• News
  • Film and TV
  • Music
  • Tech
  • Features
  • Celebrity
  • Politics
  • Weird
  • Community
  • Advertise
  • Terms
  • Privacy & Cookies
  • LADbible Group
  • LADbible
  • SPORTbible
  • GAMINGbible
  • Tyla
  • UNILAD Tech
  • FOODbible
  • License Our Content
  • About Us & Contact
  • Jobs
  • Latest
  • Topics A-Z
  • Authors
Facebook
Instagram
X
Threads
TikTok
YouTube
Submit Your Content
Fungus in Chernobyl nuclear disaster zone has mutated to ‘feed’ on radiation

Home> News> World News

Published 14:05 17 Dec 2024 GMT

Fungus in Chernobyl nuclear disaster zone has mutated to ‘feed’ on radiation

The fungus has adapted to convert gamma radiation into chemical energy

Bec Oakes

Bec Oakes

Featured Image Credit: Getty Stock Images/Igor Kostin/Laski Diffusion/Getty Images

Topics: World News, Science, Chernobyl

Bec Oakes
Bec Oakes

Advert

Advert

Advert

A species of black fungus at the site of the Chernoyl disaster has mutated to 'feed' on nuclear radiation that would be lethal to most life forms.

In the early hours of April 26, 1986, one of the most devastating nuclear disasters in history struck the Chernobyl Nuclear Power Plant in Pripyat, Ukraine.

Chernobyl's Reactor 4 experienced a critical meltdown, which resulted in a number of explosions, raging fires and a catastrophic spread of radiation across surrounding areas.

Dozens of people were killed in the direct aftermath of the Chernobyl disaster, with thousands later dying due to radiation-related causes in the years that followed.

Advert

The disaster happened more almost four decades ago, but the 20-mile radius surrounding the power plant - known as the exclusion zone - remains one of the most contaminated places on Earth and will not be habitable for about 20,000 years due to the long-lasting effects of radiation.

However, while the nuclear radiation would be harmful to most life forms, a black fungus found at the site has adapted to 'feeding' off it.

Scientists have found a black fungus that had adapted to 'feed' off nuclear radiation at the site of the Chernobyl disaster (Igor Kostin/Laski Diffusion/Getty Images)
Scientists have found a black fungus that had adapted to 'feed' off nuclear radiation at the site of the Chernobyl disaster (Igor Kostin/Laski Diffusion/Getty Images)

Radiation-eating fungus: how does it work?

Cladosporium sphaerospermum is a highly resilient species of black fungus that has been observed growing on the walls of Chernobyl's Reactor 4 since the disaster.

Advert

Scientists have found that the fungus has mutated to use nuclear radiation as a source of energy in a similar way to how plants get energy from the sun.

It gets its radiation-eating power from melanin - the pigment that gives humans their skin color and acts as a shield against harmful UV rays.

But, the fungus 'does more than shield: it facilitates energy productions,' according to Rutgers University evolutionary biologist Scott Travers. This process, in which melanin absorbs radiation and converts it into chemical energy, is known as radiosynthesis.

The fungus converts radiation into chemical energy in a process known as radiosynthesis (Getty Stock Images)
The fungus converts radiation into chemical energy in a process known as radiosynthesis (Getty Stock Images)

Fungus could hold the key to better space travel

Now, scientists hope they may be able to harness this process to create radiation shields that can protect astronauts during deep space missions.

Advert

Harsh radioactive conditions in space is a major hurdle in long-term missions, with astronauts being exposed to the equivalent of one year's exposure on Earth in just one week on the International Space Station (ISS).

And, according to the European Space Agency (ESA), an astronaut on a mission to Mars could be exposed to doses of radiation up to 700 times higher than on our planet.

Researchers aboard the ISS have studied cladosporium sphaerospermum's ability to reduce the effect of harmful radiation in an environment similar to Mars' surface.

They found that that the fungus blocked and absorbed 84 percent of the space radiation. The fungus also showed significant growth over a 26-day period, suggesting its ability to perform radiosynthesis could extend to space environments.

  • Dogs living near Chernobyl nuclear disaster zone have developed a ’super power’
  • How fungus inside one of the most radioactive reactors in Chernobyl is able to absorb deadly radiation
  • Ukraine gives update on radiation levels after shocking footage showed Russian drone hitting Chernobyl power plant
  • Trump moves nuclear submarines 'closer to Russia' after former president issued scathing threat to POTUS

Choose your content:

7 mins ago
an hour ago
2 hours ago
  • 7 mins ago

    How AT&T customers could receive up to $7,500 in $177 million settlement after two major data breaches

    Current and former AT&T customers could be due some compensation

    News
  • an hour ago

    Putin issues reminder of ‘big mistake’ he claims could have prevented war in Ukraine

    Putin echoed the unsubstantiated claims during his and Donald Trump's press conference on Friday

    News
  • 2 hours ago

    Sean Kingston sentenced to 3.5 years in prison for fraud scheme after making three-word plea to police

    Sean Kingston cried as the verdict was read out in court

    Celebrity
  • 2 hours ago

    Body language expert breaks down Trump’s ‘subtle signal’ during ‘yank' handshake with Putin

    Donald Trump and Vladimir Putin's handshake has sparked a debate

    News