Examples of using Remote sensing technology in English and their translations into Arabic
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Remote sensing technology.
Enhancing capacity to apply remote sensing technology at the local level.
Remote sensing technology and its application.
The plan pursued development in three major areas of remote sensing technology.
Remote sensing technology and its applications have been quickly advancing in recent years.
People also translate
(a) Effective international cooperation in the use of space and remote sensing technology would be promoted;
Remote sensing technology was vital to an understanding of the environment, climate change and sustainability.
The Sudan Remote Sensing Authority was leading the agencies utilizing remote sensing technology.
Remote sensing technology has played a significant role in natural resources management and environment assessment in Indonesia.
Access to remote sensing data and the capacity to use remote sensing technology must be expanded.
Remote sensing technology has been applied in natural resources management, in environmental monitoring and assessment, and in planning and development.
Since its establishment, the Center has been playing anactive role in planning programs needed for remote sensing technology.
Ozone can also be measured by an optical remote sensing technology called atmospheric lidar(Light Detection and Ranging).
Now Cr: Er: YSGG is widely used in dentistry, environ ental researching,optical communication, remote sensing technology and military etc.
Advances in remote sensing technology and the reduced cost of sensors is now allowing for the more widespread use of such equipment in farming.
China places special emphasis on environment and disaster monitoring with remote sensing technology and the Geographic Information System.
In the area of health protection, remote sensing technology is well suited to the dynamic nature of outbreaks and epidemics of infectious diseases.
A reliable measurement of carbonstocks would therefore require cost-effective remote sensing technology in combination with field data.
These grants aim to promote remote sensing technology within the country, particularly in its application to natural resource management and environmental monitoring.
UNDCP strives to improvecontinuously the methodology of the surveys to incorporate advances in remote sensing technology and geographical information systems.
Remote sensing technology has also been applied in archaeology, prospecting, railway and highway construction and marine information services.
Several exploratory studies have been made using the remote sensing technology to select the sites of new human settlements in Yemen with modern city components provided.
Remote sensing technology could be used to produce some of the indicators for biomass changes, land-use and land cover changes and agricultural crop estimation.
UNODC strives to improve continuously the methodology of the surveys in order toincorporate advances in remote sensing technology and geographical information systems(GIS).
Remote sensing technology is also well suited to the dynamic nature of outbreaks and epidemics of infectious diseases, which may often be triggered by extreme weather.
The Culture Sector andthe World Heritage Centre carry out projects using remote sensing technology for the protection, preservation and management of important historical and cultural monuments and selected world heritage sites.
The main areas of training include geothermal energy, remote sensing technology, food science and technology, seismic and cyclone hazard mitigation, biotechnology, and food and nutrition.
Its application to the Asianregion in particular was explained along with remote sensing technology such as the Cold Cloud Duration(CCD), providing a proxy for rainfall, and the Normalized Difference Vegetation Index(NDVI), estimating crop production.
In 1995,the National Coordinating Council for Remote Sensing in cooperation with the Remote Sensing Technology Centre of Japan, held the one-week Fourth Regional Remote Sensing Seminar on Tropical Ecosystems Management in Subic, Olongapo City.
The programme ensures the continual improvement of drugcrop survey methodology by using advances in remote sensing technology and geographical information systems, as well as methods to collect information on yield, price, addiction and socio-economic aspects.