Related to the evacuation, not ‘radiation-related’, which they go into later on. I wonder how many related deaths there were from the other evacuation? What do you think? 
So, your argument in this post seems to be that very few people died from radiation (despite what I assume is you either not reading the Wiki closely or trying to spin it that way), but the cleanup costing a lot of money. For a one time event. The event of which cost MANY hundreds of billions more to clean up. Yeah, that’s the thing…the event that actually triggered Fukushima seems to often get overlooked in these discussions.
I wasn’t going to reply to this thread, as it seems like the same old same old to me. In fact, it IS the same old same old. The guy in the OP is basically an anti-nuke, and has been one for a long time. Reading the article, he has all sorts of reasons for this stance, but a lot of them are the same old bullshit. Basically, nuclear is bad. It’s expensive and lots of plants that were started never got finished (which is pretty ironic, considering his own role in some of that) so it wasted all that money of the good people who just wanted power! Fukushima! Chernobyl!!! Clearly, nuclear is bad for the planet because of these two events. Plus, wind and solar will save us!
The thing is, this level of horseshit would normally get batted down on this site as ridiculous, but because it’s nuclear it’s actually taken seriously. If this was about vaccines, say, and we were talking about the cost to benefit of them in terms of the few percentage of folks who will have bad reactions and might even die verse the millions who WILL be saved, people would be ripping into this. Instead, what we have is stuff like pointing out that 1368 died (ignoring the part that says ‘many of these deaths may have been caused by the evacuation period being too long, and that residents could have been allowed to return to their homes earlier in order to reduce the total related death toll’ as well as ignoring the fact that this happened pretty much all along the east coast of Japan because of that whole tsunami thingy that coincidentally also happened around the same time) as if this proves…something? Even if 10 times that number died directly from the nuclear power plant the cost to benefit would still be there…even if it cost 10 times the amount to clean up. Especially since we are talking about something that has happened exactly once in Japan since 1966. Know how many people die each year due to fossil fuel use? And, can you guess what the continued use of the stuff is going to cost us all in terms of environmental damage, storms and the like?
As for wind and solar, yeah, they can’t scale up to meet our needs for constant and steady power. And they won’t be able to for the foreseeable future. I’m unsure why this is still being brought up. Until and unless we have a way to store that energy, this will always be the case and they will remain niche energy sources. That’s important and necessary, but it leaves a large gap. And if we don’t have nuclear, then we will have something fossil fuel related to fill that gap. Sure, we are making great strides putting in wind and solar, and we’ll continue to do so. But that just means that fossil fuels use goes from 70% (the estimated global fossil fuel production currently) to…what, maybe 60%? If we are lucky? Oh, in some small countries with dense populations that might change, but not in countries like the US…or China. China, of course, IS building more nuclear reactors (how stupid they must be…they should read this thread to find out how stupid that is!), but they are still over 50% fossil fuel for production. The US is a lot less of course…35-40% is what I’m getting from mainly coal and natural gas. Without nukes (which will be diminishing from around 20% to 0 in the next few decades) we could drop that to…30%? Maybe 25%? If we are lucky.
That’s good and all, and hopefully that will be enough, but unless there is some major tech breakthrough that’s about as good as it’s going to get.
There is, currently, one technology that could scale up to meet our needs for constant and steady production. Nuclear. It could easily be brought up in the US to take that 35-40% load, making us a hell of a lot greener, and by extension along with the new wave of battery powered cars make us greener across the board. But we won’t do it because it’s too risky and costs too much. But this is the same sort of risk analysis and cost to benefit that anti-vaxxers use, with exactly the same flaws.