كلمات عن الفضاء باللغة الانجليزية

كلمات عن الفضاء باللغة الانجليزية

موضوع عن الفضاء بالانجليزي

اقتباسات عن الفضاء بالانجليزي

قصة خيالية عن الفضاء باللغة الإنجليزية

حوار عن الفضاء بالانجليزي

علم الفضاء بالانجليزي

عبارات عن الفضاء تويتر

تعريف الفضاء بالانجليزي

ثلاث جمل باللغه الإنجليزية عن النبات والفضاء

سلبيات وايجابيات استكشاف الفضاء

سلبيات استكشاف الفضاء

ايجابيات وسلبيات السفر إلى الفضاء

فوائد السياحة الفضائية

سلبيات وايجابيات الفضاء

مميزات وعيوب استكشاف الفضاء

سلبيات تكنولوجيا الفضاء

فوائد استكشاف الفضاء بالانجليزي

برجراف عن مميزات وعيوب استكشاف الفضاء

 

Topics covered: Each of the topics covered is presented separately. A summary of how space resources are used is also presented:

 

Disaster management: In the study carried out in 2015 by Euroconsult on behalf of the ASC concerning the “Environmental study relating to the strategic plan for the use of space”, disaster management was the first area of ​​concern. global interest, to the governments assessed, in the use of space technologies. This interest is justified by the fact that the subject touches at the same time to the communications by satellite, to the navigation by satellite and to the observation of the Earth; that more efficient satellite systems make it possible to better manage disasters and that the subject is one of the priority political interests of governments.

The agriculture sector encompasses both government surveillance for the production of national or regional reports, and trade surveillance in support of the agribusiness sector. This sector is also adapting to new agricultural techniques to account for issues such as crop health, potential yield and ways to increase productivity. The precision agriculture sector is booming and enables farmers to use new technologies for site-specific management. These new technologies focus on factors such as irrigation, fertilizer use, and identifying problem areas or high yields. Satellite technologies play their role in activities such as GPS vehicle tracking and the use of imagery.

Air traffic management: In 2016, the International Civil Aviation Organization (ICAO) estimated the total number of passengers carried during the year at 3.7 billion, a figure expected to rise to 7.8 billion in 2036 The use of space closely serves the three fundamental principles of air traffic control: communication, navigation and surveillance. Its main use is to provide satellite navigation data through GNSS systems, to provide aircraft with precise geolocation data, which allows pilots to determine safe and efficient travel routes. Satellite communication networks create connections for the transmission of data between the multiple parties involved. They are also used to establish contact with aircraft flying over areas of the globe that are difficult to fly, such as the oceans.

Environmental monitoring is initially seen as an application of EO, but low data rate communications are also used to collect information in the field on various environmental variables, for example as part of the EO. ARGO program, to collect data on the state of the oceans. Climate change remains a top political priority for governments, and global R&D-focused space agencies have focused some activities on collecting data in support of environmental monitoring. The main advantage is being able to support government policy aimed at mitigating the short, medium and long term impacts of climate change. More localized monitoring is needed to assess the activities of populations and industry and to measure the impact they may have on the environment.

Rural and remote communities: Broadband internet connectivity is increasingly seen as a basic universal right, as governments, international institutions and the private sector have widely recognized the importance of bridging the digital divide to foster economic growth and social inclusion. From a purely economic perspective, the growth in broadband Internet penetration is associated with stronger economic growth (GDP) in developed and developing countries. Telecommunications satellites provide high-speed voice and data connectivity services to communities located in remote or sparsely populated areas where the costs of deploying terrestrial communications systems are prohibitive.

Transport / Logistics: The Internet of Things (IoT) makes it possible to connect everyday objects, industrial machines, vehicles, etc., and to change the way in which people, companies or other institutions interact with their environment. Machine-to-machine interactions are used by low data rate (LDR) equipment / sensors for asset tracking, telemetry or monitoring and surveillance data acquisition (SCADA) that are attached to containers, vehicles