China Launches Egypt's MISRSAT-2: A New Chapter in Remote Sensing
China's successful launch of the remote-sensing satellite 'MISRSAT-2' for Egypt marks a significant stride in space technology. Explore the satellite's capabilities, the collaboration between China and Egypt, and the broader implications for sustainable development.
Introduction
On December 4, 2023, China achieved a milestone in space exploration by launching Egypt's remote-sensing satellite, 'MISRSAT-2.' This article delves into the details of the launch, the satellite's features, and the collaborative efforts driving advancements in space technology.
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| China launches Egypt's remote-sensing satellite 'MISRSAT-2' |
MISRSAT-2: Elevating Egypt's Technological Landscape
Launch Success
China Aerospace Science and Technology Corporation reported the successful launch of MISRSAT-2 from the Long March 2C at the Jiuquan Satellite Launch Centre in the Gobi Desert. The confirmation came within an hour of liftoff, showcasing China's prowess in space missions.
Sustainable Development Goals
MISRSAT-2 aligns with Egypt's sustainable development objectives, utilizing space technology to enhance critical sectors such as agriculture, mineral resource exploration, and surface water identification.
Key Features of MISRSAT-2
Imaging Capabilities
The satellite boasts impressive imaging capabilities, providing imagery with a resolution of 6.5 feet (2 m) per pixel in panchromatic mode and 26.2 feet (8 m) per pixel for multispectral images. This advanced imaging technology contributes to various applications, including resource exploration.
Role in Agriculture
MISRSAT-2's imaging capabilities play a pivotal role in agriculture, offering high-resolution images that aid in crop monitoring, yield prediction, and resource management.
Exploration of Mineral Resources
The satellite's contribution to mineral resource exploration is substantial, as it facilitates detailed surveys and mapping, assisting in the identification of valuable resources beneath the Earth's surface.
Surface Water Identification
In the realm of water resources, MISRSAT-2 plays a vital role by identifying surface water sources with precision. This information is crucial for water management and conservation efforts.
Collaborative Efforts and Additional Satellites
Elliptical Space and Time
The MISRSAT-2, along with two other remote-sensing satellites, Starpool 02-A and Starpool 02-B, were developed by the Chinese company Elliptical Space and Time (Ellipspace). These satellites, entering near-polar orbits, showcase the result of international collaboration in space exploration.
China's 55th Orbital Mission
The launch of MISRSAT-2 marked China's 55th orbital mission of the year and the 499th Long March launch ever, according to the China Aerospace Science and Technology Corporation (CASC).
FAQs (Frequently Asked Questions)
Q: What is MISRSAT-2? A: MISRSAT-2 is a remote-sensing satellite launched by China for Egypt.
Q: What are the imaging capabilities of MISRSAT-2? A: The satellite provides imagery with a resolution of 6.5 feet per pixel in panchromatic mode and 26.2 feet per pixel for multispectral images.
Q: How does MISRSAT-2 contribute to sustainable development in Egypt? A: The satellite aids in sectors such as agriculture, mineral resource exploration, and surface water identification, aligning with Egypt's sustainable development goals.
Q: Who developed MISRSAT-2 and its companion satellites? A: The satellites, including MISRSAT-2, were developed by the Chinese company Elliptical Space and Time (Ellipspace).
Q: How many orbital missions did China conduct in the year of MISRSAT-2's launch? A: China conducted its 55th orbital mission of the year with the launch of MISRSAT-2.
Conclusion
China's launch of MISRSAT-2 not only represents a technological leap for Egypt but also underscores the significance of international collaboration in space exploration. As the satellite contributes to sustainable development goals, it sets the stage for further advancements in remote sensing and resource management.
