Examples of using Disaster monitoring in English and their translations into Arabic
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Presenters at the session also demonstrated that constellations of small satellites had proved to be economically feasible and to serve both local and global needs efficiently, as demonstrated by the Disaster Monitoring Constellation(DMC), which had been designed as a proof-of-concept constellation capable of multispectral imaging of any part of the world, every day.
identification of multi-hazard or composite risk hot spots and to develop vulnerability mapping and disaster monitoring applications to better understand how disasters affect people and communities, as well as their impact on the environment.
Remote sensing, for applications including cartography, analysis of topography, national territory utilization and management, coastal management, disaster monitoring and prevention, environmental monitoring, ocean monitoring, geographical and Earth physics, utilization of agriculture and forestry, development of water resources, development of land and development of software Ocean scanning multi-spectral imager.
Remote sensing, including cartography, analysis of topography, national territory utilization and management, coastal management, disaster monitoring and prevention, environmental monitoring, ocean monitoring, geographical and Earth physics, agriculture and forestry, development of water resources, development of land and software development OSMI.
United Kingdom satellite systems: Skynet, the United Kingdom Disaster Monitoring Constellation and Bilsat, and AMC-2.
Participants at the workshop were informed about the establishment of the Disaster Monitoring Constellation of small, low-cost satellites, coordinated by Surrey Satellite Technology of the United Kingdom, which would give users the possibility, once all four of the planned satellites were launched,
Major developments during 2008-2009 included the launch of a cooperation framework on disaster risk reduction, the support from space agencies within the region to a regional mechanism on drought disaster monitoring and early warning, and the establishment of a network focused on space information access and applications of the Sentinel Asia initiative, consisting initially of 10 national contact points.
The Disaster Monitoring Constellation, an international collaboration involving several countries and private entities and developed under the leadership of Surrey Satellite Technology Ltd., had been a major contributor of space-based information provided in response to activations of the Charter on Cooperation to Achieve the Coordinated Use of Space Facilities in the Event of Natural or Technological Disasters(also called the International Charter on Space and Major Disasters). .
A project of ASEAN and China aims to construct a remote sensing satellite data service platform in ASEAN member States and provide applications based on Chinese satellite data in the fields of agriculture assessment, environmental surveys, disaster monitoring, prevention and management, city planning and management, mapping and other fields.
The international community should continue to improve disaster reduction policies and humanitarian relief cooperation, with the United Nations at its core; to enhance natural disaster monitoring and early warning; to strengthen developing countries ' capacity in disaster prevention, preparedness and reduction; to ensure long-term, stable and predictable core funding for disaster reduction; and to increase support for the Central Emergency Response Fund.
which would also give Nigeria greater input into the work of the Disaster Monitoring Constellation, comprising spacecraft from the United Kingdom, Nigeria, China, Turkey, Algeria and Spain.
Furthermore, the Monitoring by the Karlsruhe Approach(MONIKA) and software for monitoring GNSS reference stations, presented by the Republic of Moldova, could be used for permanent GNSS stations as a geosensor network for geodynamic research, as well as for the setting up of temporary GNSS arrays as a disaster monitoring and early warning GNSS service(e.g. for landslides, floods and construction areas).
FAO has been providing an operational real-time environmental information service, using low-resolution remote sensing satellites such as ARTEMIS, its Agromet database, Africover and corporate GIS databases for environment and natural resource management and natural disaster monitoring, assessment and planning, as well as GIEWS.
The Mechanism will consist of a platform designed to provide satellite information products and services for disaster monitoring and early warning; an information portal for accessing drought disaster management-related information, technical resources and services of the Mechanism; and capacity-building through various technical and non-technical advisory services, training sessions and workshops to assist less capable drought-prone countries in developing institutional capacities for disaster monitoring and early warning at the national level.
developments in the field of small-satellite platforms for Earth observations:(a)" DubaiSat-1/-2: experiences with development and operational use", by the representative of EIAST;(b)" Disaster monitoring constellation evolution and development", by the representative of Surrey Satellite Technology Ltd.(United Kingdom); and(c)" The FIREBIRD constellation", by the representative of Astro- und Feinwerktechnik Adlershof GmbH(Germany).
Examples of successful projects with significant United Kingdom involvement were the exciting images obtained from the Mars Express and Cassini-Huygens missions; the important roles played by the Environmental Satellite(Envisat) and the Disaster Monitoring Constellation satellites in tracking Hurricane Katrina and imaging the aftermath; the successful launches of the Meteorological Operational(MetOp), Solar Terrestrial Relations Observatory(STEREO) and Solar-B satellites; and small satellites such as the TopSat Earth-surface imaging satellite.
In addition, several steps have been taken towards operationalization of the Commission ' s Pacific Regional Cooperative Mechanism on Disaster Monitoring and Early Warning, Particularly Drought, including the setting-up of the service nodes for providing localized modelling through the use of space-based products for more effective drought monitoring, preparing the standard operation procedure at the regional level and encouraging member States and regional initiatives to share their existing satellite and technical resources and relevant services.
To build the capacity required to develop and extend its activities in different areas of the peaceful uses of space, including satellite communication, resource investigation and satellite-based positioning systems, satellite meteorology and natural disaster monitoring, space science and technology, the Islamic Republic of Iran is not only currently taking required measures to provide required facilities, hardware and software, but is also extending
To build the capacity required to develop and extend its activities in different areas of the peaceful uses of space, including satellite communication, resource investigation and satellite-based positioning, satellite meteorology and natural disaster monitoring, space science and technology, the Islamic Republic of Iran is currently not only taking measures to provide required facilities, hardware and software but also extending its
Under the framework of the ESCAP Regional Space Applications Programme for Sustainable Development in Asia and the Pacific, the Regional Cooperative Mechanism on Disaster Monitoring and Early Warning, Particularly Drought, was launched in September 2010 with the aim of providing substantive technical support, including satellite information products and services, as well as an information portal and capacity-building activities, to the region for the development of national(agricultural) drought disaster monitoring and early warning capacities and services.
