I wonder why "extinction rebellion" types don't love nuclear power more. When it works right we have unlimited clean energy. And when it goes wrong you have a 50,000 year nature preserve.
What Bikini Atoll Looks Like Today (2017)
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Re: What Bikini Atoll Looks Like Today (2017)
#12I wonder why "extinction rebellion" types don't love nuclear power more. When it works right we have unlimited clean energy. And when it goes wrong you have a 50,000 year nature preserve.
Re: What Bikini Atoll Looks Like Today (2017)
#13[1] https://stanfordmag.org/contents/what-bikini-atoll-looks-lik...
Re: What Bikini Atoll Looks Like Today (2017)
#14As part of this, you can often get to set foot on Bikini Atoll, something normally not possible AFAIK where you can only stay a few hours to stay below radiation thresholds.
A whole bunch of people used to live there but were essentially bullied into leaving and now essentially live as refugess, still unable to return [3].
[1]: https://www.youtube.com/watch?v=e5bKzTbHu4A
[2]: https://www.scubadoctor.com.au/article-diving-the-nuclear-fl...
Re: What Bikini Atoll Looks Like Today (2017)
#15What, did Medium just copy over Stanford's alumni magazine? Here's the original story.[1] [1] https://stanfordmag.org/contents/what-bikini-atoll-looks-lik...
Re: What Bikini Atoll Looks Like Today (2017)
#16I wonder why "extinction rebellion" types don't love nuclear power more. When it works right we have unlimited clean energy. And when it goes wrong you have a 50,000 year nature preserve.
Re: What Bikini Atoll Looks Like Today (2017)
#17I wonder why "extinction rebellion" types don't love nuclear power more. When it works right we have unlimited clean energy. And when it goes wrong you have a 50,000 year nature preserve.
Because we talk about the harms of radiation far more than we discuss the harms of pollution and CO2, despite the latter having orders of magnitude more health impacts. We'd have to have hundreds or maybe thousands of chernobyls a year to compete.
And the biggest issue is that one incident can cause so much of it. Add to the fact that we tend to rely on the lowest bidder who will then inevitably cut corners to make as much of a profit for their shareholders, and accidents will happen. Also, there's proliferation risk. No, nuclear material from power plants isn't useable for nuclear bombs but it is for dirty bombs.
If we do it, it should be state managed like the military. We don't let commercial parties play around with nuclear bombs. Why should they be trusted with power plants that contain a hell of a lot more nuclear material?
Edit: oh and uranium mining is also pretty polluting business.
I'm not saying that coal is better. But renewable certainly is. That should be the #1 goal, and the base load met by power storage. Only by nukes if there's no other way.
Anyway that's my opinion as an environmental type.
Re: What Bikini Atoll Looks Like Today (2017)
#18I only learned last year that you can dive the atomic fleet [1][2]. What is the atomic fleet? As part of the nuclear testing at Bikini Atoll, they dragged a bunch of WW2 ships (from both the US and Japan) and detonated bombs above them to test how effective such weapons were at sinking ships. As part of this, you can often get to set foot on Bikini Atoll, something normally not possible AFAIK where you can only stay…
As one learns by reading the linked article, radiation levels on the island are either equal to or below the levels that aircraft passengers are exposed to at 35k feet. Just don't eat the coconuts or crabs.
Re: What Bikini Atoll Looks Like Today (2017)
#19What, did Medium just copy over Stanford's alumni magazine? Here's the original story.[1] [1] https://stanfordmag.org/contents/what-bikini-atoll-looks-lik...
Medium is a publishing/hosting platform for authors. This Medium account is (or purports to be) the official account of the Stanford alumni magazine.
Re: What Bikini Atoll Looks Like Today (2017)
#20Earlier quoted context omitted.
Because we talk about the harms of radiation far more than we discuss the harms of pollution and CO2, despite the latter having orders of magnitude more health impacts. We'd have to have hundreds or maybe thousands of chernobyls a year to compete.
If you look only at deaths yes. But radioactive contamination can lead to a lot more damage to health and nature than just deaths. As an example, Fukushima caused 1 death but its pollution was detected all the way across the Atlantic. Yet usually only deaths are factored in. And the biggest issue is that one incident can cause so much of it. Add to the fact that we tend to rely on the lowest bidder who will then inev…
(Edit: although maybe thorium might shift the calculation.)