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climate change adaptation

Thank goodness, we had an extra bridge in stock!

Malaika Becoulet's picture
Credit: Joshua Stevens/NASA Earth Observatory
On October 4, 2016, category 4 Hurricane Matthew struck the southern part of Haiti. Strong winds and rain triggered heavy flooding and landslides that resulted in 500 fatalities, along with widespread infrastructure damage and economic loss. The hurricane caused the collapse of the Ladigue Bridge, a vital asset connecting the southern peninsula of Haiti to the capital city and the rest of the country. The collapse left 1.4 million people completely isolated, making it extremely hard to deliver the aid and humanitarian assistance they needed. Overall damage and losses were equivalent to 32% of GDP, with transport accounting for almost a fifth of the total.
 
Haiti is among the countries that are most vulnerable to natural disasters including hurricanes, floods, and earthquakes—the result of a combination of factors that include high exposure to natural hazards, vulnerable infrastructure, environmental degradation, institutional fragility, and a lack of adequate investment in resilience. In Haiti, 80% of people and goods are transported by road. First aid and humanitarian resources, often concentrated in Port-au-Prince, need to transit through congested and sometimes inaccessible roads to reach affected areas. In that context, strengthening and building resilient infrastructure is key.
 
Since 2008, the World Bank has supported the reconstruction of 15 major bridges and stabilized 300 kilometers of roads to enhance the resilience of Haiti’s transport network. One of the most significant innovations that came out of this effort was the adoption of standardized emergency bridges that can be assembled within 2- 3 months from pre-designed and interchangeable components.

Maximizing finance for climate action

Hartwig Schafer's picture
Also available in: Français 
Photo: World Bank / Simone D. McCourtie


Imagine a world where communities are better prepared to handle the threats that climate change poses to our homes, lives, and health. In this future world, there will be greater resilience built into infrastructure – including our roads, our cities, and towns. Imagine a world where all communities have access to affordable, reliable, and sustainable energy, waste management services, transport systems and sustainable forests and agricultural practices. Our societies will have smart and scalable solutions built into every sector of our economies.

Maximizing finance for safe and resilient roads

Daniel Pulido's picture


Around the world, roads remain the dominant mode of transport and are among the most heavily-used types of infrastructure, accounting for about 80% of the distance travelled for individuals and 50% for goods.

Despite this intensive use, the funding available for road maintenance has been inadequate, leaving roads in many countries unsafe and unfit for purpose.

To make matters worse, roads are also very vulnerable to climate and disaster risk: when El Niño hit Peru in 2017, the related flooding damaged about 18% of the Peruvian road network in just one month.

It is no surprise then that roads are the sector that will require the most financing. In fact, the G20 estimates that roads account for more than half of the $15 trillion investment gap in infrastructure through 2040.

Africa is paving the way to a climate-resilient future

Tara Shirvani's picture


Since the presentation of the World Bank’s first Africa Climate Business Plan at the COP 21 in Paris in 2015 and the Transport Chapter in Marrakech in 2016, a lot of progress has been made on integrating climate adaptation and mitigation into our transport projects.

The World Bank initially committed about $3.2 billion toward mainstreaming climate action into transport programs in Sub-Saharan Africa in the form of infrastructure investments and technical assistance. Following the Paris Agreement, and building on African countries’ Nationally Determined Contributions (NDCs), the size of this portfolio grew to $5 billion for 2016 to 2020.  In 2017, the institution added another $1.9 billion to that amount, bringing the total to $6.9 billion in projects with climate co-benefits— more than twice the size of the original portfolio. These investments will help improve the resilience of transport infrastructure to climate change and improve the carbon footprint of transport systems.
 
Climate change has already started to affect African countries’ efforts to provide better transport services to their citizens.  African transport systems are vulnerable to multiple types of climate impact: sea level rise and storm surge, higher frequency and intensity of extreme wind and storm events, increased precipitation intensity, extreme heat and fire hazard, overall warming, and change in average precipitation patterns. The increased frequency and intensity of extreme climate event challenges the year-round availability of critical transport services: roads are damaged more often or are more costly to maintain; expensive infrastructure assets such as ports, railways or airports can be damaged by storms and storm surges, resulting in a short  life cycle and capacity than they were originally designed for. Critical infrastructure such as bridges continue to be built based on data and disaster risk patterns from decades ago, ignoring the current trend of increased climate risk. For Sub-Saharan Africa alone, it is estimated that climate change will threaten to increase road maintenance costs by 270% if no action is taken.

Resilient transport investments: a climate imperative for Small Island Developing Countries

Franz Drees-Gross's picture
This blog post was co-authored by Franz Drees-Gross, Director, Transport and ICT Global Practice, and Ede Ijjasz-Vasquez, Senior Director, Social, Urban, Rural and Resilience Global Practice.



Transport in its many forms – from tuk-tuks in Thailand to futuristic self-driving electric cars – is ubiquitous in the lives of everyone on the planet. For that reason, it is often taken for granted – unless we are caught in congestion, or more dramatically, if the water truck fails to arrive at a drought-stricken community in Africa.

It is easy to forget that transport is a crucial part of the global economy. Overall, countries invest between $1.4 to $2.1 trillion per year in transport infrastructure to meet the world’s demand for mobility and connectivity. Efficient transport systems move goods and services, connect people to economic opportunities, and enable access to essential services like healthcare and education. Transport is a fundamental enabler to achieving almost all the Sustainable Development Goals (SDGs), and is crucial to meet the objectives under the Paris agreement of limiting global warming to less than 2°C by 2100, and make best efforts to limit warming to 1.5°C.

But all of this depends on well-functioning transport systems. With the effects of climate change, in many countries this assumption is becoming less of a given. The impact of extreme natural events on transport—itself a major contributor to greenhouse gas emissions—often serve as an abrupt reminder of how central it is, both for urgent response needs such as evacuating people and getting emergency services where they are needed, but also for longer term economic recovery, often impaired by destroyed infrastructure and lost livelihoods. A country that loses its transport infrastructure cannot respond effectively to climate change impacts.

Resilience in urban transport: what have we learned from Super Storm Sandy and the New York City Subway?

Ramiro Alberto Ríos's picture
Photo: Stefan Georgi/Flickr
Back in 2012, a storm surge triggered by Super Storm Sandy caused extensive damage across the New York City (NYC)-New Jersey (NJ) Metropolitan Area, and wreaked havoc on the city’s urban rail system.

As reported by the Metropolitan Transportation Authority (MTA), the subway suffered at least $5 billion worth of damage to stations, tunnels and electrical/signaling systems. The Port Authority Trans-Hudson network (PATH) connecting NYC to NJ was also severely affected, with losses valued at approximately $871 million, including 85 rail cars damaged.

In the face of adversity, various public institutions in charge of urban rail operations are leading the way to repair damaged infrastructure (“fix”), protect assets from future similar disasters (“fortify”), restore services to millions of commuters and rethink the standards for future investments.

NYC and NJ believe that disasters will only become more frequent and intense. Their experience provides some valuable lessons for cities around the world on how to respond to disasters and prepare urban rail systems to cope with a changing climate.

In the Pacific, climate change means trying to expect the unexpected

Chris Bennett's picture

I was reflecting on the saying that “ignorance is bliss” as our plane was landing in Tuvalu, a small island nation in the South Pacific. We had been advised that portions of the recent runway resealing was failing in a number of locations, but it was the video below—showing the runway ‘floating’ under the weight of someone walking on it—that was particularly disconcerting.  Runways are supposed to be solid!

Tuvalu has regularly been called the ‘canary in the coal mine’ when it comes to climate change. The country is comprised of three reef islands and six coral atolls.  With the maximum elevation of 3-4 m, and sea level rise of some 5 mm/year, it is already at a risk of a range of climate change challenges. Now we have a new one: runway failure from beneath caused by what appears to be a combination of very high (‘king’) tides and increased rainfall.

When in the eye of a storm….

Idah Z. Pswarayi-Riddihough's picture
Abandoned fishing boats lay on the banks of the dried Siyambalankkatuwa reservoir in Sri Lanka's Puttalam District, Aug. 10, 2017. Thomson Reuters Foundation/Amantha Perera
Abandoned fishing boats lay on the banks of the dried Siyambalankkatuwa reservoir in Sri Lanka's Puttalam District, Aug. 10, 2017. Thomson Reuters Foundation/Amantha Perera
This year, yet again, flooding caused by heavy monsoon rains came and receded. Meanwhile, this year alone, more than one million people have been hard hit by the worst drought in 40 years.
 
The media, with few exceptions, have moved on to other topics and a sense of calm pervades. 
 
We are in the eye of the storm -- that misleading lull before mother nature unleashes her fury once again. 
 
In Sri Lanka alone, costs from natural disasters, losses from damage to housing, infrastructure, agriculture, and from relief are estimated at LKR 50 billion (approx. USD 327 million).  The highest annual expected losses are from floods (LKR 32 billion), cyclones or high winds (LKR 11 billion), droughts (LKR 5.2 billion) and landslides (LKR 1.8 billion). This is equivalent to 0.4 percent of GDP or 2.1 percent of government expenditure. (#SLDU2017). Floods and landslides in May 2016 caused damages amounting to US$572 million.   
 
These numbers do not paint the full picture of impact for those most affected, who lost loved ones, irreplaceable belongings, or livestock and more so for those who are back to square one on the socio-economic ladder.
 
Even more alarming, these numbers are likely to rise as droughts and floods triggered by climate change will become more frequent and severe. And the brief respite in between will only get shorter, leaving less time to prepare for the hard days to come.
 
Therefore, better planning is even more necessary. Sri Lanka, like many other countries has started to invest in data that highlights areas at risk, and early warning systems to ensure that people move to safer locations with speed and effect.
 
Experience demonstrates that the eye of the storm is the time to look to the future, ready up citizens and institutions in case of extreme weather.
 
Now is the time to double down on preparing national plans to respond to disasters and build resilience. 

It’s the time to test our systems and get all citizens familiar with emergency drills. But, more importantly, we need to build back better and stronger.  In drought-affected areas, we can’t wait for the rains and revert to the same old farming practices. It’s time to innovate and stock up on critical supplies and be prepared when a disaster hits.
 
It’s the time to plan for better shelters that are safe and where people can store their hard-earned possessions.
 
Mobilizing and empowering communities is essential. But to do this, we must know who is vulnerable – and whether they should stay or move.  Saving lives is first priority, no doubt. Second, we should also have the necessary systems and equipment to respond with speed and effect in times of disasters. Third, a plan must be in place to help affected families without much delay.
 
Fortunately, many ongoing initiatives aim to do just that.

What El Niño has taught us about infrastructure resilience

Irene Portabales González's picture
Also available in: Español
Photo: Ministerio de Defensa del Perú/Flickr
The rains in northern Peru have been 10 times stronger than usual this year, leading to floods, landslides and a declaration of a state of emergency in 10 regions in the country. Together with the human and economic toll, these downpours have inflicted tremendous damage to transport infrastructure with added and serious consequences on people’s lives.

These heavy rains are blamed on El Niño, a natural phenomenon characterized by an unusual warming of the sea surface temperature in the central and eastern equatorial Pacific Ocean. This phenomenon occurs every two to seven years, and lasts about 18 months at a time. El Niño significantly disrupts precipitation and wind patterns, giving rise to extreme weather events around the planet.

In Peru, this translates into rising temperatures along the north coast and intense rainfall, typically shortly before Christmas. That’s also when “huaicos” appear. “Huaico,” a word that comes from the Quechua language (wayq’u), refers to the enormous masses of mud and rocks carried by torrential rains from the Andes into rivers, causing them to overflow. These mudslides result from a combination of several natural factors including heavy rains, steep slopes, scarce vegetation, to name a few. But human factors also come into play and exacerbate their impact. That includes, in particular, the construction of human settlements in flood-prone basins or the absence of a comprehensive approach to disaster risk management.

This year’s floods are said to be comparable to those caused by El Niño in 1997-1998, one of the largest natural disasters in recent history, which claimed the lives of 374 people and caused US$1.2 billion worth of damages (data provided by the Peruvian National Institute of Civil Defense).

Climate and disaster risk in transport: No data? No problem!

Frederico Pedroso's picture
Development professionals often complain about the absence of good-quality data in disaster-prone areas, which limits their ability to inform projects through quantitative models and detailed analysis.
 
Technological progress, however, is quickly creating new ways for governments and development agencies to overcome data scarcity. In Belize, the World Bank has partnered with the government to develop an innovative approach and inform climate-resilient road investments through the combination of creativity, on-the-ground experience, and strategic data collection.
 
Underdeveloped infrastructure, particularly in the transport sector, is a key constraint to disaster risk mitigation and economic growth in Belize. The road network is particularly vulnerable due to the lack of redundancy and exposure to natural hazards (mostly flooding). In the absence of alternative routes, any weather-related road closure can cut access and severely disrupt economic and social movement.
 
In 2012, the government made climate resilience one of their key policy priorities, and enlisted the World Bank’s help in developing a program to reduce climate vulnerability, with a specific focus on the road network. The institution answered the call and assembled a team of experts that brought a wide range of expertise, along with experience from other climate resilience interventions throughout the Caribbean. The program was supported by Africa, Caribbean and Pacific (ACP) European Union funds, managed by the Global Facility for Disaster Reduction and Recovery (GFDRR).
 
Our strategy to address data scarcity in Belize involves three successive, closely related steps.

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