Deprecated: Unparenthesized `a ? b : c ? d : e` is deprecated. Use either `(a ? b : c) ? d : e` or `a ? b : (c ? d : e)` in /home/sciehar4/ on line 446
Canadian Science Policy Centre | Role of Open Science in Innovation for Development

Role of Open Science in Innovation for Development

Conference Day: 
November 26

Widespread access to the Internet is opening up new opportunities for innovation and scientific discovery. At the same time, online science platforms and network tools are reorganizing scientific practices and collaboration, allowing initiatives such as, crowd sourced data collection, citizen science, open access to research results, open educational resources,and open research data to converge.

The result is the growing trend of open science, which promises to speed up the process of discovery, while making research more transparent and reproducible. There is also growing support that publicly funded research should be publicly accessible and that open access and open data could maximize return on research investment through more inclusive and open innovation and other unintended benefits, while empowering citizens to be active knowledge seekers and knowledge producers. The recently announced Tri-Agency policy on Open Access and the government of Canada’s commitment to Open Science are clear signal of this converging trend.

In the development context, open science promises additional benefits, including the equitable participation of researchers from the global South, and the potential of more inclusive ways of knowing, as well as the equitable contribution by Southern researchers in both the framing and the search for solutions to relevant problems that have local impact.

Several advances and innovations, for instance in the field of mobile-health (m-health), have been driven by organizations from the global South where mobile connectivity is growing, offering opportunities to expand the reach of overburdened healthcare systems. Local participatory research such as that conducted by the New Rice for Africa (NERICA) project involved farmers at all stages and accelerated the experimentation phase to get improved crops out of the laboratory and into large-scale production by an average of seven years.

It is against this background that the Open and Collaborative Science in Development Network (OCSDNet) was launched in July, 2014. Funded by Canada’s International Development Research Centre and United Kingdom’s Department for International Development, the OCSDNet’s main objective is to gather evidence on whether, and if so how, open science could lead to new thinking and locally driven innovations for addressing persistent development challenges.

The proposed panel is designed to stimulate debate about the implications of open models of scientific practices for innovation in the contexts of both developing and developed countries, and to highlight how Canadian researchers are engaging in these issues. Key opportunities, including incentive and institutional and policy frameworks, will also be debated

Takeaways and recommendations: 
  • Work with universities from the Global South help them acquire the tools and skills to establish online institutional repositories, open archives and local journals
  • Support a pan-African open archive based on open source software
  • Rethink the incentive and reward structure of research funding and who sets the standards for the tools and for the quality of research
  • Open Science is a commitment to the idea of science for the public good. This is particularly important for citizens in the Global South.
  • Open access and open science calls for new forms of governance, institutions and sustainability models
  • Article processing fees provide a sustainable business model for open access journals but there are challenges
Session Report: 
Shifting the power structure of global scientific publishing

Panel: Role of Open Science in Innovation for Development
Organized by International Development Research Centre (IDRC)
CSPC 2015: November 26, 2015

Moderator: Naser Faruqui, Director of Technology and Innovation, IDRC; Panelists: Leslie Chan, Associate Director, Centre for Critical Development Studies, University of Toronto Scarborough; Suzanne Kettley, Executive Director, Canadian Science Publishing; Florence Piron, Professor, Department of Information and Communication, Université Laval

The policy issue:

Open science promises to speed up the process of discovery and innovation, while making research more transparent and reproducible. The recently announced Tri-Agency and IDRC policies on open access and the government of Canada’s commitment to open science are clear signals of this growing trend to open access and open data. But what are the implications of open models of scientific practices for innovation in developing countries?

It is against this background that the Open and Collaborative Science in Development Network (OCSDNet) was launched in July, 2014. Funded by IDRC and the U.K.’s Department for International Development, the OCSDNet is a network of 12 research projects led by teams in countries from the Global South. The teams are gathering evidence on how open science could lead to new thinking and locally driven innovations for addressing persistent development challenges. 

The options:

French-speaking universities in Africa face more hurdles than most when it comes to adopting and benefiting from open access. Speaking in French, Piron said it was widely thought that “open access would change everything” for these universities, but problems persist, including the “cognitive injustice” behind world science.

Piron co-leads an OCSDNet project that is analyzing the barriers to the adoption of open science by graduate students. Open Science in Haiti and Francophone Africa (SOHA) believes open and collaborative science (open access to scientific publications, open access journals, open archives, data and bibliographies sharing, public engagement with civil society, citizen science, science shops) can become a major tool of empowerment for developing countries.

Piron explained how open science facilitates access to science by students, researchers, public officials, teachers, and among civil society. It also makes local knowledge and science produced in the Global South more visible and accessible, helping to build local research capacity and thus contributing to cognitive justice.

African universities face several challenges, including a dearth and/or underutilization of computers and collaborative platforms in academia, the high cost of journal subscriptions and high fees to publish scientific papers in open access journals (on average $2500).

“Article processing charges (APCs) are a new barrier, a new form of cognitive injustice,” she said. “Promoting APCs as an open access road is tantamount to once again forgetting about African researchers’ working conditions.”

SOHA proposes a different approach that sees researchers post their articles in “green” online institutional repositories (managed by university libraries) or open archives. For example, SOHA is working with the African and Malagasy Council for Higher Education to build a pan-African archive based on open source software and improve skills in areas like distance learning, open source software, blog writing, Wikipedia contributions and collaborative writing.

Chan is the primary investigator of OCSDNet which promotes more knowledge sharing with the north and between southern countries. He said it’s important to open up not just the literature, but the entire research process, including data, methods and collaboration tools. He also called for greater participation by citizens and non-specialists in the research process. “Incorporating people’s ideas into the research agenda is critical.”

New collaborative platforms are also changing how data are collected and shared. For example, a Kenyan tech innovation hub developed a crowdsourcing platform that allowed people to send texts on where violence was occurring after the 2007 election. That mapping technology, called Ushahidi, is now being used by aid agencies in other countries to help with disaster relief.

“The capacity to develop, use and create these kinds of platforms is absolutely important,” said Chan. “It’s a new approach that allows for local capacity building. The journal is a 17th century artifact. We should go beyond the old technology and take full advantage of what network technologies have to offer.”

Chan suggested new incentives are needed to entice researchers to adopt open access. “We need to think about how we can communicate in different ways with different channels and tools. For example, more researchers are blogging. Why can’t the system reward this type of information-sharing?”

Speaking as a not-for-profit journal publisher, Kettley contrasted the utopian vision of open access that sees publishers making research articles freely available, with the commercial realities of these, which rely on APCs to stay in business.

She admitted the model comes with challenges. Money for APCs is typically taken from existing research or library budgets, and publishers use a flat-fee model that sees the same fee charged whether the paper is long or short.

“The (APC) model has resulted in some collateral damage,” said Kettley. Unscrupulous predatory organizations claim their publications do peer review and may charge authors up to $500 for that non-existent service. Library budgets are also taking a hit as large commercial publishers bundle multiple titles. The price per title goes up if libraries pick-and-pay for only the journals they want. This “big deal” leaves very little money to pay for open access publishing.

Kettley said publishers, librarians, granting agencies and societies have begun working together on standards and sustainable solutions for open access. Examples include: SCOAP3, Open Library of Humanities, Open Access Network and CRKN/Érudit.

She added that her company, Canadian Science Publishing (CSP), is about to launch two open access journals with an APC model, though fees will be waived until July 1, 2016. However, she highlighted that CSP is interested in collaborative models to fund these journals in the long-term and “as a not-for-profit publisher, CSP wants to be part of the solution.”



IDRC’s Open Access Policy;

Tri-Council Open Access Policy;




Director of Technology and Innovation

Naser Faruqui, an environmental engineer and water specialist, is the Director of Technology and Innovation at IDRC where he leads a global team that helps developing countries use science, technology, and innovation for sustainable and equitable... [ READ MORE ]


Associate Director
University of Toronto Scarborough, Centre for Critical Development Studies

Leslie Chan is the Associate Director of the Centre for Critical Development Studies (CCDS) at the University of Toronto Scarborough, where he teaches courses on knowledge and media for development. Leslie has a long standing research interest in... [ READ MORE ]

Executive Director
Canadian Science Publishing

Suzanne Kettley is a scientific publishing professional with more than two decades of experience and is the Executive Director of Canadian Science Publishing (CSP), Canada’s largest scientific publisher. A practitioner of change leadership, in... [ READ MORE ]

Université Laval, Department of Information and Communication

Florence Piron, an anthropologist and ethicist, is a full professor at Université Laval, Department of Information and Communication, where she teaches critical thinking through courses on ethics, democracy and citizenship. Founding president of... [ READ MORE ]