And yet, schools continue to be destroyed when disasters strike – putting children at risk and disrupting education.
Why? Simply put, countries face a number of technical challenges to make their schools resilient. And I saw it firsthand during a visit to Mozambique, where lack of capacity hampered the government’s efforts to build safer schools. A few years back the Ministry of Education introduced a new form of school construction, involving a pre-fabricated steel frame. While in theory this technique makes construction faster and structures more reliable in the event of a disaster, reality is more complicated. The skilled labor required to use the steel frames was not always available, sometimes resulting in delays and additional costs in remote areas.
Another common challenge relates to the availability of risk information needed to identify safe locations where new schools can be built. In Indonesia for example, local communities are typically in the lead when it comes to deciding where a school will be built. And if they are not aware of potential hazards, they will likely decide to build schools on marginal lands with low economic value which are often highly exposed to hazards, such as flooding and landslides.
But these technical challenges only tell part of the story. Things become more complex when we factor in political incentives. Population growth and progress towards universal primary and secondary education have put pressure on decision makers to step up the construction of new schools. Because success is often measured in terms of number of classrooms, quantity is sometimes favored over quality, skewing incentives toward unsafe building practices. Likewise, improving the safety of existing schools can be a costly investment, and therefore a difficult decision.
Named by Peruvian fishermen because of its tendency to appear around Christmastime, El Niño is the planet’s most large-scale and recurring mode of climate variability. Every 2-7 years, a slackening of trade winds that push sun-warmed water across the Pacific contributes to a rise in water temperature across large parts of the ocean. As the heat rises, a global pattern of weather changes ensues, triggering heat waves in many tropical regions and extreme drought or rainfall in others.
The fact that we are undergoing a major El Niño event should cause major concern and requires mobilization now. Already, eight provinces in the Philippines are in a state of emergency due to drought; rice farmers in Vietnam and Thailand have left fields unplanted due to weak rains; and 42,000 people have been displaced by floods in Somalia.
And this is before the event reaches its peak. Meteorologists see a 95% chance of the El Niño lasting into 2016, with its most extreme effects arriving between now and March. Coastal regions of Latin America are braced for major floods; India is dealing with a 14% deficit in the recent monsoon rains; and poor rainfalls could add to insecurity in several of Africa’s fragile states. Indeed, Berkeley Professor Soloman Hsiang has used historical data to demonstrate that the likelihood of new conflict outbreaks in tropical regions doubles from 3% to 6% in an El Niño year.
But despite its thousand-year history, the devastation associated with El Niño is not inevitable. Progress made by many other countries since the last major event, in 1997-98, shows that we can get a grip on its effect – and others caused by climate trends.
- weather risks
- Disaster Repsonse
- disaster relief
- disaster recovery
- disaster prevention
- disaster preparedness
- Disaster management
- Sustainable Communities
- Public Sector and Governance
- Agriculture and Rural Development
- Climate Change
- The World Region
Agriculture is an inherently risky business. From natural disasters and erratic rainfall to pests, few other sectors are as exposed or as vulnerable to shocks.
Climate change is a source of significant risks for agricultural and food systems: Climate projections suggest that average growing conditions will shift and there will be more uncertainty in predicting climate and weather conditions. More concretely, these impacts will translate into an overall warming trend, an increasingly erratic distribution of precipitation, more frequent and more devastating extreme weather events, and spatial shifts in the occurrence of pests and diseases. These impacts can cause production losses which lead to market volatility and in some cases, reactionary shifts in policies and regulations.
“If we don’t take action now…the city of Nouakchott will soon be underwater.” These words, spoken by Mauritania’s Minister on Environment and Sustainable Development Amedi Camara, during a recent workshop in the country’s capital city, echoed a recurrent theme during our visits with Mauritanian authorities and local communities alike. They have stuck with me since.
Floods are not a new phenomenon for Nouakchott. A busy port city on Africa’s west coast, Nouakchott is mostly below sea level and is particularly vulnerable to rising groundwater levels, seawater intrusions, porous soils, sand extractions, and heavy rains in low-lying areas. Poorly planned port infrastructure has dramatically altered the dynamic and flow of sediments along the coast leading to substantial erosion in the city’s south (up to 25 meters annually in some years).
To make matters worse, severe and sometimes deadly floods have struck the city in recent decades. Extreme weather and human interventions have played a significant role in making the capital, with one-third of the population, or 1 million people, increasingly vulnerable to floods.
When I first heard about OpenStreetMap (OSM) – the so called Wikipedia of maps, built by volunteers around the world – I was skeptical of its ability to scale, usability in decision making, and ultimate longevity among new ideas conceived in the digital age. Years later, having working on many disaster risk management initiatives across the globe, I can say that I am a passionate advocate for the power of this community. And I continue to be struck by the power of one small initiative like OSM that brings together people across cultures and countries to save lives. It is more than a technology or a dataset, it’s a global community of individuals committed to making a difference.
SENDAI, Japan – Without better preparation for disasters – whether they be earthquakes and tidal waves, extreme weather events, or future pandemics – we put lives and economies at risk. We also have no chance to be the first generation in human history that can end extreme poverty.
Just a few days ago, the world was again reminded of our vulnerability to disasters, after Tropical Cyclone Pam, one of the most powerful storms ever to make landfall, devastated the islands of Vanuatu. Some reports found that as much as 90 percent of the housing in Port Vila was badly damaged. When the cyclone hit, I was in Sendai for the UN World Conference on Disaster Risk Reduction, which took place only a few days after the fourth anniversary of the Great East Japan Earthquake of 2011. That quake and subsequent tsunami tragically resulted in more than 15,000 deaths and caused an estimated $300 billion in damage.
World Bank Vice President and Special Envoy for Climate Change Rachel Kyte speaks from the World Conference on Disaster Risk Reduction underway in Sendai, Japan, about the need for greater investment in resilience. As the conference was taking place, a Category 5 cyclone swept across Vanuatu, leaving destruction in its wake.
It’s one of the harsh realities of today.
Just as representatives from around the globe began to gather in Sendai, Japan, for an international disaster risk conference, authorities in Vanuatu were issuing evacuation alerts with Cyclone Pam intent on a destructive path towards the Pacific island nation.
On the eve of the official opening of the World Conference on Disaster Risk Reduction in Sendai, three cyclones – including the ferocious Cyclone Pam – were casting a menacing shadow over the Asia Pacific region.
It underscores a simple point. The threats posed by natural disasters are on the rise.