Members of the Interinstitutional Geo-Spatial Information Team for Risk Management (EIGEO-GR)
Following the recommendations of the Technical Advisory Mission (TAM) conducted in January 2010 as well as the consequent Institutional Strenghtening Mission (ISM) in November 2011, the interinstitutional Geo-Spatial Information Team for Risk Management (Equipo de Información Geo-Espacial para Gestión de Riesgos - EIGEO-GR) was established in the Dominican Republic. It incorporates nearly 15 government ministries, agencies and university centers. EIGEO-GR is headed by a representative of the National Emergency Commission (Comisión Nacional de Emergencias).
The one-week training for EIGEO-GR members in Santo Domingo focused on the use of space-based information in case of floods. It comprised lectures as well as hands-on training using different data types and software packages.
This is event is available for participation on an ongoing basis
6th International Conference "Earth from Space" - the Most Effective Solutions" is a wide platform for discussing the ways of space information development. Special attention will be drawn to the issues of access to satellite imagery data and near real-time satellite based monitoring services by the civil society in Russia and in the world.
As flash floods hit Pakistan in February and caused damage over a wide area which also killed 29 people in various area in Peshawar, ICIMOD, the International Centre for Integrated Mountain Development and host of a UN-SPIDER Regional Support Office, tries to help communities in understand and adapt to the impact of human development and climate change.
UN-SPIDER, upon the request of its National Focal Point in Cameroon, requested support through its network to acquire satellite imagery of the Kousseri area, Logone et Chari district, in the far North of Cameroon. The region is experiencing serious floods leaving tens of thousands of people homeless and causing heavy damages.
The summer of 2012 marked the third consecutive monsoon season in Pakistan that caused widespread flood damage. These images show part of the irrigation infrastructure. Both images show flood conditions, but flood waters shifted between the date of the earlier image, acquired September 19, 2012, and the later image, acquired October 5, 2012.