On a visit this week to the Japanese coastal area of Yuriage, Teerayut Horanont peered through glasses at the quiet landscape that gives way to the Pacific Ocean. He didn’t just see the landscape – he saw the town that once thrived there.
An augmented reality tool installed in the glasses provided a visual overlay of what the area looked like before the 2011 Great East Japan Earthquake and Tsunami that devastated Yuriage and many other coastal communities in Japan.
Sometimes the impacts of disasters seem difficult to predict, such as when the heavy snow that set off deadly avalanches in Afghanistan this winter also damaged transmission lines, disrupting the flow of electricity imported from Uzbekistan and Tajikistan and resulting in power outages in Kabul. Other times the consequences seem almost inevitable, for example the likelihood of a devastating earthquake in the Ganges Basin of India, Nepal and Bangladesh within our lifetime.
There are, however, tools and models that allow us to determine the potential impacts of a disaster before they happen, and provide decision-makers with information they can use to reduce the potential impact.
Though the Indian government has steadily increased funding for its health sector, per capita allocation is still low; reform is thus critical to effectively utilize the available budget.
The underlying question is: Given a set of resources, how do you procure goods in a way that achieves value for money and maximum efficiency?
Drugs and medical supplies are not procured and distributed in time, and this interruption in the delivery of services in health facilities affect the general population’s health outcomes.
2015 forecasts for sales of technology devices indicate global stability as the market remains at around one trillion USD, where it has hovered for the last three years. However, the forecasts also predict shifts at the country level as the top ten largest growth markets will increase by over $10 billion. Emerging markets, in which both volume and pricing contribute to positive sales, will dominate this growth.
India will experience the highest growth rate, primarily driven by smartphones sales, followed by China. China's technology device market represents an interesting case study because it is predicted to grow by just $1.8 billion in 2015-- a mere 1% increase over the estimated 2014 total-- but that is still large enough for second place.
According the World Bank’s latest report on the state of Science, Technology, Engineering, and Mathematics (STEM) research in Africa, African researchers produce only 1 percent of the world’s research.
As shown in this video, unlocking the talent of women and girls could improve the quality and quantity of scientific research and tech innovation in Africa.
Conventional wisdom holds that Sub-Saharan African farmers use few modern inputs despite the fact that most growth-inducing and poverty-reducing agricultural growth in the region is expected to come largely from expanded use of inputs that embody improved technologies, particularly improved seed, fertilizers and other agro-chemicals, machinery, and irrigation. Yet following several years of high food prices, concerted policy efforts to intensify fertilizer and hybrid seed use, and increased public and private investment in agriculture, how low is modern input use in Africa really?
From my seat as an Education economist at the World Bank, I go through a number of strategies from countries and sectors in Africa outlining how best to achieve economic growth and development. I am repeatedly struck by a key question: Who will do it? Who will add value to African exports? Who will build? Who will invent? Who will cure? The answer is, of course, that graduates from African universities and training institutions should do it. But the problem is one of numbers and quality—there are simply not enough graduates in science, technology, engineering and math (STEM), and programs are of uneven quality.
Agricultural transformation is a priority for Africa. Across the continent, the significant information needs of farmers—accurate local weather forecasts, relevant advice on agricultural practices and input use, real time price information and market logistics—remain largely unmet. To the extent that rural regions are typically sparsely populated with limited infrastructure and dispersed markets, the use of innovative information and communication technologies (ICTs) overcome some of these information asymmetries and connect farmers to opportunities that weren't necessarily available to them earlier. Harnessing the rapid growth of digital technologies holds hope for transformative agricultural development.
After a slightly disappointing ‘wonkwar’ on migration, let’s try a less adversarial format for another big development issue: Transparency and Accountability. I have an instinctive suspicion of anything that sounds like a magic bullet, a cost-free solution, or motherhood and apple pie in general. So the current surge in interest on open data and transparency has me grumbling and sniffing the air. Are politicians just grabbing it as a cheap announcement in austere times? Does it contain some kind of implicit right wing assumptions (an individualist homo economicus maximising market efficiency through open data)? And is there any evidence that transparency actually has much impact on the lives of poor people (after all, the proponents of transparency and results-based agendas are often the same organizations, so I hope they are practicing what they preach….)
I put these fears to three transparency gurus, and here are their fascinating responses, striking in their quality and level of, well, openness. It’s a long read, but I hope you’ll agree, a worthwhile one. Think we’ll just stick with comments on this one – doesn’t feel like a vote would be useful (but let me know if you think otherwise)
This week marks the launch of the new, World-Bank supported Ethiopia Climate Innovation Center (CIC). The center joins a global network of CICs and is designed to support local Ethiopian businesses that are responding to the challenges of climate change by providing mentorship, financing, access to markets, and policy support.