A new study was recently carried out by the Water Global Practice’s Water and Sanitation Program on how to unlock the potential of Information and Communications Technology (ICT) to improve Water and Sanitation Services in Africa. The study suggests that promoting public participation and creating a system of transparency and accountability is critical to improve water and sanitation services to the poor  – as identified in earlier studies on the characteristics of well-performing public water utilities. The experiences and lessons learned from the study indicate the following six key ways on how to support the design and implementation of ICT tools to strengthen consumer voice and citizen engagement in the water and sanitation sector.
“Every time I see a problem, I create a social business to solve it,” renowned Nobel Prize laureate Muhammad Yunus said to an overflowing room at the World Bank Group’s Headquarters in Washington, DC this summer. “Set up a social business.”
“The poor are like Bonsai trees,” the founder of Grameen Bank explained, “When you plant the best seed of the tallest tree in a six-inch-deep flower pot, you get a perfect replica of the tallest tree, but it is only inches tall. There is nothing wrong with the seed you planted; only the soil-base you provided was inadequate. Poor people are bonsai people. There is nothing wrong with their seeds. Only society never gave them a base to grow on."
The United Nations (UN) has developed a set of action-oriented goals to achieve global sustainable development by 2030. The 17 Sustainable Development Goals (SDGs) were developed by an Open Working Group of 30 member states over a two-year process. They are designed to balance the three dimensions of sustainable development: the economic, social and environmental.
To help meet the goals, UN member states can draw on Open Data from governments — that is, data that is freely available online for anyone to use and republish for any purpose. This kind of data is essential both to help achieve the SDGs and to measure progress in meeting them.
Achieving the SDGs
Open Data can help achieve the SDGs by providing critical information on natural resources, government operations, public services, and population demographics. These insights can inform national priorities and help determine the most effective paths for action on national issues. Open Data is a key resource for:
- Fostering economic growth and job creation. Open Data can help launch new businesses, optimizing existing companies’ operations, and improve the climate for foreign investment. It can also make the job market more efficient and serve as a resource in training for critical technological job skills.
- sustainable development goal
- sustainable development goals
- open data
- Open Data initiative
- Open Data Ecosystem
- Open Data for Business
- Open Data for Development
- Urban Development
- Social Development
- Public Sector and Governance
- Private Sector Development
- Migration and Remittances
- Labor and Social Protection
- Global Economy
- Climate Change
- Agriculture and Rural Development
- Information and Communication Technologies
The World Bank is working toward two incredibly ambitious goals: ending extreme poverty by 2030 and ensuring shared prosperity for the bottom 40% of the population in each developing country. To achieve these goals will take not only the World Bank Group, the United Nations and all the national and multilateral development agencies, it will take all of us.
High income economies are dominating global innovation. Led by Switzerland, the top 10% are outpacing the rest in innovation as measured by the 2014 Global Innovation Index. This rich-poor innovation divide is striking with a handful of high income countries, mostly in Europe accounting for most of the top 10%. The bottom quintile consists of predominantly low income economies with more than half from Sub Saharan Africa.
The top innovating economies rate strongly on the quality of their institutions including a stable political environment and an effective regulatory and business environment. They benefit from and continue to invest heavily in human capital, research and development and infrastructure. They score highly on business and market sophistication – good management is fundamental for private sector innovation. They have also established most if not all of the elements of a successful innovation ecosystem. These countries consequently dominate in knowledge outputs including on most measures of knowledge creation, impact and diffusion as well as in technology and creative outputs.
It is difficult to imagine that poor countries or emerging markets without innovation will be able to catch up and become high-income economies in the 21st Century, an era already characterized by previously unimaginable technological progress and, importantly, international diffusion. Populations in these countries are in dire need of innovative solutions to deliver clean water and energy, health and education services, better housing, sanitation and transportation and increased food production while battling the adverse impacts of climate change. These economies need to create jobs for millions of unemployed youth leveraging the benefits of an increasingly digital global economy.
What can be done to bridge this yawning innovation and competitiveness gap?
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John Grunsfeld, former NASA Chief Scientist and veteran of five Space Shuttle flights, had several chances to look down at Earth, and noticed how poverty can be recognized from far away. Unlike richer countries, typically lined in green, poorer countries with less access to water are a shocking brown color. During the night, wealthier countries light up the sky whereas nations with less widespread electricity look dim.
Dr. Grunsfeld’s observation might have important implications. Pictures from satellites could become a tool to help identifying where poverty is, by zooming in to the tiniest villages and allowing a constant monitoring that cannot be achieved with traditional surveys.
Impact evaluations are key to how we think about development. Pilot programs suggesting statistically significant impacts are hailed as breakthroughs and as candidates for scaling up. Programs without such clear impact tend to be looked down upon and may be terminated. This may not be warranted. A primary function of impact evaluations should be to improve existing programs, especially in fields where evidence of positive impacts remains scarce. The experience of OLE Nepal, which is part of the OLE network and aims to improve learning and teaching through technology, is instructive in this regard.
Kazakh scientists navigate this winding, unpredictable road for years and generally come to the realization that great scientific research is not enough in itself. Too often, they face a lack of support when it comes to applying the results of their scientific research in a useful, practical way.
Fortunately, a team of Kazakh scientists at the Private Entity Institute of Polymer Materials and Technology in Almaty has had a somewhat more positive experience. This team has been working on a truly innovative project: developing a solution to improving the recovery of oil from old oil wells in Kazakhstan.
But why, you might ask?
“What are you waiting for? Get out there and create your future”. This conveys the spirit of Mohammed Yunus’ lecture last week at the World Bank. His messages on social business and entrepreneurship raised a number of questions as to how we think about education, skills, employment and the future prospects of youth in the world.