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June 5, 2002 - Art Bell

02:28:27

Coast to Coast AM with Art Bell - Prof. Ted Bryant - Geomorphology and Climatology

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	Well, so that's, you know, that's what I've been tossing around in my own mind.
	I have some pretty big doubts about this.
	I mean, who wouldn't?
	How often do you get anybody who goes out on a limb like that and is saying virtually tomorrow night between 9.50 and midnight, the biggest UFO event of the century is going to happen?
	Pretty far out on a rope, I'd say.
	Far enough that it doesn't necessarily make sense to me that he would do it.
	Well, but it'll be interesting to see what happens, so there you have my comments on it, for what they're worth.
	This is a pretty interesting story.
	The amount of ice around the world's highest mountain has declined in a spectacular fashion, providing startling evidence of the damage caused by global warming.
	A group of mountaineers returning from a special UN-backed expedition to the Himalayas said all this.
	Everything they said, the impact of climate change, was there to see.
	There is no doubt about it.
	The climate is in the Himalayan ranges.
	It has become warmer and wetter.
	We're talking here about Mount Everest.
	The expedition to 6,189 meters.
	That's High Island Peak, only 8 kilometers south of Mount Everest, was part of an attempt by the UN Environment Program to immobilize climbers to make a practical contribution to observations on climate change.
	Alpain, who headed the group, said the mountain received its name from the first climbers to ascend the mountain in 1953, same year as Sir Edmund Hillary conquered Everest, because it stood out as a peak emerging from an island of ice.
	Well, you go to that mountain right now, You don't see rising as an island in a sea of ice.
	You see rising out of an island of rubble, he told reporters.
	He noted that a few ponds which used to surround Island Peak had grown into a two kilometer long deep lake.
	A lot of melting going on there, folks.
	The ice fields that had helped Hillary and Sherpa tensing on the first descent of Everest have also shrunk, moving back, get this folks, six kilometers.
	Back in 1953, when Hilary Tenzing set off to climb Everest, they stepped out of base camp and straight onto ice.
	Today, they would have had to have walked today far more than two hours, two hours, before they even would get to the ice.
	So as I sort of Drop that on you.
	That comes, by the way, from Space Daily.
	Space Daily News.
	And, uh, can you imagine that?
	They'd have to walk out two hours to get to the ice that they stepped on right away when they came out of their tent.
	So... The changes, they just keep on coming, folks.
	All right, we're gonna have open lines coming up to the top of the hour, and then it's tsunami time.
	I'm Art Bell.
	Right where you are.
	Sweet dreams are made of the years.
	Who am I to disagree?
	I travel the world and the seven seas.
	Everybody's looking for something.
	Some of them want to use you Some of them want to get you
	Some of them want to use you Once upon a time
	Once when you were mine I remember your sight
	Reflected in your eyes I wonder where you are
	I wonder if you think about me Once upon a time
	In your wildest dreams Call Art Bell in the Kingdom of Nigh from West of the Rockies.
	East of the Rockies, 1-800-825-5033.
	First-time callers may reach Art at 1-775-727-1222.
	east of the Rockies, 1-800-825-5033.
	First-time callers may reach out at 1-775-727-1222.
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	This is Coast to Coast AM with Ark Bell from the Kingdom of Nine.
	Indeed so.
	Tomorrow night is going to be interesting, I've got to admit.
	I mean, what if he's right?
	What if he's right?
	Then we have this giant UFO sighting.
	Well, there are a lot of people all prepared to call me up, of course, and give me The immediate as it happens kind of report and naturally we'll have that on the air here.
	Right in my own backyard.
	Well if it's that high and that big, well I'm just 65 miles away so we'll see it from here, right?
	It happens.
	It's just, I like looking a little behind an event of this sort, trying to figure out psychology of it.
	It doesn't work for me.
	I can't figure it out.
	Why would he do something in the short term like this?
	Perhaps so.
	We'll see.
	Interesting to speculate about, though.
	It literally begs speculation, doesn't it?
	Stay right where you are.
	These speculators and commenters are coming up next as we've got a little bit of open line directly ahead of us.
	By the way, the scientist that I've got coming up, Ted Bryant, at the top of the hour.
	Any of you have read my book, The Coming Global Superstorm?
	He says he can talk about a storm that is bigger than mine.
	So, that should be interesting.
	We'll see, uh, see what he has to say.
	He's an expert in the area of, uh, climatology and, uh, particularly tsunamis.
	Particularly tsunamis.
	All right, so let's go to the line and see what's out there.
	Uh, wildcard line, you're on the air.
	Hello.
	Hi, Art.
	You know, uh, if Chris misses tomorrow night, he's gonna be 0 for 2 in the prediction department.
	Oh.
	Uh, right after, uh, George Bush was elected president, Yeah, he did predict that, but he made a secondary prediction.
	He said, uh, within a short time after Bush's inauguration, some Hollywood actress was going to come forward and accuse Bush of having had a sexual affair with her.
	That never happened.
	It hasn't happened.
	Because that period expired a long time ago.
	I don't, I don't, I don't remember that one, but I'll ask him about it.
	He won't deny it because that prediction is well documented.
	So, uh, you know what he's, yeah, but still in all, Uh, really dig down into the psychology of this and try and figure out, put yourself in his position.
	Why make such a short-term prediction and then be wrong?
	Isn't the downside of being wrong after stirring people up bigger than the advantage you gain from any publicity?
	Well, let's say he was going to give that $50,000 to charity anyway.
	Let's say he's a big benefactor of charity.
	Let's say, I'm talking, but forget the $50,000.
	For a second.
	I'm talking about how he'll be viewed.
	Well, I mean, you know, he's not always right.
	He did miss on one already.
	So, you know, why don't you throw up a camera on your property, put it on the web, point it towards Vegas, and let everybody watch?
	Well, I might do that.
	That's a pretty good idea.
	I have one.
	In fact, I do have one.
	You did that once before, didn't you?
	That's right.
	I'll do it.
	I'll do it.
	Sure.
	In fact, I've got a night vision camera.
	Yeah, there you go.
	Okay, you got it.
	Sure thing.
	Alright, see you later.
	I'll do that.
	Sure.
	And then I'll let the webcam run.
	And take a picture every, uh, what is it?
	Take it every minute or something?
	Sure.
	Why not?
	I'll crank up the night vision camera tomorrow.
	I pointed at Vegas.
	I can do that.
	Very good thought, sir.
	I don't understand the psychology of this.
	I mean, yeah, sure, you can figure the 50 grand in a lot of ways.
	You know, Kreskin, uh, I'm sure has 50 grand to burn.
	So I'm not looking at it from that point of view.
	You know, if you're coming at it from a skeptical point of view, which I am, then it doesn't make sense because it's too short term and the downside is too big, if you're wrong.
	Sure, yeah, you can stand out there in the middle of the desert at midnight and say, well, I was wrong, see you guys, you know.
	But the guy from Sydney, Australia, he's probably not going to be Too happy about that.
	So, I mean, there's got to be a big downside to this, if you're wrong in such the short term.
	And the psychology of it, as I try to play it out in my own head, doesn't make sense.
	Unless you really know something.
	Again, my listeners are a pretty damn sophisticated bunch of people.
	They would even know a launch from Vandenberg.
	They'd know what that looks like.
	They've seen it.
	Out here.
	See them all the time.
	Satellites?
	Please.
	We've seen those.
	The space station is pretty spectacular when it comes across, but it's got to be a little closer to sunset to be really spectacular.
	But still, you know what that is, moving at a steady rate across the sky.
	He's talking about craft.
	You know, three or four craft.
	And the biggest UFO sighting in a century.
	So, I don't know.
	I can't figure it out myself.
	And I've really tried to think about it from his point of view.
	East of the Rockies, you're on the air.
	Hey, Art.
	How you feeling?
	Fine, sir.
	Thank you.
	I'm glad to hear that.
	Well, let's not lose sight of the simple elementary thing.
	This is showbiz.
	OK.
	Yeah.
	OK.
	But look at it from a showbiz point of view.
	It's fine right up until midnight when you got to stand there and say, well, guess I was wrong.
	Yeah.
	Then the downside is bigger than the short term.
	I agree with you.
	I agree with you on that point.
	A logical observation you've made.
	And I agree with you.
	He's a mentalist, or he markets himself or books himself as a mentalist.
	Is that what he's doing?
	He's playing with our heads?
	Yeah, he says, he says, mentalist.
	Yeah, sure.
	I mean, yeah, I think he does some hypnotic stuff and, uh... Suggestions.
	Yeah, sure.
	Uh, how about this?
	But look, there are going to be, sir, there are going to be TV cameras out there from local stations and all that kind of thing, so... How about this?
	Alright, just kicking the can around the block here.
	How about a hologram projection?
	Would we be able to discern between, is it live or Memorex?
	Well, number one...
	There aren't going to be any clouds to speak of.
	Forecast is clear.
	Clear sky.
	Very clear skies, in fact, right now out here.
	Well, you can't touch a hologram, and I'm sure no one's tall enough to touch these if they reveal themselves.
	This is what I'm getting at.
	Could it be a projection?
	Could it be a military test?
	This is only a test.
	Well, why would the military, though, whisper into the ear of Kreskin?
	Well, they're using him as the agent.
	I don't think so. Could they be using this to introduce a fear factor into people? I personally
	that would work that would work now between you and I if I looked up and I saw three craft or
	four or even one big craft yes I would say yeah okay I think I'm seeing what I'm seeing.
	What am I to do about it?
	Turn left?
	Turn right?
	Jump up and down?
	Go hurrah?
	You know, what does it affect me?
	Sir, I can answer that question for you.
	How does it affect you?
	I can answer that question for you.
	Just listen.
	I'm happy to do that.
	It did happen to me.
	It happened to my wife and myself.
	And it was of a gigantic magnitude.
	Really, really, really big.
	I've told the story enough times that I don't really feel like telling it again, but we were, you know, not far from home here, and my wife was in the passenger seat, and I was the driver, and we were coming back from KDWN in Las Vegas after a Sunday night show, and we were, I don't know, a half mile, quarter mile from home, out here in Pahrump, and My wife said, what the hell is that?
	And she was looking over her shoulder.
	She somehow caught a glimpse of something enormous coming up behind us.
	So I stopped the car.
	Geo Metro car.
	And got out, and we both got out, and she came around to my side.
	And the damnedest thing coming up behind us was this monstrous thing like out of, you know, Close Encounters of the Third Kind.
	It was triangular.
	It was so quiet that night you could hear crickets a quarter mile away.
	I mean, it was dead silent in the desert, you know, no traffic.
	And this damn thing came right over our heads.
	I mean, passed directly over us.
	It looked like you could throw a rock at it.
	Perfectly triangular, silent.
	Totally dead flat silent.
	I mean, it didn't make a sound.
	It just didn't make a sound.
	You'd still hear the crickets, you know, and it passed right over us.
	And then it passed right over the Prawn Valley and kept on truckin'.
	And we stood there and watched it with our mouths open for probably five minutes.
	Floating, not flying.
	Could have been doing more than 30, 40 miles an hour, monstrously.
	You know, the sun, or the moon, which was almost full, and the stars all in a way when it passed overhead.
	So, what happens to you is, you go into a sort of a shock.
	You go into a form of shock, and you're asking each other, did you see what I saw?
	And you're saying, you know, of course I did.
	Do you understand what we just saw?
	And my wife still doesn't really like to talk about it very much.
	She wasn't really wild about this happening.
	And I'm neutral on the subject, but at the time, I can tell you, to answer your question, I went into shock, a kind of shock, that lasted quite a while, and took me quite a while to come to terms with it.
	So what I saw either was an extremely advanced craft, Indicating that we have, uh... I learned how to defy gravity.
	This thing was monstrous.
	Or it was one of them.
	Either one probably equally possible, but in answer to your question, you go into a kind of shock, which will last for quite a while.
	West of the Rockies, you're on the air.
	Good evening, Art.
	Good evening.
	My name's Gary from Seattle, out of Cairo.
	Yes, sir.
	Uh... Cairo to Cairo.
	Yeah.
	No, not Cairo.
	Come on now, Cairo, not... Como.
	Como.
	Excuse me.
	Do you understand in Seattle how important a distinction that is?
	Oh, I'll slap myself.
	We're on K-O-M-O, 1,000 on the dial.
	That's right, 1,000 AM.
	Yeah.
	Well, listen, Art, I think it's very, very interesting that you tell your story over and over, and I think it's very good, because, just as you mentioned, I don't think the people that haven't seen UFOs can understand how, like, the shock that would rearrange your psychic universe.
	Yeah, there is no way.
	It just has to happen to you, that's all.
	I can only say that in relation to Kreskin, I don't know if it will happen, but I hope it does, because it seems to me that this could happen no better time in our history, and I can only... Now, you gotta say this, sir.
	If it happens, if it really were to happen, then Kreskin's stock would go right through the roof.
	No question about it.
	I think the important effect to me, though, would be more the important effect it would have on our world leaders at this time in our history with this war we're talking about in East Asia.
	You think there'd be a Kresge and Bush summit?
	I think, I think, even if there was it, I think Bush would be, you know, he would simply be overwhelmed by this news, would just simply take over everything, if it was well documented.
	Then there's the verdants.
	That's exactly right, and that's what I wanted to talk to you about.
	Oh, really?
	Yeah, they're threatening to pick up sticks and leave.
	Yeah, and I can only beg you to have this gentleman, Phillip, I forget his last name.
	Yes, back on your show, because to me this is the most amazing, shocking news that you've had for us so far, and I think, you know, if these people are actually communicating this to us, we need to hear about this.
	This guy was a major media reporter.
	You know, he is a very interesting guy.
	I heard your full interview and it was one of your best shows ever.
	I thought it was quite amazing.
	get up so we can approve. I heard your full interview and it was one of your best shows
	ever. I thought it was quite amazing. It was very good, yes.
	One more quick weather news related to what you said about Drake. Just before we move
	on, sir, I mean what they said it boiled down was, uh, if you're gonna do this then screw
	you, we're leaving and we don't care what happens to you and you're never gonna join
	the big club.
	I know.
	I can think of a witness, several witnesses they've told.
	One I can think about reading about in the 50s.
	They told her that they were very worried about us using atomic weapons and destroying the atmosphere, and they told them that they were not going to intervene.
	You know, they said our attempts to intervene in the past have never been successful.
	Yep.
	So, that should be a lesson for us all.
	Well, the thing I wanted to tell you about was I heard an interesting thing I think you'll find fascinating.
	There's a gentleman called Dr. Travis, David Travis, out of the University of Wisconsin at Whitewater, I just heard this the other day.
	He did a very in-depth study recently over the three days after 9-11 where we grounded all of our jets.
	Yes.
	And he found out, studying tremendous depth of weather data for the last 30 years, that there was a one to two degrees centigrade change Over the entire U.S.
	for that temperature rise for those three days.
	Temperature rise?
	Rise, because of the lack of contrails and clouds.
	That's interesting, isn't it?
	That would suggest then that the contrails...
	Are lowering the Earth's temperature?
	Exactly, and the Bush administration has finally admitted that they now realize there's global warming.
	Well, you know, President Bush, it's my understanding, is now trying to suggest that he refutes that report, that it, quote, came out of the bureaucracy And he doesn't endorse it or believe it or anything else?
	I could certainly agree that he probably would not be happy about it.
	Well, you know he's not happy about it.
	That doesn't mean it's not the truth.
	No, it doesn't mean it's not the truth.
	One other thing I just heard, I heard a very interesting report about people up north and they interviewed someone on the edge of the Beaufort Sea in Northern Canada, it was a native Eskimo, and they've noticed Robins up there recently and they asked the gentleman, he said, well, there is no word for Robin in our language.
	Really?
	Yeah.
	I've just got a message here from London that plants are blooming up to two weeks earlier this spring, according to British researchers who analyzed 47 years of flowering data.
	So they're two weeks early this year.
	Surprised?
	I'm not surprised a bit.
	Me either.
	I appreciate your call, sir.
	Thank you.
	Yeah, me either.
	I think it's obvious, uh, whatever he says about the report.
	I, I, I'm, I'm told, uh, that on Russia's site yesterday there was, uh, actually I read it, that the president was de-scheming this, you know, saying that it's not really his.
	And that, uh, he doesn't agree with it.
	But did, uh, you gotta wonder, I guess the major question now is, uh, whether the people who sent this report out under the Bush administration's name Are going to be pushing up paper clips at a new location.
	Probably in the far north somewhere.
	Or back in the private life again.
	First time caller line, you're on the air. Hello.
	Hi Art.
	What I wanted to call about was something that has never been mentioned.
	As far as I can see.
	Never mentioned on my program?
	Never mentioned on your program.
	That is a reach.
	Yeah.
	You know the best stories about paladins and the winged horse, pegasus, and gargoyles, the winged wolf, and the unicorn.
	Unicorns, yeah sure.
	It's never been mentioned that they could possibly have been genetic experiments from prior civilizations.
	Wow, what an interesting thought.
	Yes, dead on, right on, sir.
	Genetic experiments.
	Yes, if we had an old, ancient civilization that had achieved technological greatness just a few clicks beyond where we are right now, they might have had unicorns.
	And all kinds of other strange things that we only now carry as myth.
	Now, but the myth would have survived the physical demise of the unicorns and its brethren, huh?
	Yeah, well, of course.
	You know, the stories always live on past the civilization, so... It's just an interesting point.
	I hope that opened something up.
	It's a good point, because, you see, most myths have some sort of kernel of truth.
	Uh, at the base of them.
	Uh, and that's how they survive so long.
	At least I think that's true.
	Alright.
	Well, thank you.
	Alright, thank you and take care.
	I think that's true.
	Or at least people say that.
	Maybe that in itself is hot wash.
	I don't know.
	On the wild card line, uh, you're on the air without a whole lot of time.
	Hello.
	Hi, um, I just wanted to comment about, uh, Kreskin's prediction.
	Yes.
	Um, you know, there's gonna be, uh, just one idea to throw out there.
	There's gonna be a, uh, Eridium Satellite Flare.
	You know, these things are pretty bright.
	Minus seven magnitude.
	Yeah, but that wouldn't do it.
	Even that wouldn't do it.
	Eridium Satellite.
	Come on.
	People would immediately identify that.
	And if they didn't, then the TV cameras and all the rest would.
	Okay, well I have one more question.
	Is he saying that it's going to be the biggest UFO event of the century or of the last century?
	Well, if it's of the last century, then you've got to include the Phoenix Lights, for example.
	Right.
	And if it's of that magnitude, then my being here in Peru, I'm 65 miles away with darker skies, I'll be in a better place to view it.
	If it's right over their heads, I mean, if it's really close in, then I won't see it, I suppose, from here.
	For example, say, uh, I don't know what the history of UFO sightings is so far this century, you know, we've only had one or two years, and he could, he could just be, uh, you know, playing a word game.
	And no matter what happens, you know, he's gonna have, he's guaranteed to have hundreds or thousands of people to see this, and it could well be the biggest UFO event, UFO event, excuse me, of this century.
	Yeah, you have to, uh, allow that as one possibility.
	I mean, that he could be right.
	It just seems, you know, it just doesn't seem likely to me, but, uh, you know, I agree with you, sir.
	It's gotta be, and I guess that's why people are traveling, right, from a long way away.
	Because they think it might happen and they don't want to miss it.
	But still, I don't understand the psychology of all this at all.
	Crying on the corner, waiting in the rain like a flare, I'll never ever wait again.
	You gave me a world, words for you are lies.
	Darling, in my wildest dreams, I never thought I'd go.
	But it's time to let you know.
	It's going to harden my heart.
	Oh, boy, the heart of my heart, it won't swallow my tears.
	Yes, I'm cheated.
	What have you said?
	Hell, I'm coming to this fight I assembled.
	This isn't how it should be.
	This life keeps on spiking up.
	There is no time to waste.
	Where am I to go now that I've gone too far?
	Hell, I'm coming to this fight I assembled.
	This isn't how it should be.
	This life keeps on spiking up.
	There is no time to waste.
	Where am I to go now that I've gone too far?
	You will come through.
	When the bullet hits the bone.
	You will come through.
	When the bullet hits the bone.
	When the bullet hits the bone.
	To recharge Bell in the Kingdom of Nye, from west of the Rockies, dial 1-800-618-8255.
	East of the Rockies, 1-800-825-5033.
	For Stimlers, may recharge at 1-775-727-1222.
	east of the Rockies, 1-800-825-5033.
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	operator and have them dial 800-893-0903.
	This is Coast to Coast AM with Art Bell on the Premier Radio Networks.
	It is Rosa from Phoenix, Fast Blast following Bob Kreskin.
	She says, we're going to Vegas.
	But I think Kreskin has made a deal with the aliens.
	He's selling us out.
	We're not getting on the alien death buses.
	Calling them images of Independence Day, right?
	Oh, what a guest we've got coming up.
	All the way from the other side of the world, New Zealand, Wollongong.
	New South Wales, where it's like 17 hours different than here.
	If we can maintain the phone connection, it should be extremely interesting.
	My guest is Ted Bryant, and he's a physical geographer with a broad interest in geomorphology and climatology.
	He is currently a member of the Quaternary Environments Research Center.
	That's with a C.
	Ongoing research interests involve the definition and mapping of the geomorphic signatures of tsunami, global climate change and sea level rise, and climatic and oceanographic natural hazards.
	That's interesting.
	In the past, Ed was keenly interested in the causes of sand beach erosion.
	...and the quaternary evolution of coastal sand bodies along the New South Wales coastline.
	That's where he is.
	The beach studies involved mapping accurately changes using oblique amateur photographs over an 80-year period.
	While the quaternary research included one of the most comprehensive sets of thermoluminescence chronologies obtained from coastal sand deposits anywhere in the world, Ted, Also has been involved in assessing the health impact of climate change and the economic cost of ozone depletion for the Australian federal government.
	That's interesting.
	He worked on evaluating the level of environmental health assessment within Australia, has worked in the Northern Territory along the East Coast of Canada, in the Canadian Arctic and around the New Zealand coast as well.
	Chad has an international reputation with his research on catastrophic tsunami Being one of the first researchers to identify a wide spectrum of signatures of such events in the coastal landscape, meaning it's happened before, it's going to happen again.
	In addition, Ted has published a successful undergraduate textbook on natural hazards with Cambridge University Press and recently released a second textbook with Cambridge on climate process and change within the School of Geosciences.
	Ted currently teaches in coastal environments and climate and natural hazards.
	One natural hazard is trying to read his bio.
	We'll get to Ted and this should be a very interesting program indeed.
	Coming right up.
	Now we're a long way away.
	Isn't technology spiffy?
	17 hours away to where it is a different day and different time of day and different time of year and all kinds of stuff.
	Here's Ted Bryant Ted, welcome to the program.
	Welcome, Mark.
	Gee, that was a terrible bibliography to read out to a radio audience, wasn't it?
	It was.
	It was just hard.
	There were lots of hard words to say in there, Ted.
	Yeah, it wasn't meant for that.
	And by the way, it's Australia, not New Zealand, and I don't worry too much, but if you're in Australia, New Zealand, New Zealanders would be offended, as would Australians, so... Yeah, I guess that's like Texas and Oklahoma.
	We go back a little bit.
	All right, so Australia.
	Wollongong, is that correct?
	Wollongong.
	It's an aboriginal name.
	It is.
	It means big sound.
	And everybody thinks it means the sound of the wind blowing off from the skirmish.
	But I think it means the sound of a big tsunami coming into the coast carrying lots of debris and hitting the coast.
	You do?
	Yes.
	Then out of curiosity, Ted, just as a first question, out of curiosity then, why do you live there?
	It is incredibly scenic.
	I've traveled on lots of coastline, and this coastline, it has a coastal plain that goes from a couple hundred meters to about five kilometers, and it has this escarpment behind it that's about 300 to 400 meters high, and when we're in drought, and it's sunny, and the ocean's blue and unpolluted, it is incredibly scenic.
	It sounds beautiful, but you know, then it's possible the last beautiful scene you would see would be a hundred foot wall of water coming right at you.
	And you'd go, oh man, that is beautiful!
	That would be your last set of words.
	Well, it doesn't come in like a hundred foot bowl of water talking about a tsunami.
	It's not like Deep Impact on the Carolina coast.
	It comes in often quite differently.
	Well, I'm sure we'll get to all that.
	Anyway, where are you right now?
	What time is it, roughly?
	It is four o'clock in the afternoon.
	In the afternoon?
	Yes.
	And it's wintertime there?
	Yes, and the sun has just gone down behind the escarpment, so it's twilight.
	So it's a beautiful time, really.
	On what day is it?
	Um, it's Thursday.
	It's Thursday?
	Yeah, the one day ahead of you.
	It's still Wednesday here, yeah?
	Okay, how long, for how long have you been studying this whole question, for example, of tsunami?
	We'll stay with that.
	Well, it probably started on a day in May about 13 years ago.
	We never went after it.
	We never went searching for tsunami.
	I was into something else, looking at rocky coastlines and getting out on sunny days and
	looking at a very scenic coastline.
	We found some evidence.
	We scratched our heads for over an hour, an hour and a half, and suddenly came up with
	one conclusion.
	If we had a small tsunami, it would explain what we were seeing.
	What evidence were you seeing?
	We were seeing in a sheltered location some angular bits of rock jammed into a crevice
	at the back of a rock platform, only about two meters above sea level.
	Usual waves would round boulders over time, so we knew that the boulders hadn't been subject
	to wave action much because they were angular.
	They were just damn tight into this crevice.
	And that was disturbing because... As in slammed there?
	As in, yeah, well, you had slammed.
	Yeah, they were uptight and we couldn't move them.
	And so we needed a storm wave, but yet if we had storm waves up there, they would have rounded the boulders.
	And then we started looking at where the boulders came from and realized they'd fallen off a cliff.
	And it was quite a sheltered location.
	And so we just couldn't put it down to ordinary processes that we saw along the coast.
	And I thought, oh, just a small tsunami about a meter in height in both, one of them, just one would do.
	And as soon as we then realized that the coastline and the Australian coastline, nothing really happens in the way of tsunami, as soon as we twigged that maybe tsunami were important or could move things or do things, Then we visited some other sites, and tsunami was the easiest explanation for what we were seeing.
	It just got bigger and bigger, this tsunami event.
	Then we tweaked it.
	There was more than one, which was disturbing.
	We went chasing dates and looking at more and more coastline.
	A good excuse to get out and look at coastline around Australia.
	Everywhere we went, we kept on seeing this, and it just got bigger and bigger and bigger.
	Can I ask you a couple of questions about tsunamis that I have recent knowledge of because of stories that have run in the press.
	Could I ask you about those?
	Yeah, I guess you better.
	We better set what we mean by all this stuff.
	Okay.
	Well, one was a warning issued that a big part of a volcano in Hawaii might be close to, like, falling in the Pacific Ocean.
	Which they said actually would cause a tsunami that would be so big that it would touch every country in the Pacific Rim.
	Yeah, that's not hard to do for any tsunami that can be generated by earthquakes.
	The Chilean earthquake in 1960, that wave was recorded on almost every coastline around the Pacific, even Australia.
	It came in about three quarters of a meter in Australia and it came in quite high in Japan.
	So Pacific white tsunami are not necessarily that rare.
	They're about three a century.
	But volcanic islands collapsing, 10 years ago we really didn't think
	they did things like that.
	And now from people studying volcanic islands, Hawaii, Canary Islands,
	we realize they're quite unstable.
	They're very high edifices built up on all kinds of rubble and weathered material
	and they collapse.
	Big chunks of them collapse and fall into the ocean.
	So the Hawaiian one, it's called the Great Crack.
	It goes down the middle of the island of Hawaii.
	That appears to be the next bit that might go.
	Fortunately for the United States, it doesn't face your coastline.
	It faces the Australian coastline.
	Oh, good.
	Sorry.
	And it's literally a chunk of about a quarter of the main island of Hawaii that will just break up and slide downslope.
	You have to realize that the island of Hawaii is the tallest mountain in the world.
	Most of it's underwater.
	What part of the island of Hawaii?
	You refer to the large island here, right?
	Yeah.
	What part of the large island would break up in?
	It's the western side.
	And I don't know.
	There are two active volcanoes.
	I don't know where it is in relation to the volcanoes.
	I think it's west of the volcanoes.
	And there is this crack that runs for several miles.
	You can see it.
	It's where the next bit of Hawaii will sit on and slide into the ocean.
	Well, just theoretically then, if that were to occur, what size tsunami or wave would it likely produce?
	Ah, you've got right into a difficult point right from the beginning.
	It is contentious by a factor of 10 how big that wave will be.
	Some modelers think it's only a meter, two meters.
	And other modelers think it's meters as far as any coastline in the Pacific.
	So we really don't have the theory down in tsunami research about what submarine landslides would generate, the size of waves they would generate.
	The one meter wave, say, at the lower end, it would still do things like Chile back in 1960.
	Ten meter one setting out, you know, you get a 500 Miles from the coastline, and the wave is still 10 meters high.
	You wouldn't see it, necessarily.
	It's quite a long wave, so it might be 10 meters high over a distance of 100 kilometers.
	And that would do considerable damage, though, when it got to a coastline.
	Another one that has hit our press, was reported on NBC television, in fact, was this sudden discovery of some big, I can't exactly remember, like a crack or something or another in the middle of the Atlantic Ocean.
	They said could slide or change or something would happen there and a gigantic tsunami.
	They showed cities getting wiped out, that kind of stuff.
	What are they talking about?
	They're talking about the Canary Islands.
	They're the other set of volcanic islands that have been known to have chunks separate and slip into the ocean.
	And unfortunately, the way that the Canary Islands have broken up in the past, most of the Direction of the landslide is towards North America.
	Oh.
	So the east coast of the U.S.
	I would tend to think would be more susceptible from these volcanic islands that every once in a while just become unstable and collapse.
	How much are we talking about?
	Again, I'm right back into that area.
	I understand.
	But, gee, when they showed it on the news, they depicted, you know, cities getting Probably exaggerated.
	Again, the modeling results are in conflict, but you would maybe have a wave four meters, five meters coming in along the U.S.
	East Coast.
	That would sort of be a minimum.
	You've got to be careful with these waves.
	There are locations that are completely safe near the coastline, or almost completely safe.
	And then there are areas that you just don't want to be near when a tsunami wave comes.
	Any tsunami.
	Well, I would think that's a general rule.
	Big hills are good.
	Yes, as long as they aren't crisp at the ocean edge.
	As long as you are not on a big hill, which is a headland sticking out into the ocean.
	They're not safe at all.
	If you're on a tidal flat or a delta, then this wave gets up on the delta.
	The delta may only be several 10 feet above sea level.
	The waves just treated as shallow topography and tsunami can go long distances inland.
	They can go 5 miles, 10 miles.
	So a 4 meter wave in the deep ocean coming to shore, rising maybe to a height, a water displacement that's 20 meters above sea level, that wave on a boat could go 10 miles inland.
	20 miles in length?
	I saw a special on television here in America on the history of tsunamis.
	Some of it included real footage.
	Most of it included the aftermath.
	And they showed, you know, the size of the tsunamis and how many people were killed.
	And I never knew that tsunamis had historically killed so many people.
	I mean, we haven't had that many tsunamis in my adult years, serious ones.
	To even think about it.
	Well, I guess I'm saying something about my age.
	I would gather I'm a little bit older than you, but I can remember the 1960 tsunami.
	And that made for an interesting couple of days.
	I was only in early teens.
	And we didn't have the TV coverage, but we had very good newspaper coverage and would race out to make sure our newspaper to read about how this wave was coming into various sections of coastline.
	That would probably be the last major Uh, tsunami of global significance.
	Um, so we haven't had big one.
	Well, the Alaskan earthquake generated a tsunami in 1964, but it wasn't as extensive as 1960.
	And, uh, we, we have sat around with a lot of small ones, killing a thousand people here, 10 people here.
	But, uh, we, we haven't had an event that has affected the Pacific since 1960.
	Ted, what happens if instead of recent history, you go way back?
	As far back as we can reasonably look, then what do we find?
	Well, we do have historical records, say, from the eruption of Krakatoa in 1883.
	And Krakatoa was an interesting story.
	The whole mountain just blew apart and left a cavern that then filled with water.
	And this 40 meter, I guess I have to translate things in feet, this 100...
	100 foot wave that went through the Sunda Straits in Indonesia.
	A hundred foot wave?
	It killed 30,000 people.
	The beginning of the 20th century there were a couple of tsunamis in Japan.
	If we look at the Tokyo earthquake, September 1st, 1923, people think the earthquake killed a lot of people.
	The tsunami that affected the foreshores of Tokyo Bay It was up to 30 feet high, and a significant number of the 140,000 people that died in that earthquake, about probably 20-30,000 at least, were killed by the tsunami wave.
	Chad, I'm curious, what can stand up to a tsunami wave of that magnitude?
	Is there anything at all that can stand up, or is the ground swept clean virtually?
	It depends upon the wave height.
	If you get above a wave height of about 10 feet, then no structure will stand up.
	And the best example of that is a lighthouse in Alaska in 1946.
	And the lighthouse was about 10 feet above sea level.
	And it was a solid concrete structure.
	It looked like the walls were several feet thick.
	And this wave came out of the ocean and just wiped the whole thing.
	Wiped it clean.
	So once you get above that probably 10 foot high wave, nothing can withstand it.
	It just gets swept clean.
	That's very interesting.
	Because when we move to an even larger magnitude of effect, I mean you've got volcanoes, you've got earthquakes, then you also of course have the possibility of a great big rock, probably mostly iron, Uh, slamming in from space, uh, coming in through the atmosphere, not burning up enough, and hitting the ocean.
	Yes, um, it doesn't necessarily have to be iron.
	Iron are only about 5% of meteorites, uh, that come into the atmosphere.
	Well, I was being overly dramatic.
	Iron would do it.
	Uh, we, yes, um, I thought they were, in our studies, I thought they were quite rare, and, and these things, Never really occurred.
	I mean, you had to go back to the extinction of the dinosaurs 65 million years ago.
	And in our work, the evidence we found is so enormous that we have to have only one source and that has to be meteorite impact.
	And what we're finding is that we've had repetitive events quite recently.
	And so I'm sitting here as a very calm person telling you quite sensational things that I probably In my upbringing, we never conceive of or believe in, but I have to believe the field evidence, and this is the conclusion we've come to.
	All right, we'll talk more about that.
	We're at the bottom of the hour, so just relax for a few moments, Ted.
	And we'll continue.
	We're talking about tsunamis.
	Big, big tsunamis.
	Now ones produced by rocks or whatever from space.
	Remember now, folks.
	More of the world is ocean than not, so the probability of it hitting the water... ...would be, uh, would be bigger than land.
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	Good morning, everybody.
	Ted Bryant, and we're talking about tsunamis right now.
	Specifically, at the moment, tsunamis produced by an object from space, I suppose, Armageddon-style.
	We'll talk about that.
	Uh, it's, you know, big rock of some sort, maybe not iron, but something fairly heavy were to impact the ocean, what would likely happen.
	We'll be right back.
	Well, you know, near-Earth, uh, or Earth, uh, orbit-crossing objects, you know, rocks and stuff like that, are really interesting.
	And I've noticed in my career, uh, over the time that I've been doing talk radio, we get a lot of stories that say something like the following.
	Earth had a close call yesterday, and then they will go on to describe this rock or something, you know, whatever, that crossed our path, and had Earth, you know, been like one day before, it would have hit Earth, and they didn't find out about this until after, you know, it would have hit us, which I always think is very interesting.
	To me, that means were one to hit that was coming out of the right direction, we wouldn't even see it coming.
	They've got about 10 or something catalogued, or maybe a little more now.
	Well, one of them could hit, and it would more than likely hit water, hit ocean, because there's more of that than there is land.
	So, it's interesting, Ted, to discuss what would happen if one of them hit.
	Depends how big you want it.
	And I don't think we've got down quite a reality yet that there are smaller objects than what we're searching for.
	Space Guard, a searching thing set up by NASA and internationally is after objects that are one kilometer in diameter and bigger.
	And one kilometer is about one and a half, is 0.6 of a mile.
	All right, let's go with that.
	What if that hit?
	I guess literally all hell would break loose.
	If it hit land, it would certainly leave an impact crater.
	And that would put enormous amounts of dust into the atmosphere.
	It would heat the atmosphere.
	It would send out a fireball in a radial direction from the point source.
	Depending upon the rock it hit, if it hit carbonate, it would vaporize the carbonate.
	And carbonate is the coral reef and stuff made out of shell.
	And that would put enormous amounts of CO2 into the atmosphere.
	If it hit the ocean, it might not leave an impact in the ocean because the ocean is just like at a high speed.
	And these things come in about 10 miles a second.
	10 miles a second?
	The ocean just looks like rock.
	And if it came in the middle of the ocean, it would leave an impact crater, but it's in water.
	But it would vaporize that water.
	It would vaporize billions.
	Billions of tons of water.
	Really?
	It would send that water out in the forward direction at a temperature of about 5,000 degrees Celsius, so it would be steam.
	Very hot water.
	And then it would start generating a tsunami from the point source.
	Uh-huh.
	And the two effects, the tsunami for a 1 kilometer, 0.6 mile diameter object, if it hit in the middle of the Pacific, say, What would it do to the atmosphere?
	ten meters in height when it got to any shoreline around the Pacific.
	And the other thing, I don't even conceive about what would happen, what happens to those
	billions of tons of water that's been vaporized and it must fall back to the Earth's surface
	as rain or precipitation because it's not in equilibrium with the atmosphere.
	The atmosphere couldn't hold that water.
	What would it do?
	What would it do to the atmosphere?
	I mean, the atmosphere would receive a tremendous amount of water all at once.
	And it would rain over the next few weeks.
	And it could rain globally, but it would probably rain in immediately adjacent areas.
	And it would rain like you've never seen rain before.
	Take the biggest flood you've ever witnessed, the biggest flood in historical records, and we think you just crank it up, you know, double it, triple it.
	And we think we've got in Australia evidence of these type of flood events.
	Oh?
	Um, well, we've got in the Northern Territory, that's getting towards the tropics around Darwin, we've got waterfalls.
	And the waterfalls are very spectacular.
	But when you look at them, you can see evidence of waterfalls that are three, four times wider.
	And you can do some theoretical calculations of how much rain must fall in a half hour to an hour to two hours in order to fill up a river channel.
	And when we do these theoretical calculations at the maximum level for the atmosphere at present, we can't get enough water to go over these waterfalls.
	So we're looking for, I think, or not looking for, I think we're seeing evidence that we've had enormous amounts of precipitation and we can't generate that by climatic processes like hurricanes or enormous thunderstorms, but we can generate it by putting billions of tons of vapor into the atmosphere and eventually it must come out
	and it comes out as enormous amounts of rain.
	I wonder that would obviously affect temperatures immediately too, just like when a volcano goes off and
	throws all the stuff into the atmosphere that affects temperatures, right?
	It certainly would. I mean the vapors 5,000 degrees Celsius that vapor could be put from an area off Long Island across
	Long Island into New York, Mid-State, Arizona.
	Oh my God!
	Mid-state New York in eight seconds.
	Eight seconds.
	And I don't think that many objects would withstand a vapor at 5,000 degrees Celsius coming at high speed.
	And it would well and truly bake things and burn things.
	You could burn forests with water vapor at that temperature even though it's water.
	When you heat it up that much, you'll incinerate everything that's got carbon in it.
	Then a 30-foot wave would come along and wipe it all away.
	It would clean it up nicely, yeah.
	Minimum of 30 feet, yeah.
	You know, Ted, there are a lot of people, particularly people that listen to this program who believe that it's possible that previous civilizations Uh, in billions of years.
	May have actually, uh, life may have, uh, sprung forth on Earth before, even come to some sort of technological, uh, degree.
	And then, uh, been essentially wiped out by something like what you're talking about.
	And of course, many years ago, there probably would have been more Earth-crossing, uh, type, uh, large rocks that would have been perhaps able to do this.
	And, and, and so could all, if a big enough rock were to hit Earth, Big enough.
	Could it literally wipe out an entire civilization and most signs of it?
	Um...
	I hadn't thought about that.
	I guess the analogy I would take would go to the Cretaceous-Tertiary extinction of dinosaurs 65 million years ago.
	And that was an object that was several miles in diameter.
	And we're pretty certain it had a worldwide impact.
	But it still left dinosaur bones and it still left wood debris and from tsunamis that at the time it landed in the Yucatan Peninsula or that was the area and it was at the time it was a shallow ocean and enormous tsunami waves swept through the southern part of what was the United States at the time and it wiped out forest and that debris was then preserved in what we call backwaters
	tsunami deposits.
	We know that big events like that, some of the evidence is preserved.
	If you then wanted to say that there were civilizations at the time that were completely
	intact, I would find that a bit disappointing to geologists why we haven't tripped across
	something in the geological record.
	That's a very good point, but indeed it would more or less, particularly something really,
	really big, I've heard could extinguish life down to the microbial level if it was big
	enough.
	I mean, you know, sort of sterilize everything.
	It could, but then we have nothing in the geological record for probably...
	in 200 million more years that shows any sign of an object that big that you would require.
	Certainly if you went back to the early Earth, billions of years, and then we're talking
	about we haven't even got the rock deposits because the Earth is a unique planet that
	manages to recycle its crust.
	So there's very little that is going back a couple of billion years.
	Okay, well I'm going to really take you out on a ledge here.
	No, I'm good doing that.
	So this is really out on a ledge, but there's a man named Zachariah Sitchin, who is, I think, world famous.
	You might have heard of him even in New South Wales, who talks about this rogue planet that he believes passed by Earth some time ago.
	He calls it the 10th Planet or Planet X or whatever.
	And interestingly, there was this ABC News story Not very long ago, that said, there may well be something out there, not all that far away, by galactic standards, that could pass by Earth, and it could be a burned out sun, it could be something as large as a large planet, or a burned out sun.
	They're really not sure, but there was sort of an article about that, and there are people who speculate that a large body, every X number of years, could pass by the Earth, and have a devastating effect on the Earth, you know, even
	tilting it on its axis and doing all kinds of, you know, to have a very large effect,
	indeed not necessarily hitting Earth, but after all, scientists do believe that Mars once had an
	atmosphere, you know, that got stripped away by some sort of event like that. Yeah, I
	guess I'd have to say that that's possible because from what we've seen with our evidence and when we
	went and talked to astronomers, they said, look, we've got a comet that came into the inner
	solar system within the last 10,000 years and fragmented. Yeah.
	And the Earth does pass through these debris tails from comets, and they give rise to these meteorite showers that we see at particular months of the year.
	One is the Leonids in November, another one is the Taurids.
	And the astronomers say it's the Taurids.
	debris trail of this comet that came in and broke up. It's got a nucleus where the comet
	broke up and if we pass through that nucleus we get big objects. We only need a few hundreds
	of feet to do the type of things that we can see. So when you pose the question, are there
	objects out there that have come into the solar system that can do damage, I would be
	naive to say no, there never have been. Because I know from the best explanation for the tsunami
	evidence that we're seeing, it calls out for comet or meteorite debris that has come into
	the inner solar system.
	And there's a lot of debris out there.
	And if you want to then invoke an object that's sitting further out from the solar system that can't come by, the little bit of astronomy that I would know, I would have to say, well, yeah, why not?
	But if I went into the geological evidence, You're looking at, I mean, the Cretaceous-Tertiary extinction and the crater that was found, that was one of the ones.
	And then you have to go back into what we know here as the Permian, getting back 200, now you've got me on time, it may only be 120 million years, 200 million years.
	And we're still looking for the crater impact of that one.
	And part of the problem is that we just do not have, we start to recycle a lot of crust in 200 million years.
	Over a 200 million year period, we get a big object on average about every 1 million years.
	Really?
	And by a big object, an object that would be big enough to perturb the atmosphere, dropped in the ocean with half a tsunami, that would defect most of the coastline around an ocean.
	Over geological time, they're not that rare.
	When we come up to modern times, people thought, well, they're very rare.
	The sky's particularly clear.
	And what I know is the sky is not clear.
	We've had debris that's fallen in.
	Well, and truly in the last 2,000 years, but not on the big level that you're talking about with this Nemesis star.
	Well, there's Nemesis, there you go, so you didn't know about it.
	There's even this, Ted, you know, Mars is so interesting.
	Mars, the recent satellite data, I'm sure you've heard about this.
	There's so much water on Mars, they just found out, that if it were to melt, It would cover the surface of Mars all the way around to a distance of 1,500 feet.
	Now that's a lot of water.
	Frozen water.
	So Mars once had an atmosphere probably and a lot of water above it and all the rest of it and there could have been life there.
	And if an event of the kind you're talking about that occurs even once a million years, or even worse than that, occurred, you know, a lot of people figure that Martians, if they were so advanced, would have figured out a way to get the hell off Mars.
	And the most logical, simple place to come and bring the seeds that some people believe are us would be here.
	You know, it would be the easiest place from Mars.
	And most logical, too, because, you know, we seem to have an atmosphere.
	Yeah, and hopefully they had developed, if that happened, they had developed a civilization to a stage where they could have gotten off the planet.
	And it wouldn't be more technically advanced than ours because we haven't managed that capability yet.
	On Earth we can get to the moon, but we can't get beyond it.
	And I don't think we could, if we put a world effort into trying getting a segment, a small
	sampling, a few hundred people off planet Earth because we knew that the comet was going
	to hit that was going to be large enough to wipe out civilization, I don't think we could
	do it in our present civilization.
	No, but in the kind of time spans that you're talking about, you know, millions of years,
	the possibility is not very far ahead of us from that point of view.
	It's quite conceivable.
	I mean, I would be naive to say because we haven't been to Mars and we haven't met a
	great enough detail to see what's on the surface necessarily.
	We've landed one or two craft on it.
	But it's quite, you know, the world is open to all kinds of interesting scientific discoveries.
	And I couldn't, what you're talking about, I would be naive and unscientific if I couldn't conceive of that happening.
	When you heard how much water was on Mars, were you shocked?
	I've been following it recently, and I've got up to the bit that there's a lot of water.
	I didn't know how much, if you spread it over the surface of the planet, what the depth of water would be.
	But as soon as you say that, gee, that explains a lot of the remnant shorelines that we find in some of the basins.
	If you put that on the surface of the planet, it's got to evaporate and form an atmosphere, and you've got to have rain, and then you start talking about flood events.
	And recently, my book on Tsunami got reviewed and said, here is some evidence on Earth that explains the evidence that we found on Mars for enormous catastrophic flooding.
	Yeah, there's been water on Mars, and if you have 1,500 feet of it spread around the planet, goodness, it fits in nicely with what we've seen from satellite images and interpreted yet.
	And that's the part that didn't, I suppose, turn into atmosphere, which got blown off into space.
	Uh, something catastrophic had to occur for that much water to be beneath Mars right now, frozen, they think.
	They think that's another interesting thing, by the way.
	Um, there may be, uh, under Mars, uh, temperatures that would have, uh, perhaps even liquid water, uh, involved, because you'd have some sort of tectonic or volcanic activity, uh, down lower, or just a natural heat source as you go into Mars, just like as you go into Earth, right?
	Not as much on Mars because it's only about half the size of the Earth and it doesn't generate much heat and one of the reasons why we know it doesn't it's got some it's got volcanism but it's never been able to set up recently for a couple billion years the type of continental drift that we see on Earth and so you have bits of the Martian crust that It has some of the signatures of continental drift.
	It's very old.
	And the reason why we think it's very old is that Mars has lost most of its heat from the core.
	Right.
	And it doesn't have this mechanism.
	Still, you did say some volcanic activity.
	And if you have volcanic activity and you have water, then you have a pretty interesting condition.
	Yeah, and you can see Mars undergoes climate change and there are mechanisms which there's no answer now.
	But if you were able to vaporize the CO2 deposits, and the frozen CO2, you'd form an atmosphere.
	Where the oxygen is, is a problem.
	Okay, I really, really, really want to ask you about that.
	It's called terraforming, I guess, and I know that you're an expert on tsunamis and, you know, climatic matters, climatology.
	So, we're going to take a break here, is what we're going to do, and when we come back, we'd like to ask about that.
	Whether Mars, whether we're close to the technology so we could turn Mars into a capital planet.
	You never know, we might need it.
	I know that you have, cause there's magic in my eyes And we'd better be able to see for miles
	For miles and miles and miles and miles and miles If you think that I don't know about the little tricks you
	play And never see when deliberately put me in my way
	Well here's a book that you can read Roll around by the wind
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	This is Coast to Coast AM with Art Bell from the Kingdom of Nine.
	Bearing in mind that I've always told you you've got to be damn careful about what you read in the press about the possibility of nuclear war, We've got some breaking news on Matt Drudge's site right now.
	Boy, you gotta give it to Matt.
	He gets it before anybody else.
	I don't know what the hell he does, but he gets it before anybody else.
	The headline is, India Plans War Within Two Weeks.
	Now, this story was filed in New Delhi.
	6-6-2002, that's now, just now.
	It says India's military is seeking final authorization to invade the Pakistani side of the divided Kashmir in the middle of the month to destroy the camps of Islamic militants.
	I wonder if we're supporting that, don't you?
	The planned campaign would be similar to the American attack in Afghanistan in which airstrikes would be followed by ground assaults by special forces transported by helicopter and military sources said yesterday, smart bombs, Other advanced ordnance are reported to have been loaded onto French-made Mirage 2000H and Russian-built MiG-27 aircraft at bases in northern and western India.
	As Jack Straw, the Foreign Secretary, strengthened his warning for Brits to leave the region, military planners in Delhi expressed confidence that a war would not boil over into a nuclear exchange.
	A senior Indian official accused Britain, America, and other Western countries of adding their weight to Pakistan's nuclear blackmail by telling their citizens to leave, and so on.
	But the story, the headline, is that India plans to unleash it within two weeks.
	Now, this is probably important enough that I've asked Keith to add an immediate, under what's, just go to what's new on my website, if you can get there.
	It's slowing up a little bit right now.
	Under what's new, you're going to see a headline, India plans war within two weeks.
	I suggest you read it.
	We'll ask our guest tonight about all of that, too.
	A lot of territory to cover.
	Stay right there.
	My guest is Ted Bryant, ostensibly talking about tsunamis and things.
	Okay, so, here we go once again with Ted.
	Let's pick up where we left off.
	My question was going to be, Ted, about terraforming.
	Whether if our civilization gets very much more advanced and has capabilities that you might imagine, knowing all that water is on Mars, would there be a way to begin some kind of process that someday would make that planet habitable for us?
	It's quite conceivable.
	It is?
	How would you do it, Ted?
	It would have carbon dioxide.
	Our oxygen on Earth is a product of biological activity taking the carbon dioxide and taking the oxygen out of the carbon and putting it into the atmosphere.
	So if you had a process that could undergo photosynthesis, it's quite conceivable you could start using the Reservoirs of CO2 on Mars to pump oxygen into the sphere.
	We know Mars used to have oxygen.
	I think pretty certain it did because a lot of that weathered red soil that we see is an indicator that it had probably oxygen involved in the weathering process and reacting with iron.
	I don't know the scale.
	You would have difficulty if you wanted to, not terraform, but I guess you'd have to put a Martian word in there, to convert the whole planet.
	You would probably have difficulty.
	You wouldn't be looking at anything quick.
	Okay.
	It just as a matter of curiosity, Thinking that Mars once had an atmosphere, pretty good one, with oxygen and so forth, and obviously water, and probably flowing water, and all the rest of that sort of thing, what would it take to ruin all that the way it got ruined?
	That, hmm, we don't tend to, and now I'm getting a little bit out of my depth, but from memory we don't see big meteorite impact craters.
	That would sort of be where we could point a finger and say, that's the one that wiped out the atmosphere.
	Yeah.
	We do see lots of meteorite impact craters.
	The general theory would be a gradualist one that Mars just slowly lost its atmosphere.
	And the processes were such that the CO2 cooled and froze into the ice caps and the water went with it.
	I think something with that explanation, something's missing.
	It may be that the gradualist approach is what happened.
	But if you're talking about 1,500 foot depth of water over the whole planet being locked up under the Southern South Pole, that's a lot of water to start hiding.
	It sure is.
	If you had dust storms, and there are dust storms on Mars, there are ways of putting a lot of dust into the atmosphere and start covering up ice.
	But you're talking about a lot of covering up, and we've got evidence there of enormous flood channels that obviously were pumping water into something that had to go into an ocean.
	And the question to the exhibition, where did that water go and how did it go?
	Yeah.
	You know, it could have happened, as you point out, gradually.
	If it was sudden, what event of what scale could do that?
	Do you imagine?
	Well, the only sudden ones I can think of.
	I can think of sudden ones that would get rid of the atmosphere.
	And I can think of sudden ones that would get rid of a body of water.
	I mean, if Mars, say, had a small ocean, you dropped a comet in it or near it and heated it up very quickly, you could vaporize it.
	And you could conceivably eject that water vapor high enough in the atmosphere to just disappear.
	But we've buried water.
	You mean literally blowing water into space?
	Yeah, you can do it.
	I mean, it happens on the Earth in the modeling that's done with accommodating the ocean on Earth.
	A lot of this stuff goes well and truly beyond what we would conceive of the atmosphere at present.
	Fortunately, the Earth has a gravitational field that a lot of it falls back over time back to the Earth.
	Some of it doesn't.
	I mean, if we're looking at meteorites on Earth that we can say, hey, these are had a source back in Mars.
	We know that something hits Mars and knocks off bits of rock and it gets caught up in Earth's orbit and lands quite safely on the Earth.
	Why can't it happen that it can go the other way around?
	Something hits the Earth and knocks it off and it lands up on Mars.
	Or ends up on Mars, yeah.
	Alright, Ted, you're in New South Wales, so you're closer to the action, potentially, than we are here.
	But you heard what I just did at the top of the hour there.
	We've got this fellow who breaks news stories and you know they're saying that India is going to invade Kashmir in two weeks and you know they've got these planes ready and stocked and bombs and all the rest of it.
	There's an awful lot of people, Ted, that think if a conventional war begins, say in two weeks, Between India and Pakistan that there's going to be a nuclear exchange, you know, they're going to Very quickly within oh even two days of a conventional beginning of a conventional war become nuclear because Pakistan just can't Would have no other choice.
	And so if there was a nuclear war, you know, a lot of us have been wondering Atmospherically speaking What it would mean for those folks, for you, for North America, for the world in general, if they had an exchange of 50 or 100 nuclear weapons?
	We actually, climatically, we have an analogy to that, and that goes back to The testing that the former U.S.S.R.
	did in the U.S.A.
	before the Nuclear Test Ban Treaty went into force in 1963, and everybody tested, well not everybody, the U.S.
	and U.S.S.R.
	tested a lot of devices over a very short period of time, and the U.S.S.R.
	ones were very large.
	I pointed out just recently to a class in an exercise studying temperature records And we speculated about, could you track down the social, political, economic history of the late 20th century from the climate records?
	And the students put on their thinking caps and with a little bit of prodding, you can start seeing things.
	And one of the things I point out is the 63 blip, or dip.
	Globally, and especially in the northern hemisphere, temperatures were cool in that period of time.
	And the theory is that there were all kinds of nitrogen oxides put into the upper atmosphere.
	and they had the effect of cooling the lower atmosphere.
	Just recently I have a post-grad who is looking at a strange topic called geomagnetic activity,
	variations from the sun affecting climate on earth.
	He's got some periods in which he finds it a little difficult to explain.
	He's still looking for a cause and effect.
	Some of his stuff takes off, the correlations take off about 64.
	And he said, why it just triggered then?
	He doesn't know.
	We're talking about something that's a forcing mechanism, but it has a trigger mechanism.
	It just sends it over the edge, and then off it goes.
	And I just mentioned to him, I said, well, you know, that 63 was the nuclear testing.
	And it was up in the upper atmosphere.
	And he said, oh.
	And so he's gone away to think about it.
	So we do have an analogy, and a lot of people back off that that nuclear testing didn't affect climate.
	You won't find much if you do an internet search or you start looking at the literature where people are speculating that that testing had an effect on climate, but I think the signature is there.
	So if you want to look at Pakistan and India going to war and lobbing nuclear bombs at each other and having an effect on climate, one, they haven't got many.
	Well, not so much, Ted, from a direct effect on climate, although that's an interesting question unto itself.
	We're more curious about, these would probably be rotten, dirty bombs that would be probably detonated on the ground, and so there would be all this radiation-laden stuff thrown into the atmosphere, and the more immediate concern is, where would it go, and who would it kill?
	It, um, doesn't... Well, if you dropped it on a city, then it kills people.
	Radiation kills immediately in the area.
	Yeah.
	If you put it up into the atmosphere, then you're thinking, right, these two countries are foolish enough to go to war with each other.
	They deserve to be... get the effects.
	They go outside the borders.
	And, uh, yeah, the radiation does go outside the borders.
	And it gets into the atmosphere and it's caught up, uh... It's caught up in the general circulation of the atmosphere.
	Even the jet stream, right?
	Yes, it's into the Indian monsoon now, so the jet stream is starting to go north of the Himalayas.
	So it would probably take a deeper path that would go through China, Japan, and then would probably lead up over across the northern Pacific Ocean.
	And you've got to be a little bit careful when you think in terms of those generalities.
	When Chernobyl went up in the mid-80s, Um, and it swept this pollution.
	It was a nuclear reactor, and it was very dirty, and it swept a lot of pollution back across Eastern Europe, and then Wales, and back into France.
	But a couple of days afterwards, there was a fallout in Hawaii, and we realized then that our circulation is very much like a smoke plume.
	Well, could I tell you an interesting little story?
	Uh, in America, Ted, near, uh, Death Valley.
	Not far from Death Valley.
	Closer to that than Las Vegas, actually.
	And, um...
	About a year ago, I think it was, Ted, all of a sudden our skies here in Southern Nevada turned a dirty yellow.
	The visibility became so low that you could not see the mountains.
	You could see, in fact, it was like a London fog, Ted, around here, except that it was yellow in color.
	And the local weather forecasting people on television for several days were puzzling and saying, we have no idea Well, a little while later it turned out that it was a dust storm, Ted, on the Gobi Desert.
	The Gobi Desert, mind you, that had gotten up into the prevailing winds, the jet stream, and was dumping right down on us to the degree that it was that dense, Ted, right here.
	Yeah, thank you.
	You've pointed out some Climate dynamics of atmospheric circulation that you don't read much about in textbooks because what we tend to do, we tend to smear everything and generalize.
	And a lot of the circulation in the atmosphere is based upon movement of air that is very well defined.
	It tracks very nicely and is very self-contained.
	And it's quite possible if you have a strong enough mass of air coming out of What is Siberia and I've crossed the Gobi that it tracks in a very narrowed well-defined way and put stuff up in the atmosphere and it comes down over your area and that could happen with radiation in a war.
	Hopefully it will come down over the Pacific that not over a populated area but I'm I am certain that if you started looking at records in 63 that you find when those individual bomb blasts went off I mean I can remember as a kid You didn't drink any milk seven days after.
	Year one go off in USSR and you think I'll drink milk now, I'll pour milk on my cornflakes and it's got seven days later and I abandoned milk on several days.
	I can remember doing that and I dreaded it because I love milk.
	But you knew that it was probably foolish because the milk came out of the cow three days before and I didn't quite have the pathway down correct.
	But those plumes, yeah, that's how... Well, your heart was in the right place.
	But what I mean is, gee whiz, it could dump that kind of density half a world away, to the point where it limits our visibility severely here, and then an event like that were to happen and it would carry radiation the same way, the amount of radiation coming down, or in our atmosphere, could, under those conditions, be so thick that people would drop dead over here.
	No, no.
	If that was going to happen, it would have happened in 1963.
	When the U.S.A.
	and U.S.S.R.
	were testing, well and truly, some very dirty bombs.
	Yeah, but they watched the weather patterns very carefully before they detonated those bombs.
	Oh, well, okay.
	I'll have to trust your opinion, but I don't know if they did.
	I mean... I think they did.
	I hope they did.
	Anyway, you would think that'd be one of the things they'd look into.
	You know, where the prevailing winds are on the jet stream and all the rest of it.
	But a war might not work that way.
	No, and I can give you another example.
	And now I'm touching on very touchy things.
	In Australia, I mean, the British, where did they test?
	They tested in the desert in Australia, just a little bit north of Adelaide.
	And quite frankly, they didn't care one bit about where the wind systems went.
	And wind systems over Australia are a little bit finicky, but usually you would hope on a, you know, got a wind off day that it would blow it away.
	But goodness, there's populated cities downwind, Sydney and Melbourne, probably not, but Brisbane.
	And there was a considerable amount of fallout from those British tests in the Australian desert.
	And when I came to First Australia, I was intrigued by the number of young women who had what I called the thyroid mark, the little slit across the neck where they'd had a thyroid operation because they had thyroid cancer.
	And I hadn't met that As much in North America.
	I could count on half my hand the number of people I met.
	But when I came to Australia it was very obvious.
	You'd see these people and they're all the same age.
	And they were all small children when that British testing was going off in the late 40s.
	And the people would be now about my age during the 50s.
	And it's very intriguing.
	I noticed it.
	It was impressionable on me.
	And I don't think we know the amount of fallout that was put into populated areas, and there was not a word mentioned about the intensity, about what it was affecting.
	So you think they just didn't care that much?
	We're in the, you know, the height of the Cold War, and Britain was the center of the universe, and here in the U.S.
	it got atomic power before, and... Okay, listen, I'm sorry to interrupt, but we're at the bottom of the hour, so rest for a second, we'll be right back.
	We'll continue with this.
	Don't come easy.
	You know, don't come easy.
	You don't come easy.
	You know, don't come easy.
	I can read you, you wanna see the moves.
	And you know, don't come easy.
	You don't have to show.
	Don't come easy.
	Doing alright.
	Still driving on a Saturday night.
	Come walk with me.
	Gonna dance the day away.
	Jenny will see.
	She'll smile for me, for me.
	On troubled strides.
	Chattin' all the way in the light.
	To reach Art Bell in the kingdom of Nye, from West of the Rockies, dial 1.
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	to the ground.
	To recharge on the toll-free international line, call your AT&T operator and have them dial 800-893-0903.
	This is Coast to Coast AM with Art Bell on the Premier Radio Networks.
	It's time trial to be talking with Ted Bryant.
	He's our guest and he's in New South Wales.
	17 hours and a day away, other side of the world.
	That's time travel, to be sure.
	It's getting to be evening there, I guess, now.
	Ah, isn't technology wild?
	And then up and down, and up and down, and up and down, get to you.
	Absolutely incredible.
	We're talking, he's an expert on tsunamis, he's a meteorologist, and we're talking about all kinds of things.
	Stay right there.
	I'm going to guess that the majority of my audience probably at one time or another has seen the movie On The Beach.
	Or read the book On The Beach.
	I read the book and saw the movie, the original and the remake of On The Beach.
	And... I have always wanted to ask somebody like Ted Bryant, and he's going to be the prick guy because of what he does.
	As a matter of fact, in that movie, if you recall correctly, there was a fellow just like Bryant, roughly where he is too, New South Wales is down there in Australia somewhere.
	The whole idea, sort of segwaying from the Cindy Paxton thing, of course was a Cold War, and we had massive numbers of weapons aimed at each other, and the war begins, and then I think the movie follows a submarine that goes down to Australia, and in the scenario, the radiation pattern starts to kill everybody in the world.
	Everybody.
	The Southern Hemisphere was the last go, and they had several months warning.
	Maybe it was a year, I can't even remember, in Australia.
	And there was a fellow just like Ted, who was telling them they were going to die, and exactly how it was going to happen.
	Did you ever see that movie or read that book, Ted?
	I've seen the movie several times.
	I haven't read the book, no, but it's an interesting movie.
	Yeah, yeah.
	And I've always wanted to ask somebody like yourself, Ted, whether The scenario that they laid out in that, in the movie or in the book, that there would be a transfer from the prevailing winds from the Northern Hemisphere down to the South, and that Australia would not be participating directly in such an all-out war.
	It wouldn't be pulverized, you know, or there would be no explosions there, but in a matter of months, you'd have warning that you were going to die.
	Would that happen?
	It's conceivable.
	It had a lot of You have to differentiate between two aspects about what gets in the atmosphere.
	You have to differentiate between a gas and dust.
	Gases tend to mix with atmospheric circulation and over a two year period would tend to spread out evenly around the globe.
	Given the atmospheric circulation.
	But it would be slow to get down to your area?
	It depends upon the time of year.
	I mean, if you're in the middle of an intense El Nino event, then you can move things very quickly across the tropics.
	And up into, you could say there was a nuclear reactor that was built in Indonesia and it went.
	Like Chernobyl, then that radiation would very quickly, in an active El Nino event, go across the Pacific and up the coastline of Western U.S.
	and South America.
	So you could mix fairly quickly some of the gases, but you have to, if you put up radiation in the form of dust, and that's what most of it would be, then you have to start looking at what volcanoes have done and the dust distribution.
	And there we know that some parts of the world are virtually immune from the fallout and radiation blocking effects of dust from volcanoes like Krakatoa in 1883.
	While it did suppress temperatures around most of the world, the effect, because it was in the northern hemisphere, it was concentrated mainly in the northern sphere.
	And you had Pinatubo that went up in the Philippines.
	And its effect was noticeable in Australia, but it was more noticeable in the Northern Hemisphere.
	So in other words, a Northern Hemisphere war, an all-out war like that, they argued in that movie about whether the radiation would remain circulating in the Northern Hemisphere or would eventually begin to trade off with the Southern Hemisphere and be everywhere.
	It would be everywhere.
	You're guaranteed to have radiation everywhere, but whether you would pick up the same intensity everywhere is debatable.
	If you had a northern hemisphere nuclear war and you had enough radiation, then darn it, you don't want to be downwind of the explosions.
	And then you mentioned the plume effect, and I'm sitting here in Australia thinking, oh, I think I would be safer because Especially in the Northern Hemisphere, summer, most of the circulation doesn't mix with the Southern Hemisphere too well.
	Hopefully, by the time it comes to your winter and you have the stronger circulation, most of that radiation has settled out of the atmosphere.
	Most volcanic dust will settle out in a two-year period.
	Although, if you have a big one and it takes a big one and it goes up in the atmosphere, after three or four years, it definitely has settled out.
	And so, if you had a nuclear war and you're putting things fairly low down over a city, like a kilometer above a city, two kilometers above a city to get maximum explosive effect, you don't want to put these things too high in the atmosphere.
	The atmosphere would absorb most of the explosive effect.
	You detonate them at a lower elevation, then a lot of the dust is not going up into the stratosphere.
	It's not going out of the lower atmosphere.
	And if it's kept in the lower atmosphere then a lot of that dust will simply wash out with rain and condensation will form around the radiation particles and form moisture and drop out as rain.
	So then probably if something like this were to occur then you'd probably be on Australian television assuring the Australian population that in all likelihood the maximum radiation would Would actually be lower atmospheric and probably not be of deadly proportions when it finally does mix and get to Australia?
	Yeah, well, I have to qualify that a little bit because both Pakistan and India have nuclear reactors.
	That's a good point.
	If you target the nuclear reactor, then you've got a Chernobyl type of event.
	And those are very dirty.
	You know, in Australia, to my knowledge, we didn't have any fallout from Chernobyl.
	If you had a nuclear war in India, Pakistan, you had one of the nuclear reactors anywhere, a nuclear reactor that was destroyed or opened up, then you would get enormous amounts of pollution.
	And you have to be careful about where you are in a nuclear war.
	You have to, the country that is Wind has an advantage.
	A country that is downwind doesn't have an advantage.
	India is, to my mind, a little bit downwind of Pakistan.
	So if it lobs nuclear bombs into Pakistan, then it's going to get the fallout.
	If Pakistan lobs the bombs into India, it can wait for a couple of weeks before that radiation goes around the globe and hopefully most of it washes out in the Indian monsoon and falls in Bangladesh.
	Southeast Asia, Japan and China.
	I'm sure there are people staying up very late right now thinking about exactly those things, aren't there?
	It's a scary symbol because the one thing about mutually assured destruction, or it's called MAD, in the Cold War, you knew that if you attacked the Cold War person, That you couldn't get everything before they could attack you.
	And so, when you went to war, you knew that you were going to cop it as well.
	You couldn't do a sneak attack first.
	You couldn't wipe out them before they could wipe out you.
	And that sort of kept both USA and USSR in line.
	Now, India and Pakistan don't have that mentality.
	They have a few bombs, and now they've got more.
	Do they think that they could wipe out India?
	Think they could wipe out all of Pakistan?
	Think they could wipe out all of India?
	And there is probably in the rationale that there is possibility of the first week that would have a very good effect.
	A decapitating effect?
	It wouldn't decapitate.
	There's simply too many Indians and probably there's not enough Pakistanis.
	There's about 200 million Pakistanis from memory and about a billion Indians.
	You don't wipe them all out.
	But you're certainly going to disturb the infrastructure, the transport, the communications, the social structure, the agriculture.
	And to what extent that affects those societies, if both of them start lobbing bombs around.
	No one, I don't think, has thought too much about that.
	We've always thought in terms of war, nuclear war, if it happens, it's global.
	Everybody gets mutually destructed.
	What happens if you have two regional areas, very close to each other by the way, start lobbing things back and forth?
	I mean, it would be like the USA trying to go to war with Canada.
	Canada had nuclear arms and lobbing bombs in the US, and the US was lobbing them back into Canada.
	Yeah.
	And we've never considered that type of nuclear war.
	Even with Europe going to war with the USSR, we always knew it would be global.
	The USA would get involved and lob bombs across.
	Well, here our prevailing winds are west to east, so I suppose a very devastating attack would be one that would be toward the west, and the radiation then would be carried east, right?
	Yes, but you have to remember this is dust, and if the dust doesn't get up in the stratosphere, it's going to get caught up in stratospheric climate processes.
	And the Indian monsoon, I don't think it's filled, although we'll know in the next couple A couple of weeks.
	India's got a strong monsoon.
	It's within a couple of weeks?
	It should have started... The Indian monsoon is very regular when it occurs and it should have started in southern tip of India April 30th.
	You can almost time it to the day.
	We're a month down the track and you can see the Indian monsoon progressing.
	Indian monsoon is simply intense summer rainfall.
	Is it on schedule?
	Well, I don't know.
	I mean, I haven't been that much in touch with it.
	We're going, I think, into an El Nino event.
	And El Nino, it's one of those precursors, the things that occur before it, is the failure of the Indian Monsoon.
	So I'm saying there could be a probability that the Indian Monsoon hasn't been turned on.
	But if the Indian Monsoon is still a regular event this year, you're going to have a lot of rainfall and a lot of that Radiation and radioactive dust would get washed from the atmosphere, scavenged from the atmosphere, before it probably got out of Southeast Asia.
	But that would make it very, very dense for Southeast Asia, wouldn't it?
	It would.
	And now I'm trying to think of plume-type things.
	If it got caught up in the downstream, then you might get a situation where you suddenly find an area that's quite a long distance downwind gets accelerated levels of radiation that it didn't expect.
	When I say it's scavenged from the atmosphere, that's a broad paintbrush approach to climate dynamics.
	And in fact, it's more plume-like.
	Well, Ted, let me ask you a very non-scientific question.
	You know, you're watching the news headlines just the way I am, I'm sure, and all of Australia and the rest of the world is.
	How much faith do you have in human nature in this In this particular situation, how likely do you think it is that there could be a tragic event?
	Very likely.
	Very likely?
	Very likely.
	My son is fairly naive in about 20 years of age and he's not following, I don't think, events too much but he has been and he looked at it and he was really getting agitated.
	A couple of news stories over India and Pakistan and I told him to calm down, it's not that
	important.
	He said, well it could be a war.
	That's how the first world war was going and the second world war, the first stages of
	the war were fairly minor, not much happened.
	Then about a year later it went into a full scale type of almost, it spread globally.
	I think part of this is still the follow up from September 11th, that's my view.
	We got to be careful, this is instigated by militants supposedly from Pakistan, incursions
	into India.
	They're supposedly Muslim extremists.
	And I think the links are still there with the type of events that were surrounding September 11th.
	And what better way to get the heat put off whatever happened in Pakistan and start a little war in Kashmir?
	And it's a bit scary if you know a little bit about history.
	Worse, don't go to schedule.
	You don't get all the generals to fight at 4.30 in the afternoon and all take a tea break or dinner break at 7.30.
	They have a life of their own.
	It is not predictable.
	They really do have a life of their own.
	If there's anything I've learned, it's that the first casualty it is said of any war is information, correct information.
	And so, you know, one day we hear that peace might be on the way, and then the next day we hear that war is very close.
	And I don't believe any of that.
	I don't think any of us really know what's about to happen and where the big powers like the U.S., for example, and Israel might well Uh, be almost, uh, winking and nodding at India to go ahead, you know, and, uh, route these, uh, rascals out of Kashmir and, uh, straighten things out over there.
	So, we, we don't really know, uh, the behind-the-scenes movements on all of this.
	China might be saying, Pakistan, look, uh, don't worry, we're there for you if something happens.
	So... Yeah, well, that, that would really be scary, but, um, I mean, the last, Wars sort of follow this pathway where you've got Israel, and you've got Afghanistan, U.S.
	going into Afghanistan, and allies, and in India, Kastan, and the last wars we had of that nature were global.
	They turned into global wars.
	Yes, yes.
	And of course, there still are all these nuclear weapons.
	I mean, China's got them, and Russia still has them, and we certainly have them, and the Brits have them, and lots of people have them.
	Yeah, yeah.
	Yeah, wars are... It doesn't worry me too much, by that logic, but it doesn't worry me too much because sometimes you've got to be careful what you consider to be high technology and everybody has this power.
	Previous wars have also shown that it's the element of surprise and you can have all the technology you want and both sides sometimes lose because they get outflanked and out-thought.
	Yeah, they get surprised.
	Well, wars don't go to plan.
	If they went to plan, then we would have a nice, pretty world.
	We would have naval battles in the right parts of the ocean.
	We would have land battles in the right areas.
	Goodness, we'd almost set up stadiums and bring in people to watch it.
	Let us back up a little bit.
	There's one other thing I want to ask you about.
	And that is, perhaps in your area, we were talking about kilometer-sized impacts with Earth.
	Uh, if by some awful chance, uh, the kilometer size object were to impact an interesting area, for example, like, uh, the Antarctic.
	Yes.
	Uh, I wonder what the, uh, probable results there would be.
	Rather than normal land or ocean, it hits ice.
	Then what?
	It would, uh, melt it.
	It would melt the ice?
	It would, um, let me see, it would, um, I have thought of that, and it would take, uh, The ice itself is insulating and you have to start melting it and it's got inertia.
	In other words, you just wouldn't melt all of it.
	And so if you had a comet impact, it would vaporize and a lot of the vapor is in the atmosphere and then you've got atmospheric features again.
	So I've thought about this and I just wondered if it would be as dramatic as some people would think.
	You have a comet which heats up the atmosphere to this incredible temperature and it melts
	all the ice.
	Anybody who has been through a snow melt will know that it takes time to melt ice and snow.
	It has the capability of absorbing an awful lot of heat before it melts.
	But it's conceivable that you could melt over a large area a lot of water and that water
	would then come back into the ocean.
	And that would be water that would be presently on a land mass.
	So, in other words, it would add to the ocean level.
	It would, and the next question is, would you see a signature with sea level going up?
	Probably not.
	Now, a kilometer, it's big, but it's not that big.
	If you went up to Yukon, Let's go there.
	If you dropped something up to that size, 2 or 3 miles in diameter and dropped it on the Antarctic, it would probably vaporize most of the ice, but that comes back as flooding rains and that would up the ocean level.
	What would that do to the ocean level?
	It would up the ocean level.
	By how?
	What?
	Well, we know if we melted the West Antarctic ice cap, and we think it would take about 500 years to do that under global warming, It would raise sea levels globally 3 to 5 meters.
	3 to 5 meters?
	Uh, maybe 15 feet.
	Oh, 15 feet.
	Well, there's some areas, like New Orleans, that they're below sea level now.
	So you put it for 15 feet.
	Oh, gee.
	Alright, well, uh, break here at the, uh, top of the hour.
	I'm Art Bell.
	We'll be right back with, uh, Open Lines.
	For my guest, that is.
	He's Ted Bryant.
	I used to be.
	And I'm waiting on a small number on my life.
	Oh Lord, I'm dying.
	But I need you.
	I remember don't worry.
	How could I ever forget his first time?
	Bye.
	Bye.
	The last time we ever met.
	But I know the reason why you came inside us.
	No reason for me.
	The hurt doesn't show.
	But the pain is so gross, so strange as you and me Call Art Bell in the Kingdom of Nye from West of the Rockies
	at 1-800-6-3-4 1-800-825-5033. First callers may rechart at 1-775-727-1222
	and the wildcard is open at 1-775-727-1295. To rechart on the Toll International
	line, call your AT&T operator and have them dial 800-893-0903.
	This is Coast to Coast AM with Phil from the Kingdom of Nine.
	Indeed, in the Kingdom.
	Good morning, everybody.
	Ted Bryant from New South Wales is my guest.
	Now, we're going to shortly take telephone calls, and here's what I'm going to ask of you.
	Because, of course, between here and the other side of the world, we have what's called a latency problem.
	Which means that when you say something, it takes a whole bunch of satellite bounces before it gets to Ted and so people tend to interrupt each other.
	You've seen it, I'm sure, on CNN where they have to finish sentences and then say Ted at the end so they know to pick it up.
	So that kind of means you've got to ask your question, get it out, and then pause and receive your answer.
	That's kind of how it has to work, or else everybody ends up talking on top of everybody else.
	It's the downside of talking to the other side of the world.
	So, as you pick up your telephone to ask a question, Ted is an expert in tsunamis, which are incredible things, just completely incredible, and we don't think about them a lot, because they don't happen a lot.
	And he's a climatologist, and so we've been talking about many, many things throughout the night.
	If you have a question about any of these areas, or anything you think Ted might address, then feel free to pick up the telephone, because that's where we're going, to the telephone here in a few, just very few moments, just a couple of other quick questions, and we are going to go to the phone.
	So, if you have a question, now would be a superb time.
	Well, all right, there was a great disturbance in the force two days ago here in the United
	States when it appeared as though the Bush administration had sent a big paper to the
	United Nations on global warming and it really seemed to be a complete flip-flop for the
	It was a shocking article, a New York Times article, and before we did the show, With Ted tonight, we sent him down a copy of the New York Times article, and I'm curious, being a climatologist, what you thought, yourself, when you read that article.
	Were you shocked?
	I did read it.
	No, I wasn't shocked.
	I was trying, kind of, you said it was a policy decision, but I didn't see much that was a change in policy.
	Well, not in terms of anything we might do to ameliorate or change the event that they claimed was occurring, but certainly it was a change in policy if indeed the Bush administration was saying that man's hand was the primary thing responsible for what was about to happen or actually is happening right now.
	That's a change.
	Yeah, that was a change.
	I mean, I know only a little bit about George Bush from what I've read and from a few Americans I've bumped into.
	And yeah, you're probably right, that is an admission.
	But from my perspective, it's not changing, it's not happening.
	So you admit something, does it, then when you read it, fine print, is there any policy change?
	No.
	Is there any effect?
	No, that wasn't happening.
	No, no, no.
	So I tend to believe, hey, you can say anything you want.
	If people are really willing to believe you and they calm down and go away, that's great.
	Just because you say something doesn't mean anything changes.
	Well, actually, since that time, President Bush has more or less disavowed even those conclusions in the report, and he said it came from the bureaucracy within his own government, and so he's like disavowing it now.
	Well, that doesn't leave much hope if you... That sounds like you haven't really got control on the bureaucracy.
	And in the government, you don't want that happening?
	Oh no, we have no control of it.
	Our bureaucracy... That's a whole other show, Ted.
	That's a whole other show.
	Politics is the same everywhere.
	Yeah, it probably is.
	I mean, is it roughly the same in Australia, as a matter of interest?
	One of the greatest allies of George Bush is the Australian Prime Minister, John Howard.
	Yes.
	And they're probably very similar in some of their thinking.
	How often do you teach?
	I've just finished my teaching.
	I would like to begin by allowing the audience to ask some questions.
	You're probably going to get some pretty wild ones.
	Are you ready?
	That's okay.
	I get wild questions from students and I get wild questions from the public.
	How often do you teach?
	I've just finished my teaching.
	We go through about 16 weeks twice a year.
	We're fairly intense.
	We don't do a lot of volume teaching, but we take a course and we're responsible for the lecturing and the practicals and the organization of it.
	And so it allows me to put a fairly good effort into the class.
	And I quite enjoy teaching and Peter's class wasn't the best.
	It sort of was one that brought you down to mediocrity no matter how much you tried to enthuse him.
	But I like teaching.
	Really, you would think in the way that you are able and have discussed things on tonight's program that you would absolutely catch their interest and I don't see how they could not, you know, listen to every word you say.
	You're being complimentary, thank you.
	Students here are very parochial.
	I've actually had more international students.
	About 10% of my class this year was international study abroad students and many from the United States.
	They're pretty loyal because they're the bright students and they're here to learn.
	But a lot of our local students are pro-crow.
	They're interested in a part-time job and they've got other interests.
	So they weigh up a lecture against a commitment for some extra cash job and they take the job.
	You know, it's funny.
	You really do remind me of that scientist from on the beach.
	You have sort of an attitude about you.
	All right, let's let the audience ask a few questions.
	East of the Rockies, you're on the air with Ted Bryant in New South Wales.
	Where are you, please?
	This is Eddie from New York.
	Good morning, Martin.
	Good evening, Ted.
	How are you?
	I'll ask my question and then I'll let you respond.
	I saw a report recently regarding, I don't know if it was the Canaries, the volcanic islands off the west coast of Spain.
	They said if these volcanoes should ever become active, that the stored water would heat up causing the western slopes of the volcano to just fall right into the sea, which would cause a tsunami, they said a super tsunami, heading towards the east coast of America.
	I was wondering how devastating it would be, what kind of warning, and if Ted was familiar with it at all.
	Yes, Martin, I'm familiar with that one, and you don't necessarily have to have that volcano erupting A collapse of the flanks.
	The Canary Island volcanoes are very steep sided and quite high.
	They're built on stable foundations because you have lava flows over time covering older ones which have weathered.
	You get unbalanced material slipping a bit and they're full of cracks.
	They're typical high volcanoes that are not very stable.
	And by not very stable over a period of a million years, you can guarantee that about four or five chunks will drop off the side of the flanks of the Canary Islands.
	As I mentioned to Art, unfortunately, most of the flows that have come off the Canary Islands have gone westwards or to the northwest and that directs them into the North Atlantic Ocean.
	You would have a warning of these things, for certain, because the canary islands are inhabited.
	Now that's a very interesting question right there.
	How much warning might one have if an event of the magnitude that caller was just talking about occurred?
	How much warning?
	I forget the exact modeling results, but just by the Lewiston earthquake back in 1700s, it took about six, seven hours for the wave to go across the Atlantic Ocean.
	So you would get six hours and in six hours you can evacuate most people in even large concentrations like New York away from the ocean and realize that not everybody in New York lives near the ocean.
	I'd be concerned about Long Island and it doesn't necessarily take a tsunami to go over Long Island.
	A hurricane in 1939 that had a storm surge that went halfway across the island.
	Well, Ted, if I might interrupt again, thinking Long Island, for example, which would essentially probably be washed away in a big event.
	Uh, that's a lot of people, and eight hours is not a lot of time, and, and, monitor is a fight.
	In other words, how would we know how big a tsunami is on its way, and, and, how could we monitor it?
	Would, would satellites monitor it?
	Would the buoys in the ocean that would, uh, suddenly disappear?
	Ships that would disappear that would make us know on the way?
	Um, it's inhabited, and you'd probably lose contact with the towns and cities there.
	It wouldn't take too long, unless it was in the middle of the night.
	For people to realize that there wasn't a major event, and if you then had any knowledge whatsoever of your emergency services, and realized a chunk of the volcano had slipped into the ocean, I would not play the odds.
	I would just hit the sirens and hit the buzzers and get people away from the ocean.
	But my point is, so in other words, you might not know, if the event occurred and we lost touch with the canaries, There, that's bad enough.
	But you don't know for certain, uh, the size of the tsunami, uh, do you?
	Or is there a way that you can know?
	Are there buoys?
	Do ships disappear?
	I mean, satellites?
	How do you know, uh-oh, here it comes?
	Well, um, you would, um, pick up, uh, you generally would wait till it hits the first tide gauge.
	And the first tide gauge would be along the coast of Europe.
	You would definitely get a signature there before you got one in North America.
	There's no warning system in the Atlantic for a tsunami.
	There's a Pacific warning system.
	It's part of the enigma of our tsunami perception and growth of awareness.
	Um, in the Pacific Ocean, we've got a very good system, and if something happens, well, almost anywhere, we've got the maps that say the tsunami will take this long to get there.
	There's no such system in the Atlantic.
	Might I ask, why not?
	We just, darn it, no big tsunamis have really occurred there in the 20th century or in the last 50 years, and if they don't occur, then everything's alright.
	We won't worry about them.
	We don't worry about the fact that the biggest earthquake ever in historical records was the Lisbon earthquake on November 1st, 1755.
	And we don't really think that it sent a four meter high tsunami into the West Indies.
	And we don't really know what happened in New York at the time, but there weren't many people around New York in 1755, it really counted.
	And we tend to bury our head in the sand and sit as one off.
	So we don't have an Atlantic system.
	So should it occur, then we'd have one, huh?
	After the horse is bolted from the barn, we would put up one.
	But it's very difficult to convince people about any natural hazard that before the event that you should have some warning system in place.
	Now the worst fear is, sorry, it slips, the canary island slips.
	It's nighttime, and goodness, maybe they have a tropical storm there, and someone's not too perceptive, and no one notices, and then you wipe out a few coastal cities in Portugal, and then you start realizing that this thing's on its way.
	How much time do you have at that point?
	Well, you would probably have five hours to the U.S.
	east coast, but goodness, the thing occurs at 12 o'clock at night, and it reaches the U.S.
	in about sunrise.
	You're not going to evacuate many people in the middle of the night.
	Of course, these things always happen in the best time.
	They would never happen on Christmas Day.
	And we've had, in Australia, some very bad disasters happen on Christmas Day and on public holidays.
	But that's the nature of hazards, and it would be unfortunate if something like that happened when we least expected it and when we least wanted to know about it.
	Certainly would.
	West of the Rockies, you're on the air with Ted Bryant in New South Wales.
	Where are you, please?
	Oh, wait a minute, I gotta press a button.
	West of the Rockies.
	Now you're on the air.
	Where are you, please?
	The Emerald City of Seattle.
	Yes, oh, Seattle, yes.
	Yes, yes, another Como listener.
	Uh-huh, yes, sir.
	Hey, uh, gentlemen, this is quite an honor.
	I do have a question for you.
	I live, oh, about 500 feet off of the Puget Sound water line, and I'm kind of wondering about my aquifer.
	We're all on fresh aquifers here.
	What would a tsunami do to our freshwater aquifer?
	And I'm wondering if our tsunami would have a greater intensity on the Puget Sound area as it pumped itself in through the channel out to the sea.
	Well, how far above the sea are you?
	I'm sorry.
	About 500 feet.
	Well, that's quite a ways.
	Seattle, how would Seattle fare, Ted?
	I didn't want a question from Seattle.
	Why not?
	Seattle, in Puget Sound, in 1700, in January, and we think it was the third week, had a magnitude 8 earthquake.
	It's in the Cascadia subduction zone.
	And there are Indian legends along that part of the coast about the tsunami.
	And the tsunami is quite dramatic.
	The one goes, there is this earthquake, Brownshook, and all the Indians race down to the beach.
	and some old Indians said, no flee, and they started fleeing and this wave came in. The
	story said that the wave went across beaches and barriers and it went up to the foot slopes.
	If you take the legend a bit further, I think this is where it loses it, actually it said
	it went over some of the hills. Some people got away in the canoes and couldn't get back
	and it wiped them out. The Cascadia subduction zone goes about every 300 years. It wouldn't
	take a great mathematician to realize that if you add 300 years to 1700 when the last
	event went, that's about now.
	That's about now, yeah.
	And when your gentleman's worried about his aquifer, the last thing I would worry about is my water supply.
	If he's 500 feet, hopefully he's that height above sea level.
	He's not within 500 feet of the ocean on flat land because these things can sweep over.
	Flattish land, marshes, deltas.
	It's a difficult environment.
	When they get into, see me as a Japanese where it means harbor waste, and when it gets into a harbor, it doesn't matter if it's a harbor, it's Puget Sound, looks like a harbor, it just bounces around back and forth and can actually amplify in height and do a lot of damage.
	Well, you know, it's a very interesting call.
	I've flown to Seattle several times, and as you fly to Seattle, it's really beautiful.
	I mean, you see all these land masses and islands and all.
	God, it's beautiful.
	But there's so many people living on these landmasses, these virtual islands.
	They're not very high up off the water, are they?
	No, no, no.
	And so the Seattle area, it seems to me, would be particularly... Oh, you're probably sorry you called.
	Well, I am expecting an earthquake for this weekend, and well, you know, I just didn't want to have to move my Y2J bunker.
	Your Y2J bunker?
	Do you have any shell under your house?
	It's, where I am, it's mostly base rock, but below me is all sand.
	Sand?
	Yes.
	Okay, it's also been glaciated, so I don't know if the sand comes from glaciation or it's actually been swept up by tsunami, but we have sand deposits swept up on cliffs here, and the cliffs are 80 meters.
	That's about 200 feet above sea level.
	So, to answer my question, do you have any shell?
	Shell?
	Marine shell in your sand around you.
	In other words, you go checking around.
	Do you find shells in the sand?
	Below me, yes.
	Really?
	That has meaning.
	I mean, I can see the water from my, from my window.
	That has meaning too.
	But I mean, if you have, if you have, I see why you asked the question.
	If you have shells, you know, they're in your, in your, in your set.
	Well, first of all, if you have sand, I mean, right, right there, you know, that something brought the sand there.
	And then, and then secondary to that, if there are shells in it, that would, that would mean that there was marine life there too, which would mean there was water there once before.
	Yes.
	I think.
	Or it got swept up by the last tsunami.
	This was wonderful, Art.
	Well, hey, you're the one that called.
	Uh, so I do, I've seen your area from the air, and a tsunami, uh, Ted, would not be good for, uh, the Seattle area, would it?
	No, it wouldn't.
	I mean, I don't want to scare people.
	I live within, um... Well, tell them the truth is good.
	Listen, hold on.
	We're at the bottom of the hour and we'll be... We'll be right back.
	I want to thank that caller very much and dedicate this song.
	The bluest skies you've ever seen are in sea.
	The water is kind of blue, too.
	And the hills are the greenest green you may see.
	Beautiful child, growing up free and wild Full of hopes and full of fears
	Full of laughter, full of tears Full of dreams to last a year
	In Seattle, in Seattle When it's time to leave your home
	And your loved ones It's the hardest thing of boy
	All our plans are gone We're here but now they're gone
	Seasons don't feel the same Don't do the wind, the sun, the rain
	Leave me like they don't Come on baby, don't feel the same
	Baby take my hand, don't feel the same Baby, I'm your man
	La la la la la la la la La la la la la la la la
	Do we chart them in the kingdom of night From west to the Rockies dial one
	East of the Rockies, 1-800-825-5033.
	First-time callers may rechart at 1-775-727-1222.
	East of the Rockies, 1-800-825-5033.
	First-time callers may reach out at 1-775-727-1222, or use the wildcard line at 1-775-727-1295.
	To reach out on the toll-free international line, call your AT&T operator,
	and have them dial 800-893-0903.
	This is Coast to Coast AM with Art Bell on the Premier Radio Network.
	Certainly is.
	Good morning, everybody.
	There's just a right time in every program to play this record and that, you know, arrives.
	Ted Bryant is my guest on the phone from New South Wales, Australia, where he really does remind me of the sights on Long Beach.
	Little attitude here.
	Fascinating stuff.
	Questions are yours.
	So if you've got one, pick up the telephone.
	It's that simple.
	I would like to remind my audience, tomorrow night, Bob Lazar is going to be here.
	Bob Lazar, they're about to make a movie of Bob Lazar's life, actually, and that's one of the reasons he's going to be here tomorrow night.
	I've interviewed Bob Lazar on numerous other occasions.
	A lot of you are a new audience, I understand, and will not have heard Bob Lazar's story.
	He's a physicist who worked at Area 51, back engineering, AlienCraft.
	Now, he's a very serious man, and it's a very serious story, and he is saying that he has got some details that he's never told, that he will tell tomorrow.
	Now, we'll obviously get through the... We'll take you through Bob Lazar's story, of course, but there are apparently new details.
	Things that he's never revealed before.
	Now, whether we're going to talk him out of those tomorrow night or not, I don't know.
	We're going to sure try.
	And I'm sure he's going to give us some.
	But there is a movie coming up.
	And so, tomorrow night, Bob Lazar.
	If you have friends who have never heard Bob Lazar, you're really not going to want to miss that program tomorrow night.
	At the moment, we have Ted Bryant in New South Wales, and plenty of people would like to speak with him.
	Boy, I'll tell you, plenty of people.
	So, let's... Ted, have you... Do you have anything you'd like... You know, it's only fair.
	I mean, have you written a book, or anything that you would like to plug, or just anything at all?
	Your favorite... Hey, I don't care, anything.
	I have written a book, and I wrote a book on Tsunami, the underrated hazard, and it came out last August by Cambridge University Press.
	And it was mainly written about our evidence that we found in Australia and elsewhere in the world, and I wrote it in layperson's terms, so it's a little bit scientific in places.
	Lots of pictures, and I wrote it for a general audience, and I've had a lot of comments back from general people, non-scientists, who enjoy the book.
	Unfortunately, some of the scientists in the tsunami community think it's appalling.
	But I didn't write it for them.
	I wrote it as a general audience text.
	Well, why would you say that some in the scientific community consider it appalling?
	What's the point of view?
	Look, in 30 seconds or about one paragraph, I can ruin another scientist's career.
	And there are people who are... science tends... it's not a very fair area.
	There are people who...
	jealousy or people who think high of themselves. You can very easily just destroy or write
	a book review and just shatter it. Some journals now request if you review a book that you
	don't say anything negative about the book, you write a positive review. I think I met
	up with a few people like that who were unwilling to accept the fact that I wasn't in the tsunami
	circle of science people so therefore I shouldn't be writing a book on tsunami and some people
	who didn't like the implications.
	By the way, by the implications, the evidence, by the way, we brought the person who was the American who wrote up and discovered the channels on Mars that were catastrophic flood features.
	And we brought him down a coast in March.
	He asked to come here and we showed him the sites.
	We never went past the first site before he could see he believed.
	And at the end of it, he was talking about catastrophic large-scale tsunami effect on coastline.
	You know, we have the same thing here with regard to scientists.
	They're, you know, like blockheads, a lot of them.
	And they just, they have their pet theories that they've written papers on.
	And frankly, their careers depend on their being right.
	And if something comes along, Threatens to suggest that everything they've been preaching is wrong then You know, they just they're very stubborn people with big egos and They're just actually Scientists are one of the most sensitive hard to get along with group of people that are on the planet
	Yeah, thank you very much.
	I'm ahead of the school here, and the university.
	I have to deal with people like that all the time, and I can say this because they're not listening to your program.
	Don't be so sure.
	But that's alright, go ahead.
	So, you know, an awful lot of Australians listen on the net, actually.
	Alright, well look, a lot of people want to talk to you, so let me continue to get them on the air with you.
	On the first-time caller line, you're on the air with Ted Bryant.
	Where are you, please?
	Canada.
	Canada, huh?
	Okay.
	So, I was wondering, um, volcanoes collapse into the ocean and create tsunamis, right?
	Right.
	Um, uh, is it possible that, um, there could have been a series of volcanoes in the middle of the Atlantic Ocean, um, that a long time ago when the Aztecs and the Egyptians were thriving, that it collapsed into the ocean, um, and wiped out both sides, uh, on either side of, It was directed to the Aztecs in Egypt and Mexico and in Egypt.
	It certainly is possible but I have to qualify that a bit.
	What I've done and talked to astronomers and I would come up with a more likely scenario and it didn't involve volcanoes collapsing.
	The common impact evidence, so if it isn't random over time, There are clustered events and the frequency is about every 500 years and not the same intensity every 500 years, but every 2,500 years or every 1,000 years, we go through more of this debris than another period.
	And there have been numerous times when we have had debris come into the Earth's atmosphere system that could have dropped an object into the ocean that would have set up a tsunami and would have set up the climatic effects.
	And the astronomers believe that Middle Eastern civilizations, when you go back through the Bible and look at the history you create in the Bible, that several civilizations collapsed at the same time.
	So when you talk about the Aztecs wiping them out and things like that, we're talking about civilization collapses.
	And the astronomers believe that some of these could have been due to comet impacts in the ocean, the tsunami itself, and then the following up climatic change.
	Um, but, uh, you don't think, because I look at a map, and there's a ridge down the middle of the Atlantic Ocean, and could that possibly be volcanoes?
	Like, if there was volcano islands there, and they collapsed, it would send tsunamis in both directions, and eventually wiping them out at the same time, right?
	Yes, you've got a map in front of you, and I was gonna say, if you look at the ocean, the seabed is not smooth.
	And it's full of volcanoes, and it's full of what are called seamounts, and you've got ridges, and also you've got your continental shelves, which are very steep around continents, and there's a lot of stuff out there that can slip.
	You know, there was a story about some undersea slippage that could happen in the Atlantic.
	They would give very little warning to anybody, but they said it could happen.
	There are other areas along the continental slope on the east coast of the United States, but three or four, which are prime sites, which have been investigated and have had slippage.
	If the slippage is big enough, then it could kick up a tsunami.
	It's after Papua New Guinea in July 1998, where the earthquake was too small that generated a tsunami wave, and there it was at almost a 15 meter, 45 foot high wall of water.
	And the earthquake wasn't big enough, and it was a submarine landslide that made a lot of people realize, hey, we better start steep slopes in the ocean, because submarine slides may be underrated.
	I have this for you, um, and then we'll go back to the phones.
	Uh, I read this, it was from, uh, Space Day, and I read this in the first hour of the program that you didn't hear there in Australia, but the headline is, Melting Ice on Everest is Evidence of Global Warming.
	Uh, now, they just had a UN, uh, group went, uh, up, and You know what they noted?
	They said, um, uh, they said the following, that, uh, the ice fields, uh, that had helped Hillary and Sherpa Tenzing on the first ascent of Everest, uh, have shrunken, uh, actually moving back about six kilometers And it says, back in 1953, when Hillary and Tenzing set off to climb Everest, they stepped out of their base camp and stepped right onto ice.
	Now, today, if you were in that same tent they were in at a base camp, you would have to walk more than two hours before you'd get to the ice that they stepped straight onto back in 1953.
	That's pretty amazing.
	1953 that's pretty amazing it is Well, do you want me to qualify it a bit?
	Well, all you want, sure.
	It just isn't air temperature that controls ice sheets and alpine glaciers.
	It takes moisture as well.
	So if you start turning off the moisture on a glacier and you will then do exactly the same thing, you'll have a retreating ice cap.
	I believe the evidence you've got there and what you're explaining is probably warming But you have to be a little bit careful.
	You could just be changing the deputation regime and generating the same type of effect.
	But that's a lot of walking to get to ICE that used to be right there.
	That's amazing.
	Yeah, that's a lot of retreat.
	Sure is.
	All right.
	Wildcard Line, you're on the air with Ted Bryant.
	Where are you, please?
	Green Bay, Wisconsin, WGE.
	Green Bay, that's the way to do it.
	All right, sir.
	Welcome.
	Yes, sir.
	How are you, Art?
	I'm okay, sir.
	Go ahead.
	Above and beyond and always on the call.
	I was just wondering, to you and Ted, I have a question.
	You're talking about a 5,000 time period that this thing is happening with the meteors and stuff like that.
	Will there be a rotation with the galaxy or within our galaxy that we're coming in closer to the meteor belt that we might have a closer gravity pull of bringing meteors in close to us?
	In other words, I guess he's asking, could the Earth move through Suddenly begin to move through some sort of area where we get hit by a lot of things.
	I mean, you know, there's a lot of clutter in space.
	And the answer to that probably is yes, huh?
	It doesn't require necessarily the explanation.
	You said that there's a lot of debris out in the comet source belt beyond Neptune, beyond Pluto.
	And we don't know how it's set up and how it's affected.
	But every once in a while, Some of that debris just then gets set on a trajectory into the inner solar system.
	And it doesn't, it could be random, or it could be just the alignment of the planets at the right time, picking up the people, just setting it off.
	It's almost like a shooting gun.
	And I firmly believe, and I think I've got astronomers that will support me, That there has been a lot of debris coming to the solar system.
	When you tend to think that it was all there four billion years ago and it's dead quiet now.
	No, that's not true.
	There's a lot of debris out there.
	It can come in any time.
	Yeah.
	Actually, if there were such a thing as aliens and they had spaceships and they had the ability to move rocks around, you wouldn't have to really attack the Earth at all.
	You would just go out to a place and you'd Move the orbit of a few very large rocks and just then like wait and see what happened.
	Yeah.
	Right?
	Ease to the Rockies.
	You're on the air with Ted Bryant.
	Where are you, please?
	I'm in Omaha, Nebraska.
	Yes, sir.
	Out in the middle of country.
	Yeah.
	Yeah.
	Great.
	Midwest.
	But actually, I have a question for your guest.
	I was thinking about this.
	I know it's a flat line over in California.
	It's pretty unstable.
	And I was kind of wondering if a large piece of space debris, say a comet or the size of the asteroids that hit the Yucatan Peninsula, if that was to hit the Pacific Ocean, could that then set off the plot line and maybe take California right off into the ocean?
	Yeah, that's a really good question.
	I don't know about breaking off and falling in the ocean, but there is the San Andreas Fault and associated faults with it in California, which everybody worries all the time about.
	You're on the West Coast, Ted, and he brings up an interesting point.
	You would think an impact, whether it would be on land or water, in that area would have a good chance, wouldn't it, of setting a fault of that size off?
	We think of the Yucatan Peninsula comet that came in 65 million years ago, set up an enormous earthquake.
	And we talk about things on the Richter scale, and Lisbon was about nine, about the biggest that we've ever conceived of in historical times.
	We think that the Yucatan hit was up in 10, 11, and these things are going up on a log scale.
	We've got legends in Australia.
	One, the Aborigines described perfectly a comet coming in, and it was in a debris.
	It just wasn't a single object.
	But they talked about the whole ground shaking.
	And it's obvious that when these objects hit, and they don't have to be that big, that they can generate earthquakes.
	And if you've got this type of impact or debris impacting it in an area like the San Andreas Fault, what do you need to trigger an earthquake?
	I don't think you're going to sit half of California into the ocean.
	But you would certainly have the possibility of secondary effects like setting off and triggering an earthquake.
	You might like to know, Ted, that on my website right now we've got links to not one, but three of your books
	actually.
	I guess that they're over on Amazon.com.
	So people have enjoyed listening tonight.
	I want to, uh, look into, uh, the following books.
	Climate Process and Change.
	That's one book.
	Another is Natural Hazards.
	And the third book is Tsunami.
	The Underrated Hazards.
	So actually, um, Ted, we've got links on my website to all of your books.
	And, uh... Thank you, but you'll probably find the first is now totally out of print.
	Yeah, they're pretty good, and they give you a good discount, too.
	They certainly do.
	I use them.
	Yes, so do I. West of the Rockies, we don't have a lot of time.
	You're on the air with Ted Bryant, New South Wales.
	Where are you, please?
	Where are you?
	California.
	California.
	Okay, California.
	And my question is, since Afghanistan and Pakistan is so richly seismic, With them having nuclear war set off seismic events there.
	What an interesting question.
	The caller is sure right about, for example, Afghanistan being richly seismic.
	There's been a lot of rich, recent seismic activity in Afghanistan.
	So much so that it's almost suspicious, frankly, for some of us.
	But you've got to wonder if nuclear weapons began to detonate at ground level.
	Uh, whether actually seismic area could get going.
	It certainly could.
	There's an even better option.
	Oh?
	And uh, one of the tsunami experts I met actually came from Bulgaria.
	And he was a Bulgarian tsunami expert on the Black Sea.
	And I thought, the Black Sea doesn't have tsunami.
	And he told me a lot about tsunami.
	It certainly does.
	He was the expert.
	They were worried that the U.S.
	in the Cold War would detonate a nuclear weapon.
	Well, what would happen?
	in the black sea.
	Well, what would happen?
	It would set up a significant tsunami that would wipe out every port around the black
	sea.
	So, you could trigger an earthquake, but if you want to get out of the coastal area, you
	don't necessarily detonate the nuclear bomb over a city or over the harbor.
	You detonate it on Guam shore and it will set up a tsunami that will well and truly
	impact upon that port.
	Oh my God.
	When it comes to nuclear weapons, I never thought about setting one off under water.
	I never thought about that.
	I was in the Bulgarian tsunami expert became a good friend and a good check on what we were doing.
	If you can have them in the Black Sea, you can have them anywhere.
	And of course, we've got bombs of the mega tonnage that would would approximate, gosh, I don't know, a pretty good meteor impact, to be sure, or more.
	You know, the hydrogen bombs.
	I mean, if one of those went off underwater.
	That's where our modeling comes from for the impact, the power and the effect on tsunamis.
	Our modeling comes from some of it from nuclear explosions.
	In other words, the modeling is set up on known information from when we did do that kind of thing?
	Well, it was set up on, yeah, and probably when they went into the equations, I don't know if the papers or literature, but it probably then was put into the equations to see with a certain size bomb what type of wave you could generate.
	And it, yeah, that was used as a, going to be used as a weapon in the Cold War.
	Ted, you have been one incredible guest, that's all I've got to say.
	And, you know, our program is ending, but I might, a lot of people are going to buy your books.
	And you're going to hear a lot about this program.
	Thank you.
	Believe me, the students tonight paid rapt attention.
	I guarantee it.
	Thank you, Ted.
	Thank you, Larry.
	Good night.
	Good night.
	Pleasure talking to you.
	Or actually, good evening for you there.
	17 time zones away.
	That's Ted Bryant.
	In New South Wales.
	But for tonight, I'm Art Bell.
	From my desert.

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