ISLAMABAD: China on Friday launched Pakistan’s indigenously developed Electro-Optical (EO-1) satellite into space that aims to predict natural disasters and monitor resources, Chinese and Pakistani state media reported.
The EO-1 satellite was launched from China’s Jiuquan Satellite Launch Center. The launch represents the Space and Upper Atmosphere Research Commission’s (SUPARCO) dedication and expertise in advancing Pakistan’s technological capabilities in space science.
The satellite will enhance the country’s ability to monitor and manage natural resources, predict and respond to natural disasters, support food security and drive economic growth through informed decision-making and sustainable development.
“The satellite, named PRSC-EO1, was launched at 12:07 p.m. (Beijing time) by a Long March-2D carrier rocket and entered its planned orbit successfully,” Chinese state-run Xinhua news agency reported.
“The rocket also carried two other satellites, namely Tianlu-1 and Lantan-1.”
The launch marked the 556th flight mission involving China’s Long March carrier rocket series, which was launched in 1970.
In urban development, the EO-1 satellite can help track infrastructure growth, manage urban sprawl and aid city and regional planning efforts. It will provide timely updates on floods, landslides, earthquakes, deforestation and land erosion in terms of environmental monitoring and disaster management, according to Pakistani state media.
The satellite will also support extraction and conservation strategies for natural resources, such as the monitoring of minerals, oil and gas fields, glacier recession and water resources.
Pakistan has witnessed erratic, frequent changes in its weather patterns, including floods, droughts, cyclones, torrential rainstorms, heatwaves and the slow-onset threat of glacial melting, in recent years that scientists have blamed on human-driven climate change.
In 2022, unusually heavy rains triggered floods in many parts of the country, killing over 1,700 people, inflicting economic losses of around $30 billion, and affecting at least 30 million people.
“Designed and developed entirely by Pakistani engineers, EO-1 satellite is expected to provide substantial benefits across various sectors,” the state-run Radio Pakistan broadcaster reported on Friday.
Pakistan has taken strides in its space research program in the past few months. In Nov. last year, SUPARCO announced its rover will join China’s Chang’E 8 mission to explore the moon’s surface in 2028.
In May 2024, Pakistan launched its first lunar satellite aboard China’s Chang’e-6 probe, which was tasked with landing on the far side of the moon that perpetually faces away from the Earth. China was the first country to make such an ambitious attempt.
China launches Pakistani indigenous satellite aimed at predicting natural disasters
https://arab.news/gnmc8
China launches Pakistani indigenous satellite aimed at predicting natural disasters
- The satellite was launched from China’s Jiuquan Satellite Launch Center at 12:07 p.m.
- It can provide timely updates on floods, landslides, earthquakes and glacier recession
Pakistan mulls space-based monitoring to support port expansion, maritime safety
- Minister says satellite technology could aid port planning and environmental protection
- Islamabad seeks to modernize ports as it eyes transshipment role, Central Asian trade
KARACHI: Pakistan is considering the use of space-based monitoring systems to support port expansion, maritime safety and environmental protection, the country’s maritime affairs minister said on Wednesday, as he visited the headquarters of the national space agency.
The visit comes as Islamabad seeks to position itself as a transshipment hub by upgrading cargo handling, streamlining import and export processes and offering its southern ports on the Arabian Sea to landlocked Central Asian states as trade gateways.
“Advanced space-based monitoring systems can play a vital role in safeguarding seas, improving maritime management and strengthening responses to environmental threats,” Maritime Affairs Minister Muhammad Junaid Anwar Chaudhry said, according to a statement released after his visit.
Chaudhry was briefed on satellite-based assessments identifying potential sites for new ports, as well as tools for maritime traffic monitoring and disaster response.
Pakistan has been working to expand and modernize its port infrastructure to improve efficiency and attract regional cargo flows, particularly as it seeks to enhance connectivity through its coastline along the Arabian Sea.
During the visit, officials from the Pakistan Space and Upper Atmosphere Research Commission (SUPARCO) outlined the use of high-resolution satellite imagery, artificial intelligence and digital modelling to monitor ports, track cargo dwell time, detect oil spills and support search-and-rescue operations at sea.
“We can benefit from continuous monitoring of coastal ecosystems to assess water quality, sediment dispersion and overall environmental health,” Chaudhry said, adding that data-driven approaches were essential for informed policymaking in the maritime sector.
He also highlighted the growing risks posed by climate change, including rising sea levels, coastal erosion and extreme weather events, and said stronger cooperation between maritime authorities and scientific institutions was needed to protect coastal communities and infrastructure.
SUPARCO officials said the agency was ready to develop artificial intelligence-based solutions for ports and maritime operations, including systems to address customs-related inefficiencies and improve emergency response times.
The minister said the ministry and SUPARCO would move toward formalizing cooperation through a structured framework to support joint initiatives.
