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A Storage Space on the Moon?

Scientists want to store the cells of endangered animal species on the Moon.

The Moon in space with only one side illuminated.

© NASA/JPL/USGS

Tens of thousands of species are endangered, and that number is growing. So scientists have come up with a way to make sure animal species aren’t lost forever: they want to safeguard animals’ cellular material by storing it on the Moon.

A team of researchers suggest putting frozen cells from many animal species in an enclosure and placing it on the frigid far side of the Moon (the side not facing Earth), where the cells would remain frozen. Freezing the materials is a way to preserve them.

“The purpose is really to create a biorepository to ensure long-term safeguarding of species from extinction,” John Bischof, an engineer from the University of Minnesota, told Minnesota Public Radio. “This is a way of actually putting away really important genetic material in a place where it will be safe for, potentially, generations.”

The cells could be used to improve genetic diversity in species with very small populations. They could even be used to clone animals.

Scientists say the Moon could be a better storage place than Earth, where climate change is causing temperatures to rise. Already, the country of Norway is home to the Global Seed Vault, where more than one million seed samples from around the world are stored under permafrost to keep them cold. In 2017, the vault was flooded due to melting permafrost. Luckily, no seeds were affected by the flood.

“If there had not been people there, flooding could have damaged the [seed] biorepository,” scientist Mary Hagedorn told the Guardian. Hagedorn was lead author of the study that described the animal cell biorepository.

As they considered storing animal cells, scientists concluded that Earth would be an unreliable location. They decided to look elsewhere. The Moon has a very thin atmosphere, which means there’s no threat of climate change there. Still, the Moon is exposed to solar radiation that can destroy cells. Scientists will need to build a repository that protects the cells from damage.

Hagedorn says we’re nowhere near the point where a biorepository would be built and maintained on the Moon. But there are plans for increased travel to the Moon and maybe even the construction of a base camp there. For now, Hagedorn and her team have outlined a possible plan.

“We know how to do this and can do this and will do this, but it may take decades to finally achieve,” she told the Guardian.

Did You Know?

Temperatures on the Moon vary a lot more than they do on Earth. Near the Moon’s equator, temperatures can reach as high as 250°F (121°C) in sunlight and fall to -208°F (-133°C) in darkness. In craters that never get sunlight, NASA has measured temperatures below -410°F (-246°C). 

The Moon in space with Earth in the background.

© SN/stock.adobe.com

When Dust Is a Big Deal

An astronaut in a space suit stands on the lunar surface and collects dust alongside a closeup of the instrument the astronaut is using.

NASA/JSC; Photo composite Encyclopædia Britannica, Inc.

In the future, NASA wants to establish a big human presence on the Moon. The Moon could be the site of a base camp where astronauts could stay as they prepare for a mission to Mars.

But the Moon isn’t an easy place for humans to be, and dust is a big reason why. When astronauts landed on the Moon in the past, lunar dust got all over the space capsules and the astronauts themselves. On Earth, dust is made of things like dust mites and pollen. On the Moon, dust is made of tiny bits of rock. It’s more harmful to humans than Earth dust for many reasons. Here are a few:

  • Lunar dust contains silicate, which also exists on Earth and can be harmful to the lungs when inhaled.
  • Earth’s particles get eroded over time due to wind and water, making them smooth. The Moon’s particles don’t erode, so they’re jagged and sharp.
  • Since the Moon is exposed to a lot of solar radiation, lunar dust is electrostatically charged. This charge causes dust to linger above the Moon’s surface.
  • The low-gravity lunar environment also causes dust to linger above the Moon’s surface.
  • Floating dust gets on space suits and inside equipment, doing great damage to both.

But lunar dust isn’t all bad. Scientists are working on ways to extract water and oxygen from lunar soil so that humans can use these resources on the Moon.

Both NASA and other space agencies are working on technologies designed to address the dust problem so that lunar exploration—and settlement—can become a reality.

Saving Earth’s Species

A sea otter pup rides on its mother’s back in the water.

© Hotshotsworldwide/Dreamstime.com

The Moon could become a vital part of protecting endangered species. Why is it important to protect these species, and what are some other things we can do?

Learn more at Britannica!

WORD OF THE DAY

repository

PART OF SPEECH:

noun

Definition:

: a place where a large amount of something is stored

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