical demands of industry. Government policies actively encouraged these collaborations, recognizing the pressing need for a skilled workforce capable of thriving in a rapidly changing labor landscape.

As the years progressed into the 2010s, the challenges of urban education in places like Amsterdam became increasingly complex. Integrated school-based approaches combined educational initiatives with health and anti-poverty measures, aiming to foster an environment conducive to learning. While teaching conditions showed improvement, the efforts bore limited fruit regarding the health and poverty status of children outside school walls. It was a paradox that echoed through the communities affected — the solutions embraced education but often overlooked the broader societal issues at play.

During this same decade, the concept of lifelong learning emerged as a focal point for discussion. Despite the call for adaptability in a fast-changing labor market, the Netherlands faced persistent issues that inhibited the fulfillment of lifelong learning goals. The expectations felt stifled at every level, highlighting the systemic barriers that prevented meaningful progress. It was a landscape fraught with tension, caught between the ambitious visions of reformers and the entrenched realities of educational practice.

From 2015 onwards, Dutch universities and research institutions transformed into global leaders in open science. A landmark moment came in 2018 when the Dutch Research Council adopted Plan S, mandating that all publicly funded research must be openly accessible. This directive propelled the Netherlands into the international spotlight, marking a critical shift in how knowledge is disseminated and shared. The San Francisco Declaration on Research Assessment offered a companion to this movement, urging a reevaluation of traditional metrics used to assess academic research.

As Plan S took hold, preprint servers such as arXiv and bioRxiv gained traction, becoming mainstream platforms for sharing preliminary research findings. These avenues opened new channels for scholars to engage with the broader community, accelerating the global shift towards transparency and accessibility in research. The blossoming of open data repositories, including DANS and 4TU.ResearchData, further reinforced this ethos. This collective effort revealed a universe where knowledge became a shared resource, transcending institutional boundaries.

Meanwhile, the infrastructure supporting this transformation was rapidly evolving. SURF, the Dutch national research and education network began to expand high-speed connectivity across universities and research institutes. This infrastructure enabled large-scale data sharing and computational research, serving as the bedrock upon which innovative projects could flourish. Among these projects, the Snellius supercomputer emerged as a national hub for advanced computing. Hosted by SURF, Snellius became indispensable in fields such as climate science, artificial intelligence, and biomedical research, offering a glimpse into the future of computational innovation.

As we observed these changes, a new phenomenon began to unfold in the world of citizen science. Platforms like Waarneming.nl and Telraam encouraged public participation in biodiversity monitoring and traffic counting, creating a vibrant tapestry that blended open data with grassroots engagement. This democratization of research invited ordinary citizens to become contributors in a scientific dialogue, further embedding the ethos of openness within the societal fabric.

Statistics Netherlands, or CBS, joined the movement by further opening its datasets. Accessible, machine-readable statistics on demographics, the economy, and the environment became available in real time, empowering researchers, journalists, and everyday citizens alike. This move represented not just a shift in how data was shared, but an invitation to engage in informed discussions about the challenges facing society.

Despite these advances, challenges persisted within the Dutch higher education landscape. While institutions increased their international collaboration, global university rankings revealed that many Dutch universities hovered in mid to lower tiers. This divergence highlighted a critical gap between national ambitions and international recognition, reflecting the complexities of education in a globalized world.

The years leading to 2025 brought about significant changes in policy aimed at improving educational outcomes. The government's experiment with performance pay for primary and secondary teachers sparked vigorous debate, accentuating the ongoing tension between economic incentives and educational values. As the educational landscape evolved, so did efforts to pilot comprehensive reform programs like “Success for All,” adapted from successful models in the United States. Aiming to bolster reading skills, these initiatives yielded mixed reviews, demonstrating the challenges of implementing wide-reaching reforms in diverse contexts.

Simultaneously, disparities in educational attainment became glaringly apparent, particularly in disadvantaged neighborhoods. Urban policy interventions faced significant hurdles in closing gaps tied to parental background, proving that progress in one area often highlighted deficiencies in others. It was a reminder that educational reform is a journey fraught with obstacles, requiring patience, persistence, and a willingness to confront ingrained inequalities.

One pivotal reform that emerged in the later years replaced student grants with income-contingent loans in higher education, igniting debates surrounding access and equity. As the conversations unfolded, early evidence suggested nuanced effects on enrollment patterns — an unpredictable outcome in what was meant to be a step forward. The legacy of ‘pillarization,’ characteristic of the Dutch educational landscape, lingered in the background, starkly evident in how various educational sects adapted to an increasingly secular and diversified society.

Surprisingly, within this tapestry of reform and experimentation, anecdotes of innovation emerged. In the 1990s, a primary school named Juliana van Stolberg pioneered an interreligious education model, seeking to navigate and reflect the nation’s journey between pluralism and integration. This initiative served as a microcosm of broader societal struggles, embodying the delicate balance between embracing diversity and forging a cohesive national identity.

As we reflect on these transformative years, we witness the evolution of a nation navigating the complexities of education, research, and inclusivity. The journey from Plan S to Snellius paints a vivid picture of ambition and caution, shedding light on what it means to foster an open science nation. Yet, as we stand on the precipice of 2025, we are reminded that the path is neither linear nor simple. Perhaps the most pressing question we must ask is whether the strides taken in open science and education will be sufficient to bridge the divides that still exist in Dutch society. Will the seeds of inclusion and transparency planted in recent years take root, or will they remain just that — seeds unfulfilled? Only time will reveal the answers, as the Netherlands continues to sail towards an uncertain horizon, seeking not just knowledge, but a future where that knowledge is shared, and all voices are heard.