reminds me of the absolutely sanitized annual ritual of People's (Time's? Newsweeks? IDEK) "sexiest man alive" which is always, like, the cleanest whitest most symmetrical except for his hair man we could find and has literally nothing to do with sexiness.
and it's not ONLY visual media either! a lot of written romances lean very heavily on chiseled jaw-broad shoulders to make someone "sexy."
Contrast with, for ex, @kj_charles, who has multiple heroes with narrow shoulders. Really, when was the last time you read a book with a main character described as having narrow shoulders? and be presented as sexy?! And they ARE sexy, because their love interests find them so,
because of the way they behave and care and interact and respond to problems and because it's not all about the shape of the body! There are also broad-shouldered MCs in KJ Charles, they're not all narrow-shouldered. In fact they vary in almost everything. Except sexy. Which is
kind of the opposite of the almost uniform body type that, as that article describes, we are fed in most media as the ONLY criteria for sexiness.
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I'm reviewing them through my own article about disaster responses as human-made disasters in Disaster Research and the Second Environmental Crisis edited by Kendra, @USofDisaster, @ProfDisasterspringer.com/gp/book/978303…
procrastination is not the real reason I'm doing this (although it might be the reason I'm doing it *now*...). It's a story and people want to hear what happens next, that's one reason. I want more people to know about this, that's another. It's been ten years, and the impact
There was so much interest in this thread tracing the Fukushima Dai-Ichi crisis as it happened with reactor 1 that I'm going to do the same for reactor 2 and maybe 3. It's a lot, so I'll be adding to it sporadically. But it's an important story to tell.
I'm drawing from this report I researched and co-wrote for the French nuclear safety institute in 2013-2015 (note there's a page or two in French but after that it is in English) irsn.fr/EN/newsroom/Ne…
The report is drawn largely from official Japanese reports: Investigation Committee on the Accident at the Fukushima Nuclear Power Station (ICANPS); Nuclear Accident Independent Investigation Commission (NAIIC); TEPCO reports; & this book by Kadota amazon.com/dp/B0833Y1WX9/…
Later today I'm giving a talk on Fukushima Dai-Ichi as part of @UniLeiden's very cool semester-long study of a crisis, with different sector-area specialists invited to talk. I'm in mainly because of this report I co-wrote years ago for @suretenucleaire irsn.fr/FR/expertise/r…
so as I prep here are a few details about the unfolding of the crisis you may not be familiar with
The operators, and the rest of the plant, did not know right away that a tsunami had hit. How would they know? They were in windowless rooms and communications were down or jammed because of the earthquake.
The article doesn't explain why the system is vulnerable in this way, but the situation reminds me of my research on the Fukushima Dai-Ichi accident, when operators were desperately trying to connect to grid electricity to cool the stricken plant before meltdown.
I would like to understand why this is the case in the electricity network and whether it's possible to mitigate it, but in the case of FD1, I think many people believe the tsunami damaged the nuclear reactors directly. it didn't. The reactors scrammed correctly and stopped.
They needed to be cooled safely after that. But the earthquake had knocked out a grid connection, and the tsunami had (famously) damaged the emergency generators.