Does the New Yorker just inject random comics into their stories? None of these illustrations appear to be related to the content.
The Really Big One
21–30 of 286 posts
Re: The Really Big One
#22"The Pacific Northwest sits squarely within the Ring of Fire. Off its coast, an oceanic plate is slipping beneath a continental one. Inland, the Cascade volcanoes mark the line where, far below, the Juan de Fuca plate is heating up and melting everything above it. In other words, the Cascadia subduction zone has, as Goldfinger put it, “all the right anatomical parts.” Yet not once in recorded history has it caused a…
I wonder if they discounted this because it was (as wikipedia lists it) an "intraslab" earthquake. I'm not a seismologist, but that reads to me like it wasn't an earthquake from the fault line directly, but rather a secondary artifact of the subduction zone. I agree this is very misleading, but as they tell it through the historical lens, this earthquake also hadn't happened before they realized there could be earthq…
Re: The Really Big One
#23"The Pacific Northwest sits squarely within the Ring of Fire. Off its coast, an oceanic plate is slipping beneath a continental one. Inland, the Cascade volcanoes mark the line where, far below, the Juan de Fuca plate is heating up and melting everything above it. In other words, the Cascadia subduction zone has, as Goldfinger put it, “all the right anatomical parts.” Yet not once in recorded history has it caused a…
Re: The Really Big One
#24Does the New Yorker just inject random comics into their stories? None of these illustrations appear to be related to the content.
Re: The Really Big One
#25Earlier quoted context omitted.
I don't think a tsunami is going to flatten the city. A wave has a lot to go through (peninsulas, narrow straights, etc) before it could reach the city, all of which would likely lessen its impact significantly. Where the area will get hit hard, though, is liquifaction and landslides.
There will be significant damage from water all around inland Puget Sound, though I agree not on the scale of the full-blown tsunami on the coast. Everything is going to shift 30 to 100 feet west over the course of a couple minutes - the water in Puget Sound is going to slosh around like crazy.
Re: The Really Big One
#26Is there anything anyone can do to set up an alert for these sorts of things?
If these predictions are true, there's a good chance that the entirety of Silicon Valley could be utterly destroyed. You'd think people would take more of an interest in preventing that.
Re: The Really Big One
#27Here's what I'm thinking: the major problem with a disaster like this is the uncertainty surrounding its timing. "Maybe it'll be some other generation's problem. Maybe we don't actually need to let it affect our thinking about where we live and what we build." This kind of thinking is expedient and economical right up to the point where it gets absolutely everybody killed.
There's a second, somewhat less fundamental problem: the causality count can depend dramatically on exactly when the earthquake happens. It'll be worse if it happens at high tide rather than low tide (the tsunami will reach farther). Worse if it happens at night rather during the day (darkness is harder for emergency services to cope with). Worse if it happens in the winter rather than the summer (more deaths from exposure), etc.
These problems aside, a 9.0 with a tsunami is eminently survivable. You just need to be in the right place at the right time, surrounded by the right types of buildings / geology / topography, when it happens.
Anyhow, how do we solve these problems? Stopping the earthquake is out of the question ... but making it happen isn't. So here's what I propose: we announce an exact date and time for the earthquake.
Give everybody, say, 30 years to prepare for it. That's a decent-enough timescale for the sort of population displacements which will need to happen. So we'll have the earthquake in 2045. Let's have it in the mid-summer, at 10AM during a low tide, to minimise all the timing-related casualties. Then, at the appointed time and date -- if the earthquake hasn't happened yet -- we set off howevermany scores of nukes it's been calculated to take, drilled into the subduction zone, to lubricate the fault enough for a full-fault rupture. Shouldn't take too much of a push to get things going.
Over the next 30 years, the absolutely certain foreknowledge of this event would alter the planning, policy, and insurance environments dramatically. Tsunami walls etc. would be built in areas which are planned to be defended. In areas which cannot be defended and must be abandoned, the property prices, development activity, and eventually population levels would gradually crash. Within defended / geological stable zones, buildings which you want to be standing in 31 years would still need to be retrofitted to survive a 9.0 quake; otherwise, they'd be torn down before that point. Finally, on the appointed day of the quake, everybody could gather in the most geologically-stable high-grounds they can find, and just sit back and watch the fun.
Of course there'd be a danger that the quake might arrive at a bad time before then -- but even if it does, the incremental changes in land-use and the built environment, which such a policy would provoke, would result in far fewer casualties than our current trajectory.
Alas, it'll never happen, if only because a policy which results in the intentional destruction of millions of peoples' homes is a bit difficult to sell in a democracy, even if it would save tens to hundreds of thousands of lives.
Re: The Really Big One
#28Most people don't think of the midwest/great plains states as being seismically active, but they're home to some of the most geologically interesting history in the United States.
Re: The Really Big One
#29Hmm, in the spirit of thinking of worst-case scenarios, most of the engineering talent for Amazon and Microsoft is in Seattle and Redmond, respectively. There's even a sizable percentage of Google cloud platform in Fremont and Kirkland. Even if most of the employees live, it's likely basic infrastructure will be a disaster for quite a while. Maybe Google would be able to offload ops work to Mountain View, but it seem…
Re: The Really Big One
#30Well this article at least justifies that perhaps we don't need to replace the viaduct after all if everything is going to get destroyed anyways! While my fear of "the big one" doesn't keep me up at night, Seattle is going to be a classic example of "we should have known this was going to happen!" after a sizable earthquake costs substantial life at some point in the future. But this article does seem to stretch itse…
The viaduct's collapse in the next big earthquake and the ~80 lives it'll take is the _reason_ we're building something as a replacement! Granted, Bertha is a huge fuckup. A MBA in my python night class said that one approach to the viaduct problem would be to: fund a "victims of the viaduct" fund, today, with a couple million. And then pass a law that the compensation for families of the victims is limited to what's…