Just weeks ago we reported that China will be launching an artificial moon into space using satellites to create illumination. The official story is that they’re hoping to launch the artificial moon into space in order to save money on street lighting and also increase tourism by brightening the streets.
Now we’re learning that Chinese scientists have come up with a bizarre plan to change the weather by using satellites to shift rainclouds. What is going on???
The Sun reports:
Six satellites will form a ring to spot water-laden clouds and create an atmospheric corridor to allow them to move to the arid regions, state media said.
Satellites will seek out and then surround rain cloud hot spots before unspecified technology will guide the clouds to their targets by creating an air channel.
Tianhe which translates as “Sky River” is being developed by the Shanghai Academy of Spaceflight Technology and will reportedly be launched in 2020.
China’s damp southern regions often flood while the north suffers drought.
But the problem is having enough rain clouds to instigate downpours with.
Now state scientists and researchers are pursuing weather modification techniques to guide clouds north to the Yellow River basin, which is particularly dry.
The idea of controlling the weather is far from new in China.
In 2008 the country “seeded” clouds with silver iodide to ensure they rained away from the Beijing Olympics.
Long term the goal is to push 5 billion cubic metres of rain water each year north to the Yellow River basin.
But the scientists have not revealed how they are going to create channels of air through which to push the rain clouds.
The People’s Daily said they would analyse the where they were before deploying a “new type of manual intervention technology” to move them north.
The project is the brainchild of Wang Guangqian, an academic with the Chinese Academy of Sciences, Zhu Wei.
He is also chief designer of the satellites and said the orbiters would be equipped with devices dedicated to measuring temperature and humidity in the atmosphere and moisture levels in clouds.