And power outages across the country have gone down drastically over the past few years.
After peaking in 2006, per capita electricity consumption failed to grow for almost a decade, remaining only one-fifth the average for other middle-income countries in 2014.
Fittingly, my new report
The study sheds new light on the overall societal costs — not merely the fiscal costs as in previous research — of subsidies, blackouts and other distortions in the power sector.
To that end, my team and I surveyed Pakistan's entire supply chain from upstream fuel supply to electricity generation, transmission and distribution, and eventually, down to consumers.
Put simply, the numbers we found are dire.
Problems begin upstream, where gas underpricing encourages waste and reduces incentives for gas production and exploration.
And with no recent significant gas discoveries, higher gas usage has widened the gap between growing demand and low domestic supply.
On top of that, the volume of gas lost before reaching consumers reached 14.3 percent in fiscal year 2015. By comparison, this number is about 1 to 2 percent in advanced economies.
Poor transmission contributed to 29 percent of the electricity shortfall in fiscal year 2015, while weak infrastructure, faulty metering and theft cause the loss of almost a fifth of generated electricity.
Electricity underpricing and failure to collect electricity bills have triggered a vicious “circular debt” problem, leading to power outages.
A lack of grid electricity also leads to greater use of kerosene lamps that cause indoor air pollution and its associated respiratory infections and tuberculosis risks.
Lack of access to reliable electricity also adversely impact children’s study time at night, women’s labor force participation, and gender equality.
An ever-growing urban population with overflowing and at times chaotic vehicular traffic can make life difficult even for the most well-abled pedestrian.
The challenges become higher for a person with a disability.
‘How can I go out of my home?’ asks Tajkia Mariam Jahan, a wheelchair user from Dhaka, who was confined to her home for seven years due to the road environment.
The city roads are unwelcoming not only for people in a wheelchair like her but also for persons with all types of disabilities.
Hawa Aktar, a woman with hearing impairment, needs clear, visible signs and signals on road crossings and from vehicles. And Bashir Uddin Molla, a student with visual impairment, needs sounds and guidance when she is walking.
None of these facilities are available to people with disabilities living in Dhaka.
It’s nearing sunset near the town of Hathras in India’s state of Uttar Pradesh, home to 220 million people—more than the entire population of Brazil.
Through these efforts, DFC is expected to improve transport and trade logistics – bringing much needed jobs, connectivity, and urbanization opportunities to some of India’s poorest provinces – including Bihar and Uttar Pradesh while helping protect the environment. The electric locomotives will help ease India’s energy security issues and escalating concerns about traffic accidents, congestion, carbon emissions, and pollution created by road traffic.
Near Hathras and simultaneously in different sites in the country, workers equipped with modern equipment and techniques efficiently lay 1.5 km of new track per day in different weather conditions.
The 2016 monsoon was much heavier than usual affecting almost all of Bhutan, especially in the south.
Landslides damaged most of the country’s major highways and smaller roads. Bridges were washed away, isolating communities.
The Phuentsholing -Thimphu highway which carries food and fuel from India to half of Bhutan was hit in several locations, and the Kamji bridge partially collapsed, setting residents of the capital city and nearby districts into panic for fear of food and fuel shortages.
Overall the floods drove down Bhutan’s gross domestic product by 0.36 percent.
Home to Afghanistan, Bangladesh, Bhutan, India, Maldives, Nepal, Pakistan, and Sri Lanka, South Asia is one of the world’s most dynamic regions.
It's also one of the least integrated.
A few numbers say it all: Intra-regional trade accounts for only 5 percent of South Asia’s total trade; Intra-regional investment is smaller than 1 percent of overall investment.
This blog is based on the report The Web of Transport Corridors in South Asia -- jointly produced with the Asian Development Bank, the United Kingdom’s Department for International Development, and the Japan International Cooperation Agency
One of the oldest, the Grand Trunk Road from the Mughal era still connects East and West and in the 17th century made Delhi, Kabul and Lahore wealthy cities with impressive civic buildings, monuments, and gardens.
In India alone—and likely bolstered by the successful completion of the Golden Quadrilateral (GQ) highway system—several transport proposals extending beyond India’s borders are now under consideration.
They include the International North-South Transport Corridor (INSTC), linking India, Iran and Russia, the Asia-Africa Growth Corridor, and the Bangladesh, China, India, and Myanmar (BCIM) economic corridor.
The hope is that these transport corridors will turn into growth engines and create large economic surpluses that can spread throughout the economy and society.
These two cities are the economic hubs of China and India respectively, two emerging global powers.
The distance between them, about 5,000 kilometers, is not much greater than the distance between New York and Los Angeles.
But instead of crossing a relatively empty continent, a corridor from Shanghai to Mumbai—via Kunming, Mandalay, Dhaka, and Kolkata—would go through some of the most densely populated and most dynamic areas in the world, stoking hopes of large economic spillovers along its alignment.
“Build and they will come” seems to be the logic underlying many massive transport investments around the world.
However, the reality is that not all these investments will generate the expected returns.
Worse, they can become wasteful white elephants—that is, transport infrastructure without much traffic—that would cost trillions of dollars at taxpayers’ expense.
First, countries need to change the mindset that transport corridors are mere engineering feats designed to move along vehicles and commodities.
Second, sound economic analysis of how corridors can help spur urbanization and create local jobs while minimizing the disruptions to the natural environment, is key to developing successful investment programs.
Specifically, it is vital to ensure that local populations whose lives are disrupted by new infrastructure can reap equally the benefits from better transport connectivity.
For instance, more educated and skilled people can migrate to obtain better jobs in growing urban areas that are benefiting from corridor connectivity, while unskilled workers may be left behind in depopulated rural areas with few economic prospects.
But while corridors can create both winners and losers, well-designed investment programs can alleviate potential adverse impacts and help local people share the benefits more widely.
In that vein, India’s Golden Quadrilateral, or GQ highway system, is a cautionary tale.
No doubt, this corridor had a positive impact.
Economic activity along the corridor increased and people, especially women, found better job opportunities beyond traditional farming.
But this success came at a cost as air pollution increased in the districts near the highway.
This is a major tradeoff and one that was documented before in Japan when levels of air pollution spiked during the development of its Pacific Ocean Belt several decades ago.
Another downside is that the economic benefits generated by the GQ highway were distributed unequally in neighboring communities.
Had you looked across Shanghai's Huangpu River from west to east in the 1980s, you would mostly have seen farmland dotted with a few scattered buildings. At the time, it was unimaginable that East Shanghai, or Pudong, would one day become a global financial centre; that its futuristic skyline, sleek expressways, and rapid trains would one day be showcased in blockbusters like James Bond and Mission Impossible movies! It was also unimaginable that the Shanghainese would consider living in Pudong.
How wrong that would have been! Pudong is now hosting some of the world's most productive companies, and boosting some of the city's most desirable neighbourhoods. And Shanghai has become China's most important global city, lifting the entire hinterland with it.
The same potential for urban transformation exists in Bangladesh, across the Pragati Sarani Airport Road that divides Dhaka into its west and east.
Dhaka's population has grown from three million in 1980 to 18 million today and it continues to increase rapidly, which is a clear sign of success. However, Dhaka's development has been mostly spontaneous, with its urban infrastructure not keeping pace with its population growth.
Sri Lanka’s traditional lacework famously known as Beeralu is slowly moving into the spotlight of the global fashion industry. Udeni, who is a traditional Beeralu lace maker from Galle, learned the technique from her mother and developed it into a part-time business.
At the moment, she sells to buyers from Colombo who then sell her product internationally. She would like to export directly one day, but for the time-being, she must rely on “middlemen” because of the complexity of the export process. A major barrier is the lack of information on what government procedures apply in Sri Lanka before her product can even reach a foreign buyer.
Being unable to access information related to export and import procedures isn’t just a problem for entrepreneurs like Udeni, but a significant barrier for the entire Sri Lankan trading community. In a recent set of interviews conducted by the World Bank, every business interviewed said that personal experience was the leading source of information on import and export procedures. Only half said that they turn to government agencies for information, with concern expressed that the little information available online is often out of date, and spread across many websites.
To facilitate Foreign Direct Investment (FDI), Sri Lanka launched last week an innovative online one-stop shop to help investors obtain all official approvals. To mark the occasion, this blog series explores different aspects of FDI in Sri Lanka. Part 1 put forth 5 Reasons Why Sri Lanka Needs FDI. Part 3 will relate how the World Bank is helping to improve Sri Lanka’s enabling environment for FDI.
But it was not always the case.
. Others including Marubeni, Sony, Sanyo, Bank of Tokyo and Chase Manhattan Bank, had investments in Sri Lanka in the pipeline in the early 1980s.
All this changed when the war convulsed the country and derailed its growth. Companies left and took their foreign direct investments (FDI) with them.
In 2017, Foreign Direct Investment (FDI) into Sri Lanka grew to over $1,710 billion including foreign loans received by companies registered with the BOI, more than doubling from the $801 million achieved the previous year.
In May 2017, the World Bank celebrated its 15 years of reengagement in Afghanistan.
However, . As it happens, that information is important to design projects and inform policies.
Case in point: while we may have data on vaccines given or babies born, we don’t know much about the roads that lead to the clinic. Similarly, we may get data on school attendance and passing rates of students, but we don’t know how long it takes for students to reach their schools.
These examples highlight how . After all, each mapped kilometer of a road can help us understand how long Afghan children must walk to get to school or how long it takes sick Afghans to reach a hospital.
Without question, there is a clear need for better foundation data to inform decision making at all levels.