The recent report of the Intergovernmental Panel on Climate Change (IPCC) gave a stark warning of what happens if the world goes beyond the target of a 1.5 degree increase in temperature.
Today, climate change is intensifying pressure on communities and ecosystems all over the world, but the Caribbean countries are facing quite unique challenges.
The World Bank’s recently completed Systematic Country Diagnostic highlights Romania’s vulnerability to natural disasters. Over the years, floods, droughts and earthquakes have cost the country thousands of casualties and billions of euros in damages to physical infrastructure. They have hurt the economy’s productive capacity and disproportionately affected the poor.
A vulnerable country
Countries around the world are already seeing evidence of the damaging impact of climate change, which is making past growth patterns unsustainable and reversing progress made on poverty reduction and shared prosperity.
And the intricate beauty and uniqueness of its traditional architecture are known around the world.
As such, and is embedded in all its national development policies.
In this context, the Royal Government of Bhutan has made it a priority to sustain both tangible and intangible aspects of its culture with dedicated offices under the Department of Culture of Ministry of Home and Cultural Affairs (MOHCA), which work closely with local governments.
This work is critical as Bhutan’s monuments are vulnerable.
The 2009 and 2011 earthquakes damaged hundreds of historic monasteries and fortresses known as dzongs, including the Lhuntse and Trashigang Dzongs (2009) and the Paro Tadzong (2011).
Also, fires triggered some of the worst disasters in Bhutan’s cultural history.
The famous Paro Taktshang, nicknamed the Tiger’s Nest and the Wangduephodrang Dzong were burnt down in 2008 and 2012 respectively.
One of the distinctive characteristics of the Dzongs of Bhutan is their strategic location.
Camels can walk on water. I wouldn’t have believed if I hadn’t seen it with my own eyes. And if you don’t believe me, well, just look at the picture below to see camels walking on water in Somaliland!
Yes, it looks like sand, but there is water right underneath their hooves. This is the brilliance of sand dams and subsurface dams, where sand effectively serves as a temporary reservoir cover, protecting the precious water underneath from evaporating under the blazing sun. Sand dams provide low-cost, low-maintenance, and replicable rainwater harvesting technology.
A massive storm system brought historic flooding across South Eastern Europe in 2014, causing more than $2 billion in damages in Bosnia and Herzegovina and shrinking Serbia’s economy by nearly a full percent. Two years later, in August 2016, thunderstorms in the Former Yugoslav Republic (FYR) of Macedonia dropped 93 liters of precipitation per square meter in just a few hours, sparking flash floods in the capital, Skopje, that killed at least 21 people.
In both cases, some of these impacts could have been reduced by improving cross-border monitoring and forecasting while strengthening early warning services at a national level. Fortunately, governments are now working together to improve information exchanges across boundaries and strengthening regional early warning systems through the South-East European Multi-Hazard Early Warning Advisory System.
For a family, having a place to call home is everything. Housing tends to be a family’s most important asset – often, in fact, their only asset, especially for the poor. But more than a home, housing is also the workplace, collateral for loans and an important vehicle for job creation. In the U.S., housing contributes more than 15% of the GDP.
The dream of housing, however, can quickly turn into a nightmare – for both families and for governments. Disasters can erase decades of progress in reform and poverty reduction in a matter of seconds, hurting the poor and vulnerable the most. A review of the World Bank’s Post-Disaster Needs Assessments (PDNAs) since 2000 shows that housing comprises 40%-90% of damages to private property.
About two thousand years ago, the country built one of the world’s first irrigation system to control its water supply.
This feat of engineering, which boasted hundreds of kilometers of channels, tanks, and innovative valve pits, helped the great kingdoms of Anuradhapura and Polonnaruwa flourish into sophisticated societies and protect their people against hunger.
Today, building resilience to natural disasters and other shocks is more critical than ever.
Sri Lanka is no exception. The country ranked fourth most vulnerable to climate change in 2016.
Further to that, a recent World Bank report indicates that
The losses caused by significant shocks like natural disasters have long-lasting consequences.
Children, especially, can suffer permanent damages if they are not educated or fed correctly in their critical early years.
And the loss of assets, livestock, and crops can severely hurt small business owners and farmers and further discourage them from investing.
And while some people gradually restore their standards of living, some never fully recover and get stuck in poverty.
But the poor aren’t the only ones who need to worry about shocks.
Our analysis of the 2016 Household Income and Expenditure Survey reveals that a 20 percent sudden decrease in household welfare—or consumption shock—would more than double the poverty rate: almost 1 in 10 Sri Lankans would be poor.
If the shock triggered a 50 percent decrease in consumption, one in three Sri Lankan families would fall into poverty.
Schools across Bangladesh are highly vulnerable to floods, cyclones, and earthquakes. How can the country mitigate and respond to the risks of these natural hazards?
By using the GeoDASH platform - a geospatial data sharing platform - the Directorate of Primary Education of Bangladesh has assessed 35,000 schools with respect to the type of infrastructure, water and sanitation facilities, access to roads, and overall capacity during natural disasters.
The GeoDASH platform is a reliable and extensive geographic and information (geospatial) data network.
These data are Geographic Information System (GIS) and other geolocation services-based information to represent objects or locations on a globally referenceable platform to enable mapping.
For example, locations of road network data can be merged with the flood risk map to get a single map for identifying vulnerable road communication in flood-prone areas.
Across the disaster risk management community, there is growing recognition that protecting cultural heritage is fundamental to urban resilience. Traditional knowledge embedded in cultural heritage, such as historical evacuation routes or shelters, can help societies cope with natural hazards. Moreover, when these hazards disrupt cultural heritage sites, such as museums, monuments and places of worship, they often cause irreparable damage to people’s cultures, identities and livelihoods.
A case in point is last year’s devastating earthquake in central Mexico, which damaged over 1,500 historic buildings, including the 250-year-old Church of Santa Prisca, one of the country’s grandest and most beloved churches. Mexico is one of a number of countries that have undertaken major efforts to protect cultural heritage sites, including through its Plan Verde, which works to reduce seismic and other disaster risks in Mexico City’s historic center.
On the sidelines of the 2018 Understanding Risk Forum, which was aptly held in Mexico City, Giovanni Boccardi, Chief of the Emergency Preparedness and Response Unit for the Culture Sector of UNESCO, made the case that much more needs to be done to put cultural heritage front and center in the disaster risk management agenda.