Innovations in youth employment programs are critical to addressing this enormous development challenge effectively. Rapid progress in digital technology, behavioral economics, evaluation methods, and the connectivity of youth in the developing world generates a stream of real-time insights and opportunities in project design and implementation. Part of the challenge is the sheer number of projects (just in Egypt, there are over 180 youth employment programs). And even without being aware, projects often innovate out of necessity in response to situations they face on the ground. But innovations need to be tested in different country contexts to be able to make an impact at scale.
Through the new Solutions for Youth Employment (S4YE) report, our team ventured to curate a few such ongoing innovations as they were being implemented through S4YE’s Impact Portfolio — a group of 19 youth employment projects from different regions being implemented by different partners across the globe. This network of youth employment practitioners serves as a dynamic learning community and laboratory for improving the jobs outcomes of youth globally.
William Young, Lead Water Resources Management Specialist, the World Bank
The Ganges Basin in South Asia is home to some of the world’s poorest and most vulnerable communities. Annual floods during monsoon season cause widespread human suffering and economic losses. This year, torrential rains and catastrophic floods affected more than 45 million people, including 16 million children. By 2030, with ongoing climate change and socioeconomic development, floods may cost the region as much as $215 billion annually.
A new report, Flood Risk Assessment and Forecasting for the Ganges-Brahmaputra-Meghna River Basins, summarizes two recent initiatives aiming to reduce these flood losses: a flood risk assessment for the Ganges Basin and an improved flood forecasting system for the Ganges-Brahmaputra-Meghna basins.
Economic research is essential for designing and implementing evidence-based solutions to improve job opportunities. In a recent conference organized by the World Bank and IZA, researchers from around the world presented over 30 research papers on important labor topics such as migration, gender, youth employment, and labor policies in low-income countries. Here is an illustrative sample of four innovative works presented during the conference.
But how confident are we that the available data on economic activity paints an accurate picture of a country’s performance?
Measuring Gross Domestic Product (GDP), the most standard measure of economic activity, is especially challenging in developing countries, where the informal sector is large and institutional constraints can be severe.
In addition, many countries only provide GDP measures annually and at the national level. Not surprisingly, GDP growth estimates are often met with skepticism.
New technologies offer an opportunity to strengthen economic measurement. Evening luminosity observed from satellites has been shown to be a good proxy for economic activity.
As shown in Figure 1, there is a strong correlation between nightlight intensity and GDP levels in South Asia: the higher the nightlight intensity on the horizontal axis, the stronger the economic activity on the vertical axis.
However, measuring nightlight is challenging and comes with a few caveats. Clouds, moonlight, and radiance from the sun can affect measurement accuracy, which then requires filtering and standardizing.
On the other hand, nighlight data has a lot advantages like being available in high-frequency and with a very high spatial resolution. In the latest edition of South Asia Economic Focus, we use variations in nightlight intensity to analyze economic trends and illustrate how this data can help predict GDP over time and across space.
“At 14:28:04 on May 12, 2008, an 8.0 earthquake struck suddenly, shaking the earth, with mountains and rivers shifted, devastated, and parted forever….” This was how China’s official report read, when describing the catastrophic consequences of the Sichuan earthquake, which left 5,335 students dead or missing.
Just two years ago, in Nepal, on April 25, 2015, due to a Mw 7.8 earthquake, 6,700 school buildings collapsed or were affected beyond repair. Fortunately, it occurred on Saturday—a holiday in Nepal—otherwise the human toll could have been as high as that of the Sichuan disaster, or even worse. Similarly, in other parts of the world—Pakistan, Bangladesh, Philippines, Haiti, Ecuador, and most recently Mexico—schools suffered from the impact of natural hazards.
Why have schools collapsed?
Did you know that Bangladesh is the 2nd largest non-EU exporter of bicycles to the EU and the 8th largest exporter overall?
Bicycles are the largest export of Bangladesh’s engineering sector, contributing about 12 percent of engineering exports.
This performance is in large part due to the high anti-dumping duty imposed by the EU against China.
Recently, the EU Parliament and the Council agreed on EU Commission’s proposal on a new methodology for calculating anti-dumping on imports from countries with significant market distortions or pervasive state influence on the economy.
This decision could mean that the 48.5 percent anti-dumping duty for Chinese bicycles may not end in 2018 as originally intended. China is disputing the EU’s dumping rules at the World Trade Organization.
As the global bicycle market is expected to grow to $34.9 billion by 2022, Bangladesh has an opportunity to diversify its exports beyond readymade garments. Presently, Bangladesh is the 2nd largest non-EU exporter of bicycles to the EU and the 8th largest exporter overall.
However, if the EU anti-dumping duty against China is reduced or lifted after 2018, Bangladesh’s price edge might be eroded.
Bangladeshi bicycle exporters estimate that without anti-dumping duties, Chinese bicycles could cost at least 10-20 percent less than Bangladeshi bicycles on European markets. And Chinese exporters can ship bicycles to the EU market with 35-50 percent shorter lead times.
So, how can Bangladeshi bicycles survive and grow?
When Prime Minister Narendra Modi launched the Swachh Bharat Mission in 2014, it marked the beginning of the world’s largest ever sanitation drive. Now, a 2017 survey by the Quality Council of India finds that access to toilets by rural households has increased to 62.45 per cent, and that 91 per cent of those who have a toilet, use it. Given India’s size and diversity, it is no surprise that implementation varies widely across states. Even so, the fact that almost every Indian now has sanitation on the mind is a victory by itself.
Achieving a task of this magnitude will not be easy. Bangladesh took 15 years to become open defecation free (ODF), while Thailand took 40 years to do so. Meeting sanitation targets is not a one-off event. Changing centuries-old habits of open defecation is a complex and long-term undertaking.
“200 pieces of Selfie are ready, please call them to collect,” Nurjahan, an entrepreneur selling a local brand “Selfie” shoes, tells her husband to call a local shop owner to pick up his order.
We recently visited Bhairab to get a first-hand look at one of the important industrial clusters in Bangladesh, where Nurjahan’s shoe microenterprise is located.
Bhairab is about 85-kilometer from the capital Dhaka, and its shoe cluster is well organized into around 7,000 factories of which 40 percent are micro factories (employing between two to seven workers). They are mostly family-run, producing low-cost shoes, mostly for the local market at prices as low as just Tk100 – or around $1.25 a pair. Virtually none of these factories have access to bank financing, although some access credit from NGOs. In Nurjahan’s shoe factory, about 45 women and 12 men work in five sheds. Over the last 30 years, her micro business has grown into a small enterprise.
Deepening connectivity and economic linkages between India and Bangladesh will be critical for the success of India’s ‘Act East’ policy.
Here are five priority areas that have the potential to change the economy of Northeast India:
1. Transport Connectivity
After 1947, Northeast (NE) India has had to access the rest of India largely via the “Chicken’s Neck” near Siliguri, greatly increasing travel times. Traders travel 1600 km from Agartala (Tripura) to Kolkata (West Bengal) via Siliguri to access Kolkata port. Instead, they can travel less than 600 kms to reach the same destination via Bangladesh, or even better, travel only 200 km to access the nearby port of Chittagong in Bangladesh.
This is set to change as close cooperation between Bangladesh and India (including various ongoing initiatives such as the transshipment of Indian goods through Bangladesh’s Ashuganj port to Northeast India, expanding of rail links within Northeast India and between the two countries, the BBIN Motor Vehicles Agreement) can dramatically reduce the cost of transport between Northeast India and the rest of India.
The resultant decline in prices of goods and services can have a strong impact on consumer welfare and poverty reduction in the Northeast. Such cooperation also opens up several additional possibilities of linking India with ASEAN via Myanmar.
Moving forward, expanding direct connectivity between NE India and the rest of India via Bangladesh, while giving Bangladesh similar access to Nepal and Bhutan via India, is critical.
2. Digital Connectivity
Broadband connectivity of 10 gbps is now being provided from Bangladesh’s Cox’s Bazar to Tripura and beyond, to help improve the speed and reliability of internet access in NE India. Bangladesh has the capacity to provide more.