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Originally posted by Denied
reply to post by alysha.angel
i dont agree with my source either
i posted it not realising how poor that source was, with no other evidence to back it up, my bad.
but in my last post im just curious if it can be backed up by any other source, with a bit more credibility, and if not, then no worries.
edit on 13-2-2012 by Denied because: (no reason given)
"The pre-Friday world of school, cell phones, and refrigerators dissolved into this post-Friday world of ash, darkness, and hunger."
Left home alone for a weekend in Cedar Falls, Iowa, while his family visits relatives in Warren, Ill., 15-year-old Alex Halprin ends up fighting for survival trying to get to them through an America ravaged by the sudden eruption of the supervolcano under Yellowstone Park. Alex is characterized by the decisions he makes when confronted with moral dilemmas—dilemmas that have no straightforward, correct answers—resulting in a realistically thoughtful protagonist dealing with complex and horrifying situations. Before he's even left his hometown, Alex encounters looting and other behaviors born from realization of just how finite resources are in emergencies. Traveling to Warren, he's even more vulnerable, both to the elements and to the mercies of the people he encounters. Among the best people that Alex encounters are a girl named Darla and her mother, Mrs. Edmunds, both self-sufficient farmers. But any relief is temporary—threats both environmental and human are ever present. While the pain and suffering Alex witnesses and experiences is visceral, so are the moments of hope and glimpses of human goodness.
In this chilling debut, Mullin seamlessly weaves meticulous details about science, geography, agriculture and slaughter into his prose, creating a fully immersive and internally consistent world scarily close to reality. (author's note) (Speculative fiction. 14 & up)
Originally posted by antonia
Well, as I've said before-If it blows we will be the first to know about it!
I get I should care, but why? I can't do a damn thing about it.
Originally posted by David291
Originally posted by antonia
Well, as I've said before-If it blows we will be the first to know about it!
I get I should care, but why? I can't do a damn thing about it.
Star for you
Why care? There's nothing anyone can do. Get used to it and live your lives, that's my opinion.
Originally posted by NeoVain
Originally posted by Wrabbit2000
reply to post by NeoVain
If we were standing here, 10 years ago, discussing this then I would agree. Heck, I said the very same things. However, we now stand closer to full regional warfare in at least ONE region...and possibly world war than I think Earth has been since the close of World War II.
If I manage to keep myself and immediate family alive and healthy through what is to come, I'll count it a success. If I actually find the opportunity after that to help others and perhaps make a difference that saves a few other people, I'll call that the best gift fate and Karma could allow under the circumstances.
I think we're entirely too late and beyond the point of turning back to think this can be stopped anymore though. I hope you and those like you have that positive outlook with in in 5-7 years. It'll be what makes the difference between rising like a Phoenix from the Ashes....or going through another extended Dark Ages period.
I am sad to see you have so little hope of the future. I believe we are all like GOD, in that we are able to shape our own future exactly how we want it, if we can only learn to work together and abandon the fear. We need to start striving for what we REALLY want to happen, instead of for what we FEAR will happen!
Anything less, would be the act of a madman.edit on 12-2-2012 by NeoVain because: (no reason given)
Originally posted by ofhumandescent
Many people posting on ATS that live around Yellowstone have said that something's happening, the ground is shaking and with the noises in the sky
6-30-10 - WHY DID NO ONE QUESTION WHY A 10,000 YEAR OLD GLACIER SUDDENLY MELTED?
Melting Ice Unearths Ancient Weapon Near Yellowstone
Wednesday, 30 June 2010
One rule of living in a northern clime: you never know what will turn up in the yard when the snow melts. That was especially true for researcher Craig Lee, who found a 10000 year-old weapon after glaciers melted close to Yellowstone National Park.
The researcher, Craig Lee, a researcher at University of Colorado, Boulder, identified the weapon as a birch atlatl dart, about 3 feet long. Lee theorized that because glaciers and ice patches are melting at a faster rate in recent years, more archaeological discoveries are being discovered.
Lee commented, “We didn’t realize until the early 2000s that there was a potential to find archaeological materials in association with melting permanent snow and ice in many areas of the globe.”
The spear found near Yellowstone is just one of many potential relics that can be found in melting ice. Lee is working with other researchers to create a geographic information system (GIS) to pinpoint other possible locations of frozen artifacts. In addition, he said that the most likely things uncovered in melting ice would be discarded or lost weaponry, like arrows or darts that missed their target.
12-28-09
Yellowstone Supervolcano Bigger Than Once Thought
LISTEN NOW
Published December 27, 2009 4:00 PM
You know that supervolcano beneath Yellowstone National Park? The one responsible for the steam that makes the place famous? Well, it turns out that supervolcano is super indeed — both bigger and deeper than scientists had previously known. Host Guy Raz speaks with geophysicist Robert Smith of the University of Utah about his new research on the larger-than-thought volcanic system beneath Yellowstone.
The supervolcano beneath Yellowstone National Park is bigger, much bigger, than scientists had previously thought. A team of researchers found that the plume of hot and molten rock that feeds the volcano rises from a depth of more than 400 miles below the earth's surface. And the reservoir that holds that molten rock, well, it's 20 percent larger than we once knew.
University of Utah geophysicist Robert Smith led that team and joins us from member station KUER in Salt Lake City.
Welcome to the program.
Professor ROBERT SMITH (Geology and Geophysics, University of Utah; Geophysicist): Thank you. Glad to be here.
RAZ: Can you put this supervolcano into a perspective for us? I mean, how have its past eruptions compared to, you know, a volcano like Mount St. Helens?
Prof. SMITH: Well, recall that Yellowstone National Park, of course, is the quintessential geology park with hot springs and geysers. They derive their heat from magma from an active volcanic system that has been in the Yellowstone area active for about two million years.
In the two-million-year span, there's been three giant eruptions. And these, you know, occurred, well, two million years, 1.3 million and 640,000 years ago. And in between these eruptions and since the last one, there's been smaller eruptions, many much bigger than those of Mount St. Helens.
RAZ: Now, Professor Smith, presumably, you and your team could not start digging underground to find this magma chamber and actually measure it because you wouldn't be speaking to us now, how did you actually figure this out?
Prof. SMITH: Well, we use a method called seismic tomography, which is similar to a CAT scan of a human body.
RAZ: Mm-hmm.
Prof. SMITH: And we measure the speed of earthquake-produced waves that propagate through the earth. And we record them on a large array of seismographs at the surface. And when a seismic wave, just like a sound wave I'm talking to you is a seismic wave, if it's speeded up or slowed down by the rock material, and hot rock produces generally lower speeds of sound than cold rocks, and so what we then do is record, you know, literally thousands of earthquakes and do a computer reconstruction of where they were slowed down or speeded up. And from that, we can construct an image. We're illuminating a body just like turning on a light or like taking a CAT scan or an X-ray.
RAZ: Now, there are two components to this, right? I mean, there's the magma chamber, which is 20 percent larger.
Prof. SMITH: Right.
RAZ: But then there's this volcanic plume that is about 400 miles below the earth's surface, below - actually below the town of Wisdom, Montana, which is, what, about 100 miles from Yellowstone?
Prof. SMITH: Yeah, that discovery we've made in the sense that most people had originally implied that plumes in the earth, they're just vertical features like boiling water in a teapot. And what we found is, in fact, it's tilted because the Earth's mantle is moving at a few centimeters per year, and it's tilted because the hot material is caught in the wind of the mantle.
I'd like to use the analogy you see smoke rising, and when it gets into a breeze, it gets slightly tilted by the breeze. Well, that's what's happening in the Earth's mantle beneath the Yellowstone area.
RAZ: So, any reaction from the folks in Wisdom, Montana? I mean, are they sort of preparing to become a vacation destination in the next million years or so?
(Soundbite of laughter)
Rest of article: www.earthmountainview.com...
Source see above same for picture. Yellowstone Has Bulged as Magma Pocket Swells
Some places saw the ground rise by ten inches, experts report.
Brian Handwerk
for National Geographic News
Published January 19, 2011
Yellowstone National Park's supervolcano just took a deep "breath," causing miles of ground to rise dramatically, scientists report.
The simmering volcano has produced major eruptions—each a thousand times more powerful than Mount St. Helens's 1980 eruption—three times in the past 2.1 million years. Yellowstone's caldera, which covers a 25- by 37-mile (40- by 60-kilometer) swath of Wyoming, is an ancient crater formed after the last big blast, some 640,000 years ago.
(See "When Yellowstone Explodes" in National Geographic magazine.)
Since then, about 30 smaller eruptions—including one as recent as 70,000 years ago—have filled the caldera with lava and ash, producing the relatively flat landscape we see today.
But beginning in 2004, scientists saw the ground above the caldera rise upward at rates as high as 2.8 inches (7 centimeters) a year. (Related: "Yellowstone Is Rising on Swollen 'Supervolcano.'")
The rate slowed between 2007 and 2010 to a centimeter a year or less. Still, since the start of the swelling, ground levels over the volcano have been raised by as much as 10 inches (25 centimeters) in places.
"It's an extraordinary uplift, because it covers such a large area and the rates are so high," said the University of Utah's Bob Smith, a longtime expert in Yellowstone's volcanism.
Originally posted by antonia
Well, as I've said before-If it blows we will be the first to know about it!
I get I should care, but why? I can't do a damn thing about it.