Jakarta, INTI – In a unique innovation to protect wildlife, Chinese researchers have created a robot disguised as a Tibetan antelope to observe the lives of this rare species in the wild. The robot successfully underwent testing in late July at the Hoh Xil National Nature Reserve in Tibet, located more than 4,600 meters above sea level.
Robot Disguised as Wildlife
The antelope robot is designed to resemble the real animal’s frame, covered with artificial fur based on actual samples. Thanks to this disguise, the machine was accepted into the herd without arousing suspicion.
During the three-day trial, the robot only recorded footage of antelopes grazing. However, researchers hope that in the future it can capture more dramatic moments, including the birthing process.
Minimal Disturbance, Maximum Observation
According to Lian Xinming, a researcher from the Northwest Plateau Institute of Biology, the main purpose of using this robot is to ensure the Tibetan antelope’s migration occurs safely with minimal human disturbance.
This decision was made because Tibetan antelopes are known to be highly sensitive. Human presence can cause stress and even lead to miscarriages in pregnant females. Moreover, the extreme conditions of the cold, oxygen-scarce plateau make direct observation a major challenge.
Inspired by a Robot Performance
Interestingly, the idea for the antelope robot emerged after researchers watched a robot dance performance at the televised Spring Festival Gala last February. From there, the concept of creating a specialized machine for wildlife research was born.
The robot itself is based on four-legged technology and designed to withstand rugged terrain. During testing, it was able to travel about two kilometers and overcome various obstacles.
Tibetan Antelope, an Endangered Species
The Tibetan antelope is a rare species often targeted by poachers for its extremely soft, lightweight, and warm underfur. Its population had plummeted to only around 70,000 in the 1990s. However, thanks to China’s conservation efforts, their numbers have now increased to nearly 300,000.
Conclusion
The use of antelope robots in Tibet demonstrates how technology can support the conservation of endangered wildlife. By minimizing human intervention, this research is expected to help safeguard the survival of Tibetan antelopes while also strengthening ecosystem preservation efforts on the Qinghai-Tibet Plateau.
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