Category: Education

ENTRY ID: SCALE-NATION-0003
Date added: 11/07/2026
Entry status: [ ] Draft [ ] Under review [x] Published
Submitted by: GSTIA Open Library

1. Solution Title

A UK National Framework for Open Access to Publicly Funded Research.

2. Step-by-Step Implementation Guide

This guide is based on the UK’s position as a global leader in open access policy, building on the evidence of corporate concentration in academic publishing and the need for systemic reform . The core argument is that publicly funded research constitutes a public good, and the UK’s framework demonstrates how national-level mandates can drive global change by leveraging the power of research funders .

Step 1 – Strengthen and Expand UKRI’s Single Open Access Policy
UK Research and Innovation (UKRI), the UK’s largest public research funder, has established a single open access policy across all nine of its councils . This policy already requires immediate open access for research articles submitted after 1 April 2022 and for monographs, book chapters, and edited collections published after 1 January 2024 . The next phase (2026-2030) must further strengthen implementation, including no longer allowing UKRI funds to be used for hybrid open access after 2028-2029 . This policy is the cornerstone of the UK’s national framework.

Step 2 – Embed Open Access into the Research Excellence Framework (REF)
The REF is the UK’s system for assessing the quality of research in higher education institutions, informing the allocation of approximately £2 billion per year of public funding for universities’ research . The four UK funding bodies must finalise and enforce the REF2029 open access policy, which is expected to require articles and conference proceedings to be fully open access, with compliance involving deposit in a repository within three months of publication . This creates a powerful incentive for universities to ensure their researchers comply.

Step 3 – Use Jisc’s Collective Negotiation Power to Reshape the Market
Jisc, the not-for-profit membership organisation serving the UK’s tertiary education sector, negotiates agreements with the five largest academic publishers (Elsevier, Springer Nature, Taylor & Francis, Wiley, and Sage) on behalf of UK universities . UK universities currently spend approximately £112 million annually on these agreements . The “Next Generation Open Access” programme, launched in March 2025, aims to achieve cost savings, financial sustainability, and more equitable participation by negotiating agreements that:

• Reduce and constrain all costs .
• Offer a choice of open access publishing options .
• Advance a rapid and equitable global transition to full open access .
• Promote inclusive participation and provide transparency on pricing .

Step 4 – End the Payment of Public Funds for Hybrid Open Access
UKRI has committed that from 2028 to 2029, it will no longer allow its funds to be used for hybrid open access (a publishing model where a subscription-based journal allows authors to publish specific articles as open access, charging an Article Processing Charge) even when in a transitional agreement . This decisive action will end the practice of “double-dipping” (publishers charging both subscription fees and APCs) and force a transition to more sustainable, fully open access models .

Step 5 – Maintain a Multi-Route Approach to Open Access
The UK’s policy allows researchers to comply via two routes, which provides flexibility and inclusivity :

• Route 1: Publish in a fully open access journal or platform.
• Route 2: Publish in a subscription journal and deposit the Author Accepted Manuscript in a compliant repository (e.g., an institutional repository) at the time of publication.
  UKRI is committed to strengthening Route 2 by assessing repository infrastructure and developing guidance . For books, the policy allows for a 12-month embargo, and there is a dedicated £3.5 million fund to support open access book publishing .

Step 6 – Invest in Capacity-Building, Infrastructure, and Monitoring
The UK has made significant investments to support the transition, including a £129 million Digital Research Infrastructure Programme, a £46.7 million annual investment in open access, and partnerships with the OAPEN Foundation for open access book infrastructure . UKRI is also strengthening monitoring and evaluation, with plans to reintroduce block grant reporting in 2026-2027 to address evidence gaps around costs and compliance . The establishment of a National Data Library, as highlighted in the UK Science and Technology Framework (2025), is also a key component of this infrastructure .

Step 7 – Engage in International Leadership and Collaboration
The UK was a founding member of the European Open Science Cloud (EOSC) and leads the EOSC Pilot project (2017-2019) . The UK also participates in international initiatives such as the G7 Open Science Working Group and the International Science Council’s Committee on Data . UKRI is a signatory to cOAlition S and supports Plan S principles . The UK’s commitment to open access aligns with that of other major funders, including the Wellcome Trust, Cancer Research UK, and the Foreign, Commonwealth and Development Office (FCDO), ensuring a coherent national approach .

3. Polycrisis Strand(s)

Primary strand: Digital infrastructure and AI

Interaction effects with other strands:
This solution directly addresses how the current academic publishing system acts as a barrier to solving other polycrisis strands. The high cost of access stifles the rapid dissemination of research needed for climate change, biodiversity loss, and global health challenges . It exacerbates inequality, as researchers in the Global South cannot access vital information . It hinders progress in education. It is itself a product of globalisation and finance, with a few corporations extracting enormous profits from a global system . Open access is fundamental to achieving the Sustainable Development Goals.

4. Scale Category

Notes on scale interaction: The national framework provides the policy, funding, and infrastructure for institutional and individual-level implementation. The UK’s leadership also contributes to the global scale by setting a standard that other nations and funders can follow.

5. Dewey Decimal Classification

Primary DDC: 070.5 – Publishing
Secondary DDC(s): 338.4 – Economics of publishing; 347 – Intellectual property and copyright law; 001.4 – Research methods and communication
Subject headings (LC or local): Open access publishing; Scholarly communication; Academic publishing–Economic aspects; Research–Finance–Great Britain.

6. Regional Applicability

Evidenced implementations: The UK framework is the primary case study, with UKRI’s open access policy, Jisc’s collective negotiations, and the Research Excellence Framework being key components . Other comparable national implementations include the US White House OSTP memo for immediate OA by 2026, Science Foundation Ireland’s policy, and Finland’s government-funded national Diamond OA publishing platform .

Climatic/geographic scope: [ ] Tropical [ ] Temperate [ ] Arid [ ] Arctic/sub-arctic [ ] Coastal [x] All

Political economy prerequisites:

• A functioning national research funding system with significant public investment.
• Political will among major funders and the government to enforce mandates.
• An organised academic community willing to advocate for and adopt new practices.

Contraindications:

• Nations where there is no government or institutional support for public research.
• A strong preference for the status quo among influential academic institutions and researchers, who may be invested in the prestige economy of “top” journals.
• Ineffective or dysfunctional systems for research governance.

7. Cost Estimate

Cost notes: The primary cost driver is the transition away from the current system. While APCs for Open Access publishing can be costly, and the total global cost of the transition is significant, this expenditure replaces the even larger and inequitable $19 billion global subscription market . The costs should be seen as a reinvestment in a more efficient and equitable system for a global public good.

Funding mechanisms used in existing implementations: Direct government budget allocation to funding agencies (e.g., UKRI ring-fences £3.5m for OA monographs ), global health funds, and institutional budgets.

8. Timescale Estimate

Time to initial implementation: 1-2 years for funders to adopt mandates (some deadlines are imminent, e.g., the US OSTP memo deadline of 2026 ).
Time to measurable impact: 3-5 years to see a significant increase in immediate open access for newly published research.
Time horizon of full benefit: 10-20+ years, as a fundamental shift in research culture and the publishing landscape will take time. Breaking up the monopoly will be a long-term process.
Short-term vs long-term tension note: There is significant short-term institutional and career pressure to publish in prestigious (and expensive) journals. The corporatisation of research assessment incentivises this behaviour . However, with funder mandates removing the choice of where to publish, and with reforms to research assessment, this pressure can be alleviated in the long term, creating a fairer and more accessible system.

9. Evidence Base

Primary source(s):

1. Larivière, V., Haustein, S., & Mongeon, P. (2015). The Oligopoly of Academic Publishers in the Digital Era. PLoS ONE 10(6): e0127502 .
2. Houghton, F. (2024). Gandy & ‘Books under threat’: A response. Area, 1-6 .
3. UK Research and Innovation. (2021). UKRI Open Access Policy .
4. Jisc. (2025). Next Generation Open Access Programme .
5. Research England. (2024). How to publish the findings of Research England-funded research .

Evidence quality: [x] Peer-reviewed [x] Grey literature [x] Practitioner case study [ ] Modelled projection

Known counter-evidence or limitations:
The primary limitation is the political and ideological challenge. The corporate publishers are extremely powerful, profitable, and well-lobbied . There is also strong path dependency and inertia within academia, with a deeply embedded prestige economy that rewards publishing in “top” journals, many of which are controlled by the corporate oligopoly. The transition also raises complex questions about who pays for Open Access and how to ensure that the system is equitable, particularly for authors without funding. However, the evidence base for the problem and the effectiveness of mandates is very strong, and the solution is gathering unprecedented political momentum.

Supporting media (external links only):

• https://www.ukri.org/what-we-do/supporting-healthy-research-and-innovation-culture/open-research/open-access-policies-review/implementing-our-open-access-policy/ – “Official UKRI page for implementing the open access policy, hosted by UKRI.” 
• https://www.jisc.ac.uk/next-generation-open-access – “Jisc’s Next Generation Open Access programme page, hosted by Jisc.” 
• https://sheffield.ac.uk/library/open-access/ukri-policy – “University of Sheffield’s practical guidance for researchers on the UKRI policy, hosted by the University of Sheffield.” 
• https://blog.mdpi.com/2026/06/30/open-access-in-the-uk/ – “MDPI’s overview of Open Access in the UK, hosted by MDPI.” 

Link verification date: 11/07/2026

10. Implementation Indicators

Output indicators:

• Percentage of UKRI-funded research articles published as immediate open access (baseline: 63% in 2022) .
• Percentage of UKRI-funded monographs, book chapters, and edited collections published as open access within 12 months.
• Number of UK universities complying with the REF open access policy.
• Global market share and profit margins of the “Big Five” publishers in the UK context.

Outcome indicators:

• Global subscription costs and profit margins of the “Big Five” publishers.
• Citations and reuse metrics for open access articles vs. paywalled articles.
• Access rates for researchers and institutions in low- and middle-income countries.
• Progress towards full, equitable, and sustainable open access for all UK publicly funded research.

Reporting mechanisms: UKRI, Jisc, and the UK’s four funding bodies for research assessment will monitor these indicators and report progress.

11. Related Entries

• [Solution Title: A Global Framework for Open Access to Publicly Funded Research] (This is the national complement to the global framework).
• [Solution Title: A National Strategic Framework for Invasive Species Control] (This solution is a prerequisite for the rapid sharing of research needed to combat all environmental problems).
• [Solution Title: Reforming Research Assessment Culture] (A complementary and essential policy shift to break the prestige economy).

ENTRY ID: GSTIA-CREATIVITY-001
Date added: 28/06/2026
Entry status: [ ] Draft [ ] Under review [x] Published
Submitted by: GSTIA Knowledge Curation Team

1. Solution Title

National Framework for Creativity-Centric Education

2. Step-by-Step Implementation Guide

A sequenced, actionable guide for a national government, ministry, or statutory body seeking to implement this solution. Steps should be in logical dependency order – later steps assume earlier ones are complete or underway.

Step 1 – Establish a National Commission on Creativity and Education
Form a cross-sectoral body comprising educators, business leaders, artists, scientists, and psychologists. Its mandate is to conduct a comprehensive review of the national curriculum and advise on the transition from the current industrial/academic model to a balanced, creativity-centric framework. This body should challenge the “academic illusion” that equates education solely with propositional knowledge and logico-deductive reasoning .

Step 2 – Re-balance the Curriculum Hierarchy
Dismantle the rigid hierarchy of subjects that places mathematics and languages at the apex and the arts at the bottom. This requires a formal policy stating that all subjects—including dance, drama, music, and the visual arts—are of equal educational value. This is not about devaluing traditional disciplines, but about correcting a systemic bias that marginalises vital forms of intelligence, such as kinesthetic and aesthetic thinking .

Step 3 – Reform Assessment and Testing
Move away from high-stakes, standardised testing as the primary measure of student and school success. Replace it with a broader assessment framework that includes portfolios of work, project-based evaluations, and peer review. This is critical because the current system “educates people out of their creative capacities” by stigmatising mistakes and rewarding only predictable, “correct” answers .

Step 4 – Invest in Teacher Training and Development
Teachers must be equipped to foster creativity, not just transmit knowledge. National teacher training programmes should be redesigned to include modules on creative pedagogy, recognizing diverse talents, and facilitating collaborative learning. Robinson argues that teachers should be “creative leaders” who set a climate for innovation, rather than function as command-and-control figures .

Step 5 – Integrate Creativity Across All Subjects
Mandate that creativity is not confined to art class but is a core skill to be developed in all disciplines. For instance, teaching science should involve experimental design and open-ended inquiry, not just the memorisation of facts. This operationalises Robinson’s definition of creativity as the “process of having original ideas that have value” .

Step 6 – Foster a Whole-School Culture of Innovation
Develop national guidelines for schools to operate as “organic” communities rather than “mechanistic” systems. This involves encouraging risk-taking, collaboration among staff, and bottom-up innovation from teachers. “The role of a creative leader is not ‘command and control’, it’s more like ‘climate control’” .

Step 7 – Establish Regional Creative Learning Networks
Create regional hubs that connect schools with local cultural institutions, businesses, and community organisations. These networks should facilitate the sharing of best practices, resources, and partnerships. Robinson emphasises that “education, business and the cultural sector face many common challenges [that] are compounded by the fact that they have so little contact with each other” .

Step 8 – Develop National Creative Credentials
Work with employers and higher education institutions to develop alternative credentials that recognise creative achievement alongside academic qualifications. This addresses “academic inflation” and ensures that creative abilities are valued in the job market. As Robinson notes, “the market value of degrees is tumbling. Something more is needed to edge ahead of the crowd” .

Step 9 – Launch a National Public Awareness Campaign
Promote the value of creativity through a sustained media campaign featuring successful individuals from diverse fields. This challenges the misconception that creativity is only for “special people” or “special activities” and encourages parents and communities to value diverse talents .

Step 10 – Establish a National Creativity Research and Evaluation Unit
Create a dedicated unit to monitor implementation, evaluate outcomes, and conduct ongoing research into creative pedagogy. This ensures the framework remains evidence-based and adaptable. The unit should report annually to parliament and the public .

3. Polycrisis Strand(s)

Select all that apply. For compound solutions, rank primary strand first. These 16 strands are the stable website navigation tags – use them as written. They are distinct from the Dewey Decimal classification in Section 5, which remains the permanent, externally citable reference.

Primary strand: Education
Interaction effects with other strands: This solution directly addresses Inequality by creating more equitable opportunities for diverse talents, reducing the educational attainment gap that disproportionately affects marginalised communities. It builds resilience against Digital infrastructure and AI disruption by developing uniquely human skills of creativity and adaptability that cannot be automated. It strengthens Governance, peace and conflict by fostering engaged, critical citizens capable of collaborative problem-solving and democratic participation. It supports Economic resilience by creating a more adaptable workforce capable of innovation in response to changing labour markets.

4. Scale Category

Notes on scale interaction: This is a national framework requiring policy changes at ministerial level. Its successful implementation depends on enabling community-level and school-level autonomy, as Robinson argues that real change often comes “from the ground up, not from the top down” . International exchange of best practices and research is essential for ongoing development.

5. Dewey Decimal Classification

Primary DDC: 370.1 — Education: Philosophy and theory
Secondary DDC(s): 153.35 — Creativity and creative thinking; 371.102 — Teaching and teaching skills; 379 — Public policy issues in education
Subject headings (LC or local): Educational change; Creative ability — Study and teaching; Educational reform; Holistic education; Curriculum planning — Government policy.

6. Regional Applicability

Evidenced implementations: Multiple U.S. school districts with progressive arts programmes; progressive schools in the UK (e.g., the Bradford Dance Academy model); the Finnish education system (known for its holistic, less test-focused approach); and various European countries with strong arts education traditions. Robinson cites examples globally in Out of Our Minds and Creative Schools.
Climatic/geographic scope: [ ] Tropical [ ] Temperate [ ] Arid [ ] Arctic/sub-arctic [ ] Coastal [x] All
Political economy prerequisites: Requires political will to move beyond the “standards culture” and standardised testing regimes. The ministry must be willing to grant greater autonomy to local schools and educators. A functioning national education infrastructure is essential.
Contraindications: Likely to face strong resistance from existing testing industries and political factions that view education solely as a pathway to measurable economic output. The book argues that these interests are a major obstacle to reform . May be difficult to implement in countries with highly centralised systems that lack local autonomy.

7. Cost Estimate

Cost notes: Primary costs are for teacher training and curriculum redesign, rather than physical infrastructure. Savings in the medium term may come from reduced drop-out rates, lower youth unemployment, and a more innovative economy. Costs can be offset by reallocating existing education budgets (moving funds from testing to teaching) and by reducing expenditure on remedial and criminal justice systems.
Funding mechanisms used in existing implementations: State education budgets (reallocation); National government innovation grants; International development funding (for low-income countries); Public-private partnerships with creative industries.

8. Timescale Estimate

Time to initial implementation: 6-12 months (to establish commission and design framework).
Time to measurable impact: 3-5 years (changes in student engagement, teacher satisfaction, and soft skills).
Time horizon of full benefit: 10-25 years (a generational shift in the workforce and society).
Short-term vs long-term tension note: Mandatory — There is a significant short-term cost and political risk in moving away from standardised testing, which provides easily measurable data for politicians. Current actors (politicians, testing companies, some parents) bear the cost of transition and may experience uncertainty during the reform period. However, the long-term benefits of a creative, adaptable, and fulfilled population are immeasurable and essential for national resilience and prosperity. Robinson argues that “we will not succeed in navigating the complex environment of the future by peering relentlessly into a rear-view mirror” .

9. Evidence Base

Primary source(s): Robinson, K. (2011). Out of Our Minds: Learning to be Creative (2nd ed.). Capstone. ; Robinson, K., & Aronica, L. (2015). Creative Schools: The Grassroots Revolution That’s Transforming Education. Viking. ; Robinson, K. (2006). Do Schools Kill Creativity? [Video]. TED Conferences. ; The Bradford Dance Academy case study (Chapter 5) ; OECD education reports on creativity and innovation in education.
Evidence quality: [ ] Peer-reviewed [x] Grey literature [x] Practitioner case study [ ] Modelled projection
Known counter-evidence or limitations: The approach is non-prescriptive, making it difficult to implement in highly centralised systems that lack local autonomy. The “evidence base” is largely qualitative and based on case studies from progressive schools (e.g., the Bradford Dance Academy), which may not be easily replicable in under-resourced schools. Quantitative evidence linking creativity education to long-term economic outcomes is limited. Implementation requires sustained political commitment across multiple election cycles, which is challenging to maintain.
Supporting media (external links only): [Optional. Link to photographs, video, diagrams, or data visualisations hosted on the source organisation’s own site, a reputable media outlet, or an official project page. Do not upload or embed images directly – the library links to evidence, it does not host it. For each link, note in one phrase what it shows and who hosts it.]

• https://www.ted.com/talks/ken_robinson_do_schools_kill_creativity – “Ken Robinson TED Talk on creativity in education, hosted by TED”
• https://www.danceunited.co.uk/ – “Dance United Bradford Academy programme information, hosted by Dance United”
• https://www.oecd.org/education/ – “OECD education reports on creativity and innovation, hosted by OECD”
  Link verification date: 28/06/2026

10. Implementation Indicators

Output indicators: Number of teachers trained in creative pedagogy; Number of schools implementing the new curriculum; Percentage of curriculum time allocated to arts and humanities; Number of regional Creative Learning Networks established; Number of alternative credentials developed and recognised.
Outcome indicators: Rates of student disaffection and drop-outs; Youth employment rates; National innovation indices (e.g., patent applications, new business starts); Student self-assessment of creativity and well-being; Teacher retention and satisfaction rates; International comparisons of creative and critical thinking skills (e.g., PISA creative thinking assessments).
Reporting mechanism: National annual education reports including both quantitative measures and qualitative case studies (interviews with students, teachers, parents, employers). The National Creativity Research and Evaluation Unit should produce an annual public report to parliament.

11. Related Entries

• GSTIA-CREATIVITY-002 : Personal Creativity Reclamation Protocol (for individual development)
• GSTIA-CREATIVITY-003 : City-Wide Creative Learning Ecosystem (for urban implementation)
• GSTIA-CREATIVITY-004 : Community-Based Creative Resilience Programme (for local implementation)
• GSTIA-COMMUNITY-003 : Community Arts and Youth Diversion (based on the Bradford Dance Academy model)

GSTIA Open Library entries are curated, not peer-reviewed in the academic sense. The institute’s commitment is to honest, evidence-grounded representation of what works, where, at what cost, and over what timescale – including where the evidence is weak or contested.

ENTRY ID: GSTIA-CREATIVITY-001
Date added: 19/06/2026
Entry status: [ ] Draft [ ] Under review [x] Published
Submitted by: GSTIA Knowledge Curation Team

1. Solution Title

National Framework for Creativity-Centric Education

2. Step-by-Step Implementation Guide

A sequenced, actionable guide for a national government, ministry, or statutory body seeking to implement this solution. Steps should be in logical dependency order — later steps assume earlier ones are complete or underway.

Step 1 — Establish a National Commission on Creativity and Education
A cross-sectoral body should be formed, comprising educators, business leaders, artists, scientists, and psychologists. Its mandate is to conduct a comprehensive review of the national curriculum and advise on the transition from the current industrial/academic model to a balanced, creativity-centric framework. This body should challenge the “academic illusion” that equates education solely with propositional knowledge and logico-deductive reasoning .

Step 2 — Re-balance the Curriculum Hierarchy
Dismantle the rigid hierarchy of subjects that places mathematics and languages at the apex and the arts at the bottom. This requires a formal policy stating that all subjects—including dance, drama, music, and the visual arts—are of equal educational value. This is not about devaluing traditional disciplines, but about correcting a systemic bias that marginalizes vital forms of intelligence, such as kinesthetic and aesthetic thinking .

Step 3 — Reform Assessment and Testing
Move away from high-stakes, standardized testing as the primary measure of student and school success. Replace it with a broader assessment framework that includes portfolios of work, project-based evaluations, and peer review. This is critical because the current system “educates people out of their creative capacities” by stigmatizing mistakes and rewarding only predictable, “correct” answers .

Step 4 — Invest in Teacher Training and Development
Teachers must be equipped to foster creativity, not just transmit knowledge. National teacher training programs should be redesigned to include modules on creative pedagogy, recognizing diverse talents, and facilitating collaborative learning. Robinson argues that teachers should be “creative leaders” who set a climate for innovation, rather than function as command-and-control figures .

Step 5 — Integrate Creativity Across All Subjects
The framework should mandate that creativity is not confined to art class but is a core skill to be developed in all disciplines. For instance, teaching science should involve experimental design and open-ended inquiry, not just the memorization of facts. This operationalizes Robinson’s definition of creativity as the “process of having original ideas that have value” .

Step 6 — Foster a Whole-School Culture of Innovation
Develop national guidelines for schools to operate as “organic” communities rather than “mechanistic” systems. This involves encouraging risk-taking, collaboration among staff, and bottom-up innovation from teachers. “The role of a creative leader is not ‘command and control’, it’s more like ‘climate control’” .