Raphael wrote: ↑Fri Aug 04, 2023 1:08 pmRaphael wrote: ↑Fri Aug 04, 2023 6:11 amWhen a tamed elephant goes rogue, that doesn't make large tracts of land uninhabitable.
Do you want to go live where an elephant went on a killing spree? Do you know anyone who would like to? So who is going to move in?
That's a question of where people might
want to live. Not the same as where they
can live. But feel free to provide a list of places where people used to live that are now uninhabited because of rampaging elephants any time you want.
Thats like asking for a list of all the people who have been gored to death by nuclear power - since the answer is 00, clearly nuclear power isn't dangerous.
Nobody is saying that elephants (or sinkholes, etc) and uranium kill in the same way or over the same span of time or over the same swaths of land.....we'd have to invoke
Hitler to get that level of death. Though given that he didn't render the land uninhabitable afterwards, I worry...
Yes, quite true: when things go wrong, its worse...to use a term from when i was growing up, thats what makes nuclear power something sexy to protest against -- as used to be pointed out, far more people die (and with greater regularity) from car accidents each year, than from shark attacks, yet shark attacks are sexy, so they get reported more.
On the other hand, radioactives in skincare products was not much worse than actual illegal drugs' impact on the body.
?????
To which part? We Americans
did put radioactive elements in our skincare products, our toothpastes, and other things...to massive disasters across society.
We can earthquake-proof houses and other buildings too...and yet, in the past few years, a couple of Italian towns sued the (company?) scientists whose job it was to predict where in Italy was due for an earthquake.
I suspect that those scientists were doing their job as well as they could -- and gave plenty of warning to the towns where they did detect earthquakes. That doesn't make it any less bad that there were casualties and wounds and deaths in the towns that didn't get a warning.
Interesting, but I'm not sure how it's relevant to this discussion.
Relevant in the sense that, you're castigating everyone in a field of research and generation, because of when things fail to be predicted or prevented...side-stepping all the times that nothing went wrong, or all the times problems were prevented.
Or did you mean your point that, now that we've had a tsunami-related nuclear accident, we won't have another one...but we should still prepare and build for, as though we are at risk for more tsunami-related accidents - thats my point.
Of course there
might be another tsunami-related nuclear accident. It's just a lot more likely that the next serious nuclear disaster will be triggered by something else entirely. Perhaps a rampaging elephant or something.
I'd put money on nuclear power plants' walls already being elephant-proof even now. Thats called preadaptation.
I used to know an equestrian who never walked behind horses, because he was taught that the critters could and did kick with immense power, sometimes to a person's death. This equestrian, however, walked beside a horse's front feet - one hoof stomping down on his toes. Fortunately, smart equestrians know to wear steel-toed boots, so he was fine.
(moral: you can't foresee everything; but you can make yourself as safe as you can at any given time)
You can make yourself fairly safe from nuclear accidents by not using nuclear energy.
Only if everyone stops using nuclear energy in ways that have risks.
In my district and county, I'm pretty sure that there are people whose houses draw 90+ % of their daily power supply from their solar panels...and yet those same people suffered just as much as their non-solar neighbors when the coal ash disaster hit the region as a result of what Duke Energy was doing.
Yes, there'll be more tsunami-proofing of nuclear facilities now, and yes, many nuclear facilities are already in places with little or no risk from tsunamis. But that's besides the point, because the next serious nuclear disaster almost certainly won't be caused by a tsunami, but by something else entirely.
Great. If you can predict it, you can help prevent it.
I can't predict it, and neither can you, which is pretty much my point.
I never claimed to be able to - but I haven't been advocating surrendering to what i once heard as "if its dangerous now, it'll always be dangerous, and we should give up now."
If not, then what? We accept a degree of risk in everything about modern society -- food recalls and food poisoning rarely makes the front pages anymore, though airplane crashes do;
Again, feel free to provide a list of places where people used to live that are now uninhabited because of food poisoning or airplane crashes any time you want.
Its strange that, to you, things are only dangerous if they are huge (see below) or render regions uninhabitable.
keenir wrote: ↑Fri Aug 04, 2023 12:26 pmRaphael wrote: ↑Fri Aug 04, 2023 12:13 pm
Again, fugu would be a great analogy for nuclear power if every now and then, a serious fugu mishap would lead to the entire surrounding region around the restaurant in question having to be evacuated, and sometimes, the area affected in that way would be a lot larger than even that.
So, your objection is that the neighborhood gets evacuated? Makes sense - if a school gets irradiated or falls into a sinkhole, we can't use that school anymore.
Do you have a list of 20-mile-diameter sinkholes? (Equivalent of Fukushima.) Or 200-mile-diameter sinkholes? (Probably the closest analogy for Chernobyl.)
so...sinkholes aren't dangerous...because they aren't as huge as Fukushima or Chernobyl.
Heck, agriculture can render acres and acres of land unuseable for anything - thank the salt for that. Are we trying to undo the damage salt-related agriculture has had in many parts of the world? Yes. Are we done? No, and we might not be done for a thousand years - should we give up because the time scale is nearly nuclear?
Of course we should try to repair environmental damage. Your point being?
We're still not done trying to repair it, and we've been working on that for longer than we've had nuclear power in any form. If you don't think we should give up on one, why do you think we should give up trying on the other?