The Latin America and the Caribbean region is crying out for infrastructure improvements. An investment estimated at 5 percent of the region’s GDP — or US$250 billion per year — is required to develop projects that are fundamental for economic development. This includes not only improving highways, ports and bridges, but also building hospitals and creating better transport, public transit and other mobility solutions for smarter cities. Rising demand for infrastructure also is prompting countries to redouble efforts to attract greater private investment
At the Multilateral Investment Fund (MIF), as at the World Bank Group, we believe that public-private partnerships (PPPs) can help governments fill this infrastructure gap. However, the projects must be implemented effectively and efficiently to achieve social and economic objectives.
Governments in the Latin America and the Caribbean region not only lack financing to address the infrastructure gap, but also face challenges in selecting the appropriate large infrastructure projects, planning the projects, managing and maintaining infrastructure assets — and gaining public support for private investment in public infrastructure.
However, PPPs are gaining ground in Latin America and the Caribbean. Beyond the larger economies of Brazil, Colombia and Mexico, assistance from the MIF and the Inter-American Development Bank (IDB) has enabled countries such as Paraguay to develop laws that pave the way for PPP projects. Just this week, Paraguay announced its first such project, which involves an investment of US$350 million to improve and build more than 150 kilometers of roads.
PPPs have been moving beyond classic interventions in public infrastructure, which have typically included roads, railways, power generation, and water- and waste-treatment facilities. The next wave of PPPs increasingly involves and provides social infrastructure: schools, hospitals and health services. In Brazil, IFC, the private sector arm of the World Bank Group, helped create the Hospital do Subúrbio, the country’s first PPP in health, which has dramatically improved emergency hospital services for one million people in the capital of the state of Bahia.
While many impacts of climate change are already evident around the world, the worse is still to come. Having a clear picture of future risks is essential to spur action now on a scale that matches the problem. The World Bank has prepared the following infographic to communicate the risks for one of the world’s most vulnerable countries—Bangladesh.
The data comes from the 2013 World Bank report Turn Down the Heat: Climate Extremes, Regional Impacts, and the Case for Resilience. This report combines a literature review and original scientific modeling to build on a previous effort that found that the world will become 4°C (7.2°F) hotter during this century in the absence of deep and fast cuts to global carbon emissions. In this scenario, hotter local temperatures, greater water challenges, higher cyclone risks, and lower crop yields will create a hotspot of risks for Bangladesh.
Bangladesh already has a hot climate, with summer temperatures that can hit 45°C. Heat waves will break new records in a 4°C hotter world, with 7 out of 10 summers being abnormally hot. Northern Bangladesh will shift to a new climatic regime, with temperatures above any levels seen in the past 100 years and monthly deviations five to six times beyond the standard.
Back in 2009, Ratih Purwindah, a 25-year-old newly appointed sanitation district facilitator, was not invited to sit in the car to travel with delegates from Indonesia’s Ngawi District to participate in the East Java province rural sanitation review meeting. Instead, Ratih was asked to take a bus the 180 km to Surabaya, even though there were vacant seats in the delegation’s car. She also did not get a desk at the district’s office. Five years onwards, this has changed and Ratih is now the provincial coordinator for the government’s sanitation program in Central Java. District sanitation facilitators working with her are recognized and empowered within District Health offices. Ratih’s personal journey is a testament to the systemic changes that have taken place in Indonesia. With a focus on district-wide sanitation service delivery, Indonesia is accelerating access from below 1% to 2-3% a year and catching up to achieve the sanitation MDG.
For those trying to address challenges in global poverty, inclusive businesses offer solutions to some of the world’s most intractable social problems. Business models that create value for the low-income communities are becoming viable - these have been tested, fine-tuned and perfected by some of the finest brains. Once perfected, it makes sense to contextualize and spread these innovations or the knowledge to markets across the globe. To be able to do this, replication is an important tool.
Buildings now dot the skyline of Bonifacio Global City in Metro Manila, which hosts, among others, the offices of the World Bank and the International Finance Corporation. Who would have thought that this former military camp could be transformed into a bustling economic center in less than ten years? And, with the rise of commercial buildings and residential condominiums following the area’s fast-paced growth, we see a growing demand for electricity that causes stress on the environment and resources.
A smiling Mosammet Sukkur Jahan, walks to her thatched home in Datiar Char (shoal) in northern Bangladesh to prepare lunch for her family. While eating, Jahan and her neighbors Sharifa, Amena, and Halima were at ease as flood water rushed around their homes located in the middle of vast Teesta River during August and September 2014. They live on a shoal, which is an elevated sandbar that keeps their homes dry.
Chars or Shoals form through siltation along riverbeds. The constant interplay of erosion and accretion creates and sustains the shoals. There are mainly three types of chars: dead, mature, and running. Dead chars are usually permanent land formations. Mature chars are the ones that have not faced any major changes for 10-15 years. Running chars face regular changes and continuous emerge and disappear. The emergence and erosion determines the intensity of vulnerability in the ‘chars’. Typically a new char land requires at least 10 years of continuous presence before it becomes habitable for people.