How The Chernobyl Disaster Affected The UK

One site where the effects of Chernobyl’s radioactive rains is still very present today, in the famous Loch Ness in Scotland.

    Between the 25th and the 26th of April, 1986, Reactor Number 4 at the Chernobyl Nuclear Power Plant went into meltdown: the tragically ironic result of a safety test simulating a power failure.

    Located in the now-abandoned Ukrainian town of Pripyat, the doomed reactor spewed a huge plume of radioactive debris and smoke into the atmosphere.

    This would be humanity’s worst nuclear disaster (so far), and it had a profound effect on the surrounding landscape. However, it also affected the wider world.

    It is estimated that the explosion released about four hundred times more radioactive material into the atmosphere than both the bombing of Hiroshima and Nagasaki combined.

    Despite being over 1,600 miles apart, the United Kingdom felt the effects of Chernobyl’s radioactive cloud.

    “Mark and Release” Sheep

    “Mark and Release” Sheep

    The effects of this were felt most severely in Wales, Scotland, and some Northern English counties like Cumbria, which all experienced heavy rain as the radioactive cloud passed over it.

    Due to this radioactive rain, there was moderate contamination to the grazing lands for sheep in these areas, and as such, the sheep reared here were at risk of radioactive contamination.

    The British Food Standards Agency (FSA) placed restrictions on 9,800 UK farms, most of which were located in Wales and Cumbria.

    Due to the radioactive particles becoming locked in upland peat in these areas, the sheep that grazed on them had to be monitored by their farmers.

    Before being moved down from the high ground for sale, the sheep had to be tested for levels of Caesium-137 by the FSA.

    The farmers were paid £1.30 extra per animal by the FSA to compensate for the extra time checking them, something known as the “Mark and Release” restrictions.

    The final “Mark and Release” restrictions were only just lifted on the last 8 sheep farms in Cumbria and the last 327 Welsh sheep farms in 2012, bringing to an end the uncertainty of contaminated Welsh and Cumbrian lamb.

    Loch Ness

    Loch Ness - Scotland

    One site where Chernobyl’s radioactive rains are still present today is the famous Loch Ness in Scotland.

    More popularly known for being the home of an age-old urban myth about the Loch Ness monster, or Nessie, this Scottish Loch holds a permanent Chernobyl Disaster reminder.

    A study into the pollutive effects of acid rain inflicted on Loch Ness over the years saw a sediment core taken in 170 meters of water and analyzed by a team of scientists at University College London as part of the “ROSETTA Project.”

    Part of the analysis performed on the sediment included testing for radioactive isotopes, which proved positive.

    These radioactive isotopes were analyzed and correlated with those released by the fall-out from the Chernobyl disaster, proving that its effects are still present today.

    In Conclusion

    Whilst the UK thankfully suffered no immediate and serious danger from the Chernobyl Disaster, the fact it felt the effects from so far away still goes to show how far-reaching the explosion was.

    More so, it truly puts into perspective how linked together our little world really is and just how much what we do affects the atmosphere for all of us.

Share This
Previous Article 35 Interesting Facts About Keanu Reeves Next Article 5 Common Phrases With Historical Origins

About The Author

Jack De Graaf
Jack De Graaf

Jack De Graaf is a BA English Studies graduate and a part-time writer. In his spare time he likes to read and do circus skills. He enjoys writing about video games, television and general knowledge.

Fact Check

We have a thorough fact-checking process and a dedicated team verifying our content for accuracy. But occasionally, we may get things wrong, or information becomes outdated. If you believe something to be incorrect, please leave us a message below.

Leave a Comment