Leveraging parternships globally, nationally and locally to invest in open tools and open data.
This report, Crowdsourced Geographic Information Use in Government, is based on a six-month study of the use of volunteered geographic information (VGI) by government.
During OSMGeoWeek, teams were supported by USAID/OFDA for mapping infrastructure vulnerable to the floods in Ambon, Indonesia as part of an ongoing effort to fill data gaps.
Through the Open Data for Resilience project, The World Bank, GFDRR, and other partners are supporting efforts to map areas at risk before a disaster strikes.
•In the six months following the April 2015 earthquake, OpenStreetMap data for Nepal was accessed by more than 3,300 users using a GFDRR platform that tailored the data for response and recovery.
•Urban areas around the world, including cities in Indonesia, Philippines, Malawi and Bangladesh, are a major focus of mapping efforts.
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.
People may be surprised to find that the maps we take for granted in metropolitan areas of the developed world may be completely absent, vastly out of date, or pay-per-view in the developing world. Imagine an urban area without a transportation network, government agencies without access to the location of their assets (schools, health facilities, etc), or even a map without village names. This is the reality for many of the countries most vulnerable to disaster risk. Now, imagine this urban area facing an unprecedented crisis brought by flooding, an earthquake, a pandemic – think about the challenges of planning a response.
An InaSAFE bug fix release was launched. It which provides improvements to the presentation of impact summaries and can be downloaded from the QGIS plugin manager.
Indonesia’s capital, Jakarta, is prone to natural disasters such as floods and fires. The World Bank’s Global Facility for Disaster Reduction & Recovery and the Jakarta Disaster Management Agency held a competition to gather ideas on how information technology can be used in disaster situations.
In 1999, the state of Odisha, India, was hit by the most powerful tropical cyclone ever recorded in the North Indian Ocean, causing nearly 10,000 fatalities and US$5 billion in damages. For the next decade, the government of Odisha and partners worked to identify and mitigate cyclone risk. When the similarly intense Cyclone Phailin struck Odisha in October 2013, the region counted 99.6% fewer deaths.
We cannot prevent a monsoon or cyclone from striking – and as population growth, urbanization, and climate change are on the rise, the frequency and impact of natural disasters will increase. But with innovation, collaboration and a better understanding of risk, we can build communities that are more resilient to natural hazards.
Following the Indian Ocean Tsunami of December 2004, the Government of Indonesia began compiling a comprehensive approach to disaster risk management (DRM). The World Bank has helped through several small interventions, such as preparing the software program InaSafe and supporting the building of ‘safe’ schools, which have had wide-ranging impact and incorporate disaster risk management in overall development planning.
A new version of software that can predict the social and human impact of natural disasters was released in Indonesia on 7 April 2014.
From Indonesia to Nepal, Haiti to Malawai, community members armed with smartphones and GPS systems are contributing to some of the most extensive and versatile maps ever created, helping inform policy and better prepare their communities for disaster risk.
This handbook is a resource for enhancing disaster resilience in urban areas. It summarizes the guiding principles, tools, and practices in key economic sectors that can facilitate incorporation of resilience concepts into the decisions about infrastructure investments and general urban management that are integral to reducing disaster and climate risks.
This post is a summary of one that appeared on the Global Facility for Disaster Reduction and Recovery Site and was originally authored by Christina Irene.