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Nature Podcast

REBROADCAST: Nature PastCast - May 1985

Nature Podcast

podcast@nature.com

Science, Technology, News

4.5893 Ratings

🗓️ 9 May 2016

⏱️ 16 minutes

🧾️ Download transcript

Summary

Jonathan Shanklin was sifting through a backlog of data when he made the startling discovery of a hole in the ozone layer above Antarctica. In this podcast, he and others recall events in the mid-1980s and discuss how the 'ozone hole' became the poster child for environmentalism. Originally aired 17/05/2013.

Hosted on Acast. See acast.com/privacy for more information.

Transcript

Click on a timestamp to play from that location

0:00.0

This podcast originally aired in May 2013.

0:04.2

This is the Nature Pastcast, each month raiding nature's archive and looking at key moments in science.

0:10.3

In this show, we're exploring a paper published in the 1980s.

0:24.4

And now, ozone in the news.

0:30.1

Recently, scientists discovered a weak spot in the ozone layer over Antarctica.

0:36.4

Satellite observations have confirmed a progressive deterioration in the Earth's protective ozone layer above Antarctica, according to scientists.

0:40.2

Nature, International Weekly Journal of Science, 16 May, 1985.

0:49.3

Let us to Nature, page 207, large losses of total ozone in Antarctica.

1:00.4

The paper really changed the way people look at the environment.

1:06.2

It provided an image of nearly global environmental damage that people could see.

1:14.5

All of a sudden, you look at it differently. Wow, we really can affect the planet as a whole.

1:35.2

J.C. Farman, B.G. Gardiner and J.D. Shanklin, British Antarctic Survey, Cambridge, UK.

1:45.7

What we discovered at our Antarctic station was quite curious. It seemed that each Antarctic spring,

1:48.4

which for the Antarctic is September, October,

1:51.0

ozone levels were dropping.

1:53.5

I'm Jonathan Shanklin,

1:55.9

and I was one of the team of scientists that discovered the Antarctic ozone hole.

2:10.0

Music discovered the Antarctic ozone hole. Concerns were raised really in the 1960s and 70s, that substances that we were manufacturing,

2:19.4

in particular chlorofluorocarbons, the CFCs,

2:23.7

might put chlorine high into the atmosphere,

2:29.0

where it could then photocatalyticly interact with the ozone and destroy ozone.

2:36.0

Ozone is an invisible upper atmospheric gas that protects all forms of life on Earth

...

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