Join us

Become a member and discover where geography can take you.

Join us

Downloads

Challenge

With Cambodia ranked as the ninth most disaster prone country in the world and remaining one of the poorest countries in the region, its population is very vulnerable to the effects of recurrent floods, droughts and tropical storms. An easily accessible common platform, combining many different sources of information, maps and geographic data, was needed to consolidate and centralise activities between different organisations.

 

Solution

thinkWhere has created a Disaster Management Information System (DMIS) for the Royal Government of Cambodia. Trained staff use the online platform to centralise, visualise and interpret a wide range of data so they can provide appropriate response recommendations. By combining information in a single system and displaying it on a map, organisations can see where people are at risk from disasters such as floods, droughts and tropical storms.

The DMIS was developed with financial support from the German Federal Foreign Office and the United States Department of Agriculture, and on behalf of a partnership between The United Nations World Food Programme (WFP) and People in Need (PIN), a Czech-based non-profit, non-governmental humanitarian organisation.

 

Benefits

Enables the consolidation and centralisation of data from different sources

The DMIS uses open data and open technology to allow the storing, sharing and use of maps, geographic and other data, including the monitoring and display of live and historical disaster information. It is primarily used by the National and Provincial Departments for Disaster Management which have access to the WFP’s Platforms for Real-time Information Systems (PRISM) decision-making software which provides the ability to draw input data from various sources and output to map based platforms and dashboards.

Provides an intuitive mapping interface for data visualisation

thinkWhere developed a cloud hosted AWS (Amazon Web Services) infrastructure making the platform easy to deploy and administer. Designed as a tool for disaster scenario visualisation, it shows weather alerts, historical disaster information, information on vulnerable populations and infrastructure, and real time disaster information from field staff. The system can also be used for longer term predictions informing the disaster planning process.

Integrates with existing solutions

Open source tools and technologies ensure the DMIS can be easily integrated with third party systems and data to form part of the larger overall framework of disaster management in Cambodia. The easy to use interface offers a functional and information rich mapping service that, although primarily intended for use via a laptop or desktop in an office setting, also offers full mobile functionality for use on tablets and smartphones in the field via a simple web browser.

 

This case study was jointly produced by the Association for Geographic Information and the Royal Geographical Society (with IBG)

Share this case study

This is an open access article under the terms of the Creative Commons Attribution License (CC BY NC 4.0), which permits use, adaptation, distribution and reproduction in any medium or format, provided the original work is cited and it is for non-commercial purposes. Please contact us for other uses.

How to cite

Royal Geographical Society (with IBG), Association for Geographic Information (2019). Spatial Hub: Turning local government data into self-sustaining assets. Case study. [online] Available at: https://rgs-rebuild.netcprev.co.uk/disastermanagement  Last accessed on: <date>

 

Featured image: provided by AGI