With over 600 million people living along the fault-line across the Himalayan belt, South Asia’s earthquake exposure is very high. To further compound the problem, South Asia is urbanizing at a rapid pace and a significant growth in mega-cities, secondary and tertiary cities / towns is happening in high risk seismic zones. The region has experienced three large events over the past 15 years, the Bhuj earthquake of 2001, the Sumatra earthquake of 2004 (leading to the Asian tsunami) and the 2005 Kashmir earthquake. While there have been no major earthquakes these past 9 years, the region is akin to a ticking bomb for an earthquake disaster. Keeping this in mind, we mapped a region of 3000 Km radius from the center of India and analyzed earthquake events over a one-year period from May 2013 to May 2014. Only those earthquakes recorded by the United States Geological Survey’s global earthquake monitoring database (USGS) greater than 4.0 magnitude on the Richter scale were considered. We found a total of 1,247 recorded earthquake events. The story of a 1000 earthquakes was born and was a story that needed to be told.
We decided to create a video that would become an awareness tool and effectively communicate the risk the region faces. We deliberately steered away from talking about work being undertaken to reduce seismic risks or policy mechanisms that can be adopted. There are other mechanisms, mediums and opportunities to take that agenda forward. This is a short 90 seconds video and hopefully communicates the urgency of investing resources and efforts into earthquake safety. Increase the volume, enjoy, get scared. and then be prepared!
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.
- Urban Development
- Social Development
- Public Sector and Governance
- Private Sector Development
- Migration and Remittances
- Labor and Social Protection
- Financial Sector
- Climate Change
- Agriculture and Rural Development
- East Asia and Pacific
- The World Region
- South Asia
- Sri Lanka
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.
My mother Manel Kirtisinghe encapsulated what the loss of a loved one in the tsunami meant, when she wrote in her diary “What you deeply in your heart possess, you cannot lose by death." On 26 Dec. 2004, Prasanna went away leaving behind for me a lasting vacuum and a silent aching grief.”
Prasanna was my brother and this year when we observe religious rituals in memory of him, my mother will not be there with us. She left us earlier this year. Prasanna was our bulwark and the trauma of his death was so intensely felt that it took us seven years to rebuild and return to our beloved house. My mother was happy to be back in the house she had come to as a bride in 1944, but she stubbornly refused to go to the back verandah or to walk on the beach - a ritual she did twice a day before the tsunami.
As my mother did, we all had our coping mechanisms to handle the pain. The grief is still with me hastily boxed and lodged inside me but about this time of the year the lid flies open and the horror spills out. The images gradually become more vivid, intense, horrifying. Like a slow moving movie, they appear…and the nightmares return.
In the days following the January 12, 2010 earthquake in Haiti, the World Bank disaster risk management (DRM) community worked to assess the damage, and support the Haitian government plan and enact what would become a massive and protracted recovery from this profound disaster. Accurate and up to date maps of the country were an important component of these planning efforts. These maps came from an unexpected source, a global community of volunteer mappers, who, using their internet connections and access to satellite imagery, were able to contribute to mapping Haiti from their own homes.
Following the Haiti earthquake, the World Bank, Google, and several other entities made high-resolution imagery of the affected area available to the public. Over 600 individuals from the global OpenStreetMap (OSM) community began digitizing the imagery, tracing roads, building outlines, and other infrastructure, creating what quickly became the most detailed map of Port au Prince that had ever existed. Volunteers from 29 countries made about 1.2 million edits to the map, performing an estimated year of cartographic work in about 20 days. This effort catalyzed a rethinking of community mapping and open data within the World Bank and other international institutions.