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Project

Catalyzing Open and Collaborative Science to Address Global Development Challenges
 

Project ID
107650
Total Funding
CAD 1,998,594.00
IDRC Officer
Ruhiya Seward
Project Status
Completed
End Date
Duration
36 months

Programs and partnerships

Networked Economies

Lead institution(s)

Project leader:
Angela H.S.C. Okune
Kenya

Project leader:
Leslie Kin Wai Chan
Canada

Summary

Climate change, environmental degradation, emerging infectious diseases, inadequate access to clean drinking water, and food insecurity affect all parts of the world. However, their impacts on developing economies are highly disproportionate with developed economies.Read more

Climate change, environmental degradation, emerging infectious diseases, inadequate access to clean drinking water, and food insecurity affect all parts of the world. However, their impacts on developing economies are highly disproportionate with developed economies. This project will explore the potential of open and collaborative science to address these development challenges.

Sound technology-based solutions
Addressing these challenges requires solutions that are relevant to developing country contexts. They must include the best tools and approaches that are quick to deploy and sustainable over time.

As the cost of computer hardware continues to drop and developing-country researchers get increased access to the Internet and mobile phones, each offers the potential for solving these development challenges by opening up the scientific process.

What is open science?
At the heart of the open science concept is the idea that scientific data, methods, and findings should be freely shared to encourage scientists and the public to collaborate on solving scientific problems.

Examples include crowdsourcing to map and monitor deforestation in Brazil to support conservation efforts in the Amazon. The human genome project is another example, where the open sharing of sequence data over the Internet encouraged innovations and spurred major growth in the biotechnology and biomedical industries. Similarly, in Accra, Ghana, carbon monoxide sensors, coupled with mobile phones and global positioning system trackers in taxis, are allowing city officials to generate real-time maps to identify areas with high pollution.

The costs and risks of open science
Very little is known about the added value and costs of opening up the scientific process, particularly with respect to scientific research for development challenges. Open science supporters herald its ability to accelerate the pace of scientific discoveries and make scientific processes more accessible, participatory, and locally relevant.

Critics raise the following risks:
-privacy;
-breakdown of incentive systems for those seeking to commercialize research results;
-potential for false conclusions based on unverifiable data sources; or
-use (or misuse) of data or findings by the public or commercial entities.

Evaluating whether open science can advance development goals

This research project will support a competitive call for proposals on the issue. The goal is to generate a set of locally relevant research studies that provides evidence on whether open approaches to science contribute to development goals, and if so, under what conditions.

The project will also build a community of open science research leaders in developing countries to advocate for evidence-based changes to science policy and practice. The University of Toronto Scarborough (Canada) and the Innovation Hub (Kenya) will coordinate the project.

Research outputs

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Book
Language:

English

Summary

Contextualizing Openness offers a fascinating look at Open Science and the democratization of knowledge in international development and social transformation with a focus on the Global South. This volume presents contri¬butions from the 12 projects that form the Open and Collaborative Science in Development Network (OCSDNet) organized around four central themes: Defining Open Sci¬ence in Development, Governing Open Science, Negotiat¬ing Open Science, and Expanding Open Science for Social Transformation. The collective goal is to illustrate how the opportunities and challenges associated with openness vary across regions and, further, to identify the key dif¬ferences that characterize the actors, institutions, as well as the infrastructure and governance of knowledge-based resources in highly diverse settings. To understand the movement toward Open Science and its impact on the thinking and practices that drive development, we must challenge the asymmetry of global knowledge production and of access to this knowledge. Contextualizing Open¬ness aims at stimulating further research and debates how to collectively design a knowledge system that is open and equitable for all.

Report
Language:

English

Summary

Inclusive open science involves negotiating and challenging power relations within social contexts, as well as among stakeholders and institutions that variously claim knowledge legitimacy and scientific “neutrality.” The Open and Collaborative Science in Development Network (OCSDNet) consisted of twelve international research teams located in Latin America, Africa, the Middle East and Asia. Teams explored the challenges and opportunities for an open and collaborative science, and the potential of open science to facilitate fair and sustainable development. This final progress report synthesizes insights and lessons learned following an analysis of 12 sub-projects over two years.

Author(s)
Amwayi, Jacob
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