Examples of using Space-based technology in English and their translations into Arabic
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Colloquial
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Political
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Ecclesiastic
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Ecclesiastic
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Computer
The use of space and space-based technology could contribute to global sustainable development in areas such as food security, water management, disaster risk reduction and early warning systems.
Space-based technology has assumed great importance in recent times owing to its potential application in telecommunications, telebroadcasting and acquisition of valuable and timely information on the condition of the Earth ' s atmosphere through remote sensing technology. .
is a two-way process, with knowledge of user requirements and best practices flowing back to the providers of space-based technology solutions.
In 1975, Indonesia had become the first developing country to operate a domestic satellite system; it was now operating its fourth-generation satellite. Its experience had proven that space-based technology could make a significant contribution to the acceleration of socio-economic development.
The activity raised the awareness of decision makers and local staff through the workshop and built local capacity through training for more efficiently using space-based technology for disaster management at the national level in the Sudan.
Speaking before the Fourth Committee of the General Assembly, Hilario Davide Jr.(Philippines), highlighted the important role space-based technology can play in helping countries prone to natural disasters prepare effective responses to calamities.
The role of the national focal point is to work with UN-SPIDER staff to strengthen national disaster management planning and policies and implement specific national activities that incorporate space-based technology solutions in support of disaster risk management.
(b) A workshop on Sino-African cooperation on drought monitoring based on space-based technology should be held with the support of UN-SPIDER involving experts and officials working in drought monitoring and management;
This would highlight the need to provide data from space-based technology that are important to monitoring, assessing and predicting the Earth environment on an unrestricted basis among Member States;
Participants agreed that low-cost space-based technology should be made available not only to scientists
especially with respect to the safety and security of space assets; and build the capacity of developing countries in particular to use space-based technology and its applications.
Space-based technology solutions had thus undoubtedly proved their potential in assisting with every phase of a disaster cycle, including preparedness, mitigation, response and reconstruction.
In addition, with colleagues at the United Nations Platform for Space-based Information for Disaster Management and Emergency Response(UN-SPIDER), an effort was under way to apply space-based technology to land-based sources of cholera and flooding, and develop a comprehensive space-based, sea-based and land-based system.
The role of national focal points is to work with UN-SPIDER staff to strengthen national disaster management planning and policies and to implement specific national activities that incorporate space-based technology solutions in support of disaster management.
All the panel discussions to date had demonstrated the increasing need to address the major challenges concerned in a holistic manner, and had recognized that space-based technology together with terrestrial data provided a set of tools that was of increasing importance to decision makers.
The role of national focal points is to work with UN-SPIDER staff to strengthen national disaster management planning and policies and to implement specific national activities that incorporate space-based technology solutions in support of disaster management.
The role of national focal points is to work with UN-SPIDER staff to strengthen national disaster management planning and policies and implement specific national activities that incorporate space-based technology solutions in support of disaster management.
To date, UN-SPIDER has provided support to existing communities of practice and contributed to the establishment of new ones, thereby bringing together the space-based technology and disaster management communities.
Through UN-SPIDER, the inventory of existing communities of practice from related fields providing specific knowledge on how to bring together the space-based technology and disaster management communities will be updated.
From 5 to 9 May 2013, as a follow-up of the UN-SPIDER technical advisory mission in the Sudan in June 2011, a space-based technology for disaster risk management awareness and training course was conducted in that country to strengthen institutional capacities at the federal and state levels to consolidate the use of space technologies and geoinformation.