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Originally posted by Hx3_1963
reply to post by questioningall
What exactly are you supposed to be "blankin'" about here...looks ok to me
Originally posted by northeaster
This image is from June 2001;
ava.jpl.nasa.gov...
from this page:
ava.jpl.nasa.gov...
What would be some of the signs of a problem at Yellowstone as far as a volcano goes?
Jake: Yellowstone is a caldera, and any active caldera system has constant geological activity. Many calderas around the world display the kinds of activities that you don't expect at small cone volcanoes. Before an eruption, we typically expect earthquakes, lots of ground movement, and explosions of steam. At Yellowstone and other calderas, these sorts of events are commonplace, but they still don't erupt. So we expect far more extreme kinds of earthquakes, ground uplift, and explosions that currently is the norm at Yellowstone and many other calderas.
Hank: The precursors to an eruption will also be in the same area, so the things that Jake just talked about that we do have in Yellowstone — hot ground at Norris and uplifts near Norris — are not indicators of an eruption. All those things need to occur in the same area, and those we have not seen during monitoring history of Yellowstone. So as Jake said, the calderas like Yellowstone have those events and we have them in Yellowstone, but they aren't in the same area, and thus we're not concerned with an imminent eruption.
Does the U.S. have contingency plans for a Category 8 eruption?
Jake: Neither of us is a civil defense expert, or is privy to the plans of those sorts of organizations. It's possible they do, but our job is to monitor the volcano, and that keeps us very busy!
What are the boundaries of the volcano rim?
Jake: Most people define the volcano as the Yellowstone caldera. It's an area about 50 by 30 miles. There are lava flows that have erupted outside this area, so the region of volcanism is larger than the caldera itself.
Hank: The caldera is the central portion of the volcano that collapsed or subsided after the hundreds of cubic miles of magma was erupted.
If something was detected, could explosives or a nuclear weapon be used to open up the ground and relive the pressure without an eruption?
Hank: From a geophysical point of view, there is no way to relieve the pressure associated with a volcanic eruption. The pressures and temperatures are so large that anything we can do as humans would be insignificant to the natural geologic event.
Originally posted by Hx3_1963
reply to post by questioningall
What exactly are you supposed to be "blankin'" about here...looks ok to me