首页 » Damona » Unlike the moon, which上海夜生活phere, or Mercury an

Unlike the moon, which上海夜生活phere, or Mercury an

y and Pluto, which have very thin atmospheres, Mars has an atmosphere composed mainly of carbon dioxide and nitrogen. It is unfit for human survival, but

there is the possibility of transforming the carbon dioxide into oxygen with green plants.上海夜生活品茶微信

And unlike Venus, which has a similar atmosphere, Mars has liquid water, as detected in June 2018. The water is kilome

上海夜生活ters underground, but human inhabitants can pump it out with engineering devices. There are even M

artian maps that make scientists believe there used to be rivers on the surface of the planet.上海夜生活

With all the advantages, Mars has already become the next destination for human space exploration. China’s Ma

rs mission comes at a good time and we hope China can play its part in getting humans to our neighboring planet.上海夜生活品茶微信

While industrial robots have become a common sight in factories across

eastern China, the country’s agriculture sector is seen by some as a place where few techn

上海夜生活ologies can take root, due to the high cost and sophisticated natural environment involved in growing food.

But a research institute and a startup based in Fuzhou, capital of East China’s Fujian pro

vince, are determined to change the perception by jointly developing an agricultural robot.上海夜生活品茶微信

The white, 5G-enabled, sensor-rich agricultural robot can move between two rows o

f leafy greens in a greenhouse, collect data about the plants, and feed it back to the control room.

上海夜生活Developed by Fujian Academy of Agricultural Sciences and Fujian Newl

and Era Hi-Tech Co Ltd, the robot is part of their efforts to build an autonomous running farm.

Different from industrial plants where robots can follow preset routes上海夜生活品茶微信

and do fixed jobs such as feeding standardized electronic parts, agricultural env

上海夜生活ironments are far more complex, said Zhao Jian, deputy head of the digital agriculture institute of FAAS.

“Farm robots also have to adapt to a wide variety of highly differentiated crops, livestock and aquatic products,” said Zhao.

To solve the challenges, the research institute and Newland have jointly develop上海夜生活品茶微信

ed a more sophisticated artificial intelligence system. Computer algorithms as well as the hardware for pos

itioning, map construction, route design and avoiding obstacles have all been optimized to suit the agricultural envi

ronment, taking into consideration fertilization, watering the plants, bumpy roads and other natural factors.

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