A Chinese Lunar Probe Returns to Earth With the World's First Samples from the Far Side of the Moon

China’s Chang’e-6 probe after it landed on the surface of the moon on June 4. China National Space Administration / Xinhua / AP
China’s Chang’e-6 probe after it landed on the surface of the moon on June 4. China National Space Administration / Xinhua / AP
TT

A Chinese Lunar Probe Returns to Earth With the World's First Samples from the Far Side of the Moon

China’s Chang’e-6 probe after it landed on the surface of the moon on June 4. China National Space Administration / Xinhua / AP
China’s Chang’e-6 probe after it landed on the surface of the moon on June 4. China National Space Administration / Xinhua / AP

China's Chang'e 6 probe returned to Earth on Tuesday with rock and soil samples from the little-explored far side of the moon in a global first.
The probe landed in northern China on Tuesday afternoon in the Inner Mongolian region, The Associated Press said.
“I now declare that the Chang’e 6 Lunar Exploration Mission achieved complete success," Zhang Kejian, Director of the China National Space Administration said shortly in a televised news conference after the landing.
Chinese scientists anticipate the returned samples will include 2.5 million-year-old volcanic rock and other material that scientists hope will answer questions about geographic differences on the moon's two sides.
The near side is what is seen from Earth, and the far side faces outer space. The far side is also known to have mountains and impact craters, contrasting with the relatively flat expanses visible on the near side.
While past US and Soviet missions have collected samples from the moon's near side, the Chinese mission was the first that has collected samples from the far side.
The moon program is part of a growing rivalry with the US — still the leader in space exploration — and others, including Japan and India. China has put its own space station in orbit and regularly sends crews there.
China's leader Xi Jinping sent a message of congratulations to the Chang'e team, saying that it was a “landmark achievement in our country's efforts at becoming a space and technological power.”
The probe left earth on May 3, and its journey lasted 53 days. The probe has drilled into the core and scooped rocks from the surface.
The samples “are expected to answer one of the most fundamental scientific questions in lunar science research: what geologic activity is responsible for the differences between the two sides?” said Zongyu Yue, a geologist at the Chinese Academy of Sciences, in a statement issued in the Innovation Monday, a journal published in partnership with the Chinese Academy of Sciences.
China in recent years has launched multiple successful missions to the moon, collecting samples from the moon’s near side with the Chang’e 5 probe previously.
They are also hoping that the probe will return with material that bears traces of meteorite strikes from the moon’s past. With the successful reentry of the probe, scientists will begin studying the samples.



Colombian Scientists Develop Supplement to Protect Bees from Pesticides

Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters
Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters
TT

Colombian Scientists Develop Supplement to Protect Bees from Pesticides

Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters
Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters

Scientists in Colombia say they have developed a novel food supplement that protects bees' brains from pesticides, keeping the insects safe from neurological damage caused by agricultural chemicals.

Bees, as pollinators, are considered essential for the preservation of natural ecosystems and food production.

The plant-based supplement developed at Colombia's private Rosario University in Bogota, in partnership with the Department of Neuroscience at the University of Arizona and Colombian Universidad Javeriana, allows bees to cope with neurotoxins commonly used in agriculture and avoid having their motor system and memory harmed by the chemicals, Reuters reported.

"This is a nutritional solution to the problem bees face when exposed to pesticides," said Andre Riveros, associate professor at Rosario University. "The food induces them to develop a protection (against pesticides)".

The formula is created with flavonoids, plant-derived secondary metabolites known for their health benefits.

Sedated and then confined to small laboratory tubes, bees were fed one-by-one by scientists during initial development of the supplement.

Testing has now moved to real-world scenarios in a university apiary, explained Juan Jose Ovalle, a natural science student at the university.

"We already know that there are molecules that improve the bees' health, we already know that there are molecules that prevent neuronal damage caused by pesticides", Ovalle explained, adding it was important to continue the work to boost the effectiveness of these methods in supporting bees.