Off the keyboard of Jonny Mnemonic
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Published on April 23, 2013 on Jumping Jack Flash Hypothesis
Discuss this article at the Geological & Cosmological Events Table inside the Diner
With this post, the Diner welcomes Jonny Mnemonic to the pantheon of cross posting Bloggers on the Diner.Jonny runs the Blog Jumping Jack Flash Hypothesis, where he collects daily evidence of seemingly inexplicable phenomena of spontaneous Bus combustion, people suffocating in their homes, plane crashes and so forth.The hypothesis here is that the atmosphere is already becoming filled with pockets of Methane and Hydrogen Sulfide gas being released from ocean plumes, and these are responsible for the seemingly inexplicable deaths and explosions. Jonny has collected thousands of stories over the last few years to validate his hypothesis on his website. Visit there for the full listings.-RE |
Wiki Information On Hydrogen Sulfide:
http://en.wikipedia.org/wiki/Hydrogen_sulfide
Wiki Information On Sulfate-Reducing Bacteria:
http://en.wikipedia.org/wiki/Sulfate-reducing_bacteria
Wiki Information On The Permian-Triassic Extinction Event:
http://en.wikipedia.org/wiki/Permian-triassic_extinction
In-Depth Science Document (PDF) Explaining How This H2S-Methane Extinction Event Works:
http://www.chicagocleanpower.org/ward.pdf
NOAA Document On Hydrogen Sulfide (Excellent Information):
http://cameochemicals.noaa.gov/chemical/3625
Centers For Disease Control (CDC) Pocket Guide To Hydrogen Sulfide:
http://www.cdc.gov/niosh/npg/npgd0337.html
Sensory And Cognitive Effects of Acute Exposure To Hydrogen Sulfide:
http://www.scribd.com/doc/7485613/Sensory-and-Cognitive-Effects-of-Acute-Exposure-to-Hydrogen-Sulfide
Wiki Information On The Claus Process (Removes H2S From A Gas Stream):
http://en.wikipedia.org/wiki/Claus_process
CCOHS Document On Hydrogen Sulfide:
http://www.ccohs.ca/products/databases/samples/CHEMINFO.html
Document (PDF) Explaining The H2S-Methane Synergy In Extinction Events:
http://acd.ucar.edu/~lamar/PDF/2006GL028384.pdf
Wiki Information On Biogenic Sulfide Corrosion:
http://en.wikipedia.org/wiki/Biogenic_sulfide_corrosion
Wiki Information On The Clathrate Gun Hypothesis:
http://en.wikipedia.org/wiki/Clathrate_gun_hypothesis
Maps Of Methane Hydrate Deposits Around The World:
http://jumpingjackflashhypothesis.blogspot.com/2013/02/methane-hydrate-maps.html
http://tinypic.com/view.php?pic=xof86e&s=5
MISA Theory (Theory of Mass-Induced Seismic Amplification):
http://jumpingjackflashhypothesis.blogspot.com/2010/12/misa-theory.html
Theory of the Origin, Evolution, and Nature of Life (Gyromodel of the Universe):
http://www.mdpi.com/2075-1729/2/1/1/
Predictions:
A. More fires and more explosions, especially along the coasts, but everywhere generally.
B. Many more animal die-offs, of all kinds, and especially oceanic species.
C. More multiples of people will be found dead in their homes, as if they’d dropped dead.
D. More corpses found in low-lying areas, all over the world.
E. More unusual vehicular accidents.
F. Improved unemployment numbers as people die off.
JJF:GGG Hypothesis now UP on the Diner Blog! :icon_sunny:
I'm not going to merge this thread with the thread AZ started in Environment, even though it might be a little confusing. AZs thread has been up too long over there to do a merge.
RE
Okay, before this becomes the new d00mer Jebus-religion around here, I have to say, a lot of this really smacks of the most masturbatory sort of scare-mongering. And coming from Yours Truly, that's saying something!
I initially had a similar reaction when Azozeo started posting some of this stuff. But there is something impressive in the sheer preponderance of the evidence.
This whole thread is absurd, ridiculous ... and, well, loopy! A complete waste of precious time.
Atmospheric H2S concentrations can and have been measured. (See below abstract showing regional measurements in Feb-March 1990.)
Unless Azozeo can provide legitimate scientific evidence (he knows not what this would mean, sadly) for measured increases for such, such increases are likely to be as a result of his overactive imagination in conjunction with his underactive scientific reasoning.
Anyone who thinks any fire on Earth, especially those near bodies of water, must necessarily be as a result of vast plumes of great concentrations of H2S has not been thinking clearly -- which lack of mental clarity might possibly be a result of sniffing mysterious gases.
___________________
Abstract
Atmospheric H2S concentrations were measured over the equatorial Pacific on leg 1 of the third Soviet-American Gases and Aerosols (SAGA 3) cruise during February and March 1990. Five N-S transects were made across the equator between Hawaii and American Samoa. The concentrations ranged from below the detection limit of 0.4 ± 0.5 (1 σ) to 14.4 ppt with an average value of 3.6 ± 2.3 ppt (1σ, n = 72). The highest concentrations were found on the easternmost two transects just south of the equator. The average concentration of 3.6 ppt observed on this cruise is the lowest reported value for background atmospheric H2S over the tropical oceans. A lack of correlation between 222Rn and H2S rules out a significant continental source. Model calculations indicate that the oceanic source of H2S in this region is in the range of 9 to 21 × 10−8 mol m−2 d−1. From this flux the concentration of free sulfide (H2S + S= ) in the surface mixed layer of the ocean is estimated to be in the range of 32 to 67 pmol L−1. In the atmosphere the oxidation of H2S produces SO2 at a rate of 2.1 to 4.4 × 10−11 mol m−3 d−1 which is only a small fraction of that estimated from the oxidation of dimethyl sulfide (DMS) in this region. A diurnal cycle was not observed in the H2S data recorded during this cruise.
http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract (http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract)
Atmospheric H2S concentrations can and have been measured. (See below abstract showing regional measurements in Feb-March 1990.)
Unless Azozeo can provide legitimate scientific evidence (he knows not what this would mean, sadly) for measured increases for such, such increases are likely to be as a result of his overactive imagination in conjunction with his underactive scientific reasoning.
Anyone who thinks any fire on Earth, especially those near bodies of water, must necessarily be as a result of vast plumes of great concentrations of H2S has not been thinking clearly -- which lack of mental clarity might possibly be a result of sniffing mysterious gases.
___________________
Abstract
Atmospheric H2S concentrations were measured over the equatorial Pacific on leg 1 of the third Soviet-American Gases and Aerosols (SAGA 3) cruise during February and March 1990. Five N-S transects were made across the equator between Hawaii and American Samoa. The concentrations ranged from below the detection limit of 0.4 ± 0.5 (1 σ) to 14.4 ppt with an average value of 3.6 ± 2.3 ppt (1σ, n = 72). The highest concentrations were found on the easternmost two transects just south of the equator. The average concentration of 3.6 ppt observed on this cruise is the lowest reported value for background atmospheric H2S over the tropical oceans. A lack of correlation between 222Rn and H2S rules out a significant continental source. Model calculations indicate that the oceanic source of H2S in this region is in the range of 9 to 21 × 10−8 mol m−2 d−1. From this flux the concentration of free sulfide (H2S + S= ) in the surface mixed layer of the ocean is estimated to be in the range of 32 to 67 pmol L−1. In the atmosphere the oxidation of H2S produces SO2 at a rate of 2.1 to 4.4 × 10−11 mol m−3 d−1 which is only a small fraction of that estimated from the oxidation of dimethyl sulfide (DMS) in this region. A diurnal cycle was not observed in the H2S data recorded during this cruise.
http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract (http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract)
Atmospheric H2S concentrations can and have been measured. (See below abstract showing regional measurements in Feb-March 1990.)
Unless Azozeo can provide legitimate scientific evidence (he knows not what this would mean, sadly) for measured increases for such, such increases are likely to be as a result of his overactive imagination in conjunction with his underactive scientific reasoning.
Anyone who thinks any fire on Earth, especially those near bodies of water, must necessarily be as a result of vast plumes of great concentrations of H2S has not been thinking clearly -- which lack of mental clarity might possibly be a result of sniffing mysterious gases.
___________________
Abstract
Atmospheric H2S concentrations were measured over the equatorial Pacific on leg 1 of the third Soviet-American Gases and Aerosols (SAGA 3) cruise during February and March 1990. Five N-S transects were made across the equator between Hawaii and American Samoa. The concentrations ranged from below the detection limit of 0.4 ± 0.5 (1 σ) to 14.4 ppt with an average value of 3.6 ± 2.3 ppt (1σ, n = 72). The highest concentrations were found on the easternmost two transects just south of the equator. The average concentration of 3.6 ppt observed on this cruise is the lowest reported value for background atmospheric H2S over the tropical oceans. A lack of correlation between 222Rn and H2S rules out a significant continental source. Model calculations indicate that the oceanic source of H2S in this region is in the range of 9 to 21 × 10−8 mol m−2 d−1. From this flux the concentration of free sulfide (H2S + S= ) in the surface mixed layer of the ocean is estimated to be in the range of 32 to 67 pmol L−1. In the atmosphere the oxidation of H2S produces SO2 at a rate of 2.1 to 4.4 × 10−11 mol m−3 d−1 which is only a small fraction of that estimated from the oxidation of dimethyl sulfide (DMS) in this region. A diurnal cycle was not observed in the H2S data recorded during this cruise.
http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract (http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract)
Atmospheric H2S concentrations can and have been measured. (See below abstract showing regional measurements in Feb-March 1990.)
Unless Azozeo can provide legitimate scientific evidence (he knows not what this would mean, sadly) for measured increases for such, such increases are likely to be as a result of his overactive imagination in conjunction with his underactive scientific reasoning.
Anyone who thinks any fire on Earth, especially those near bodies of water, must necessarily be as a result of vast plumes of great concentrations of H2S has not been thinking clearly -- which lack of mental clarity might possibly be a result of sniffing mysterious gases.
___________________
Abstract
Atmospheric H2S concentrations were measured over the equatorial Pacific on leg 1 of the third Soviet-American Gases and Aerosols (SAGA 3) cruise during February and March 1990. Five N-S transects were made across the equator between Hawaii and American Samoa. The concentrations ranged from below the detection limit of 0.4 ± 0.5 (1 σ) to 14.4 ppt with an average value of 3.6 ± 2.3 ppt (1σ, n = 72). The highest concentrations were found on the easternmost two transects just south of the equator. The average concentration of 3.6 ppt observed on this cruise is the lowest reported value for background atmospheric H2S over the tropical oceans. A lack of correlation between 222Rn and H2S rules out a significant continental source. Model calculations indicate that the oceanic source of H2S in this region is in the range of 9 to 21 × 10−8 mol m−2 d−1. From this flux the concentration of free sulfide (H2S + S= ) in the surface mixed layer of the ocean is estimated to be in the range of 32 to 67 pmol L−1. In the atmosphere the oxidation of H2S produces SO2 at a rate of 2.1 to 4.4 × 10−11 mol m−3 d−1 which is only a small fraction of that estimated from the oxidation of dimethyl sulfide (DMS) in this region. A diurnal cycle was not observed in the H2S data recorded during this cruise.
http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract (http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract)
compare average school bus and tractor trailers bursting into flames per day in 1990 and 2015. look also at smoking rates, bans on indoor smoking and regulation of smoke detectors in 1990 vs 2015.Atmospheric H2S concentrations can and have been measured. (See below abstract showing regional measurements in Feb-March 1990.)
Unless Azozeo can provide legitimate scientific evidence (he knows not what this would mean, sadly) for measured increases for such, such increases are likely to be as a result of his overactive imagination in conjunction with his underactive scientific reasoning.
Anyone who thinks any fire on Earth, especially those near bodies of water, must necessarily be as a result of vast plumes of great concentrations of H2S has not been thinking clearly -- which lack of mental clarity might possibly be a result of sniffing mysterious gases.
___________________
Abstract
Atmospheric H2S concentrations were measured over the equatorial Pacific on leg 1 of the third Soviet-American Gases and Aerosols (SAGA 3) cruise during February and March 1990. Five N-S transects were made across the equator between Hawaii and American Samoa. The concentrations ranged from below the detection limit of 0.4 ± 0.5 (1 σ) to 14.4 ppt with an average value of 3.6 ± 2.3 ppt (1σ, n = 72). The highest concentrations were found on the easternmost two transects just south of the equator. The average concentration of 3.6 ppt observed on this cruise is the lowest reported value for background atmospheric H2S over the tropical oceans. A lack of correlation between 222Rn and H2S rules out a significant continental source. Model calculations indicate that the oceanic source of H2S in this region is in the range of 9 to 21 × 10−8 mol m−2 d−1. From this flux the concentration of free sulfide (H2S + S= ) in the surface mixed layer of the ocean is estimated to be in the range of 32 to 67 pmol L−1. In the atmosphere the oxidation of H2S produces SO2 at a rate of 2.1 to 4.4 × 10−11 mol m−3 d−1 which is only a small fraction of that estimated from the oxidation of dimethyl sulfide (DMS) in this region. A diurnal cycle was not observed in the H2S data recorded during this cruise.
http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract (http://onlinelibrary.wiley.com/doi/10.1029/92JD00451/abstract)
compare average school bus and tractor trailers bursting into flames per day in 1990 and 2015. look also at smoking rates, bans on indoor smoking and regulation of smoke detectors in 1990 vs 2015.
You can just pick out one particular aspect of the effects and follow that and you'll see it happen. Homes exploding, for example, or people burning to death in vehicles. Or people having seizures or dying while foaming at the mouth. Or kids under age 10 with no health issues dropping dead. Or planes crashing. Or buses burning. Or major cities being hit by hydrogen sulfide. As time goes on, whichever aspect you follow, you'll be able to see it increasing. You already can, if you're watching.
As I said, this really calls for an Interactive Map and some Quantitative Analysis, along with the plethora of stories you manage to collect up. Where do you get all of them? Do you google for them every day?
RE
As I said, this really calls for an Interactive Map and some Quantitative Analysis, along with the plethora of stories you manage to collect up. Where do you get all of them? Do you google for them every day?
RE
Well, not just google, but yes, I search every day. It's gotten remarkably easier to find the events that 'fit the profile' over time too. In the beginning, back in 2012, there weren't as many events, not nearly. Now there are so many I often just have to skip past some and even so, the lists have gotten so large that on my own message board, the storage limits have forced me sometimes to break the day's events into two posts.
Assume for a moment that I am correct. If that's so, then I don't need to prove anything, do I? All I really need to do is observe the end of the world as it occurs. Reality takes care of the proof for me. The proof is in the pudding, as they say. So, since I actually am correct, I am simply observing the world as we know it as it comes to an end, displayed each day by reality itself. People can spend the rest of their days haggling about whether there is or isn't enough proof until they're dead if they like. I'll spend my days speaking the truth and watching reality continue to confirm what I'm saying. Nice and simple!
Well, I have come to the conclusion that A) there is already enough evidence, and plenty more will certainly be forthcoming; and B) people will wake themselves up when they're ready and not before. Maybe that's already begun, right here on the Diner!
Well, gonna finish off this month (not much left in it), and in the meantime I will get Google Earth and see if I can get going on figuring out how to do what you just suggested. Can't be that hard. I hope!
Boat Explosion 3 27 2015 |
Yes, I see how useful that might be. Can't do every event, but then some of them aren't really worth mapping anyway. So what do you think about mapping the following:
* Passenger planes crashing
* Any kind of plane burning
* Boat fires and explosions
* Big rig fires and explosions
* Major scrap metal fires, like auto salvage yards and metal recycling centers
* Any vehicle fire where 10+ vehicles burn
* All explosions involving nitric acid
* Naked crazy people incidents
* College students and kids mysteriously dropping dead
* Anybody dying foaming at the mouth
* Major train crashes and derailments
* Any vehicle crash with 10+ fatalities
* Mysterious city-shaking explosions
* Cities being hit by hydrogen sulfide or 'rotten egg' odor
That will leave out many accidents, and a lot of vehicle fires, and a lot of the people dying, but that should include enough to be very interesting, and hopefully restricting it to just those won't eat up TOO much (more) of my time. Heh.
And any other suggestions?
Yes, I see how useful that might be. Can't do every event, but then some of them aren't really worth mapping anyway. So what do you think about mapping the following:
* Residential explosions
* Passenger planes crashing
* Any kind of plane burning
* Boat fires and explosions
* Big rig fires and explosions
* Major scrap metal fires, like auto salvage yards and metal recycling centers
* Any vehicle fire where 10+ vehicles burn
* All explosions involving nitric acid
* Naked crazy people incidents
* College students and kids mysteriously dropping dead
* Anybody dying foaming at the mouth
* Fatal non-accident vehicle fires
* Major train crashes and derailments
* Any vehicle crash with 10+ fatalities
* Mysterious city-shaking explosions
* Cities being hit by hydrogen sulfide or 'rotten egg' odor
That will leave out many accidents, and a lot of vehicle fires, and a lot of the people dying, but that should include enough to be very interesting, and hopefully restricting it to just those won't eat up TOO much (more) of my time. Heh.
And any other suggestions?
Fish kills?
Bird kills?
Other die-offs?
I guess I better find a decent smallish preferably free database program that imports/exports comma-delimited fields. Heh, thought my days of databasing were over. I used to write software back in the 90s, including a lot of database stuff. Alas, I didn't keep any of my tools or anything, because I thought those days were over. Ah well.
Yes, I see how useful that might be. Can't do every event, but then some of them aren't really worth mapping anyway. So what do you think about mapping the following:
* Residential explosions
* Passenger planes crashing
* Any kind of plane burning
* Boat fires and explosions
* Big rig fires and explosions
* Major scrap metal fires, like auto salvage yards and metal recycling centers
* Any vehicle fire where 10+ vehicles burn
* All explosions involving nitric acid
* Naked crazy people incidents
* College students and kids mysteriously dropping dead
* Anybody dying foaming at the mouth
* Fatal non-accident vehicle fires
* Major train crashes and derailments
* Any vehicle crash with 10+ fatalities
* Mysterious city-shaking explosions
* Cities being hit by hydrogen sulfide or 'rotten egg' odor
That will leave out many accidents, and a lot of vehicle fires, and a lot of the people dying, but that should include enough to be very interesting, and hopefully restricting it to just those won't eat up TOO much (more) of my time. Heh.
And any other suggestions?
Fish kills?
Bird kills?
Other die-offs?
Of course, all of this data collection would not be very impressive as evidence if the cause of these events is merely presumed without any solid evidential basis, as has been the habit of azozeo and Jonny_Emm .
It's a worthwhile task. Definitely, the amount of Anecdotal Evidence JE has collected to date is very impressive.
RE
It's a worthwhile task. Definitely, the amount of Anecdotal Evidence JE has collected to date is very impressive.
RE
So was the information collected along the way by the eugenics movement. Motivation matters, when it is the believers doing the information collecting and studying, it instantly begs the question of objectivity.
Of course, all of this data collection would not be very impressive as evidence if the cause of these events is merely presumed without any solid evidential basis, as has been the habit of azozeo and Jonny_Emm .
Actually, with enough data collection, you don't need the Cause at all. All you need to do is show that the incidents are increasing in frequency and magnitude over time. Then you can project out a curve which would show how long it will take before everyone is Foaming at the Mouth or Spontaneously Combusting.
Of course, all of this data collection would not be very impressive as evidence if the cause of these events is merely presumed without any solid evidential basis, as has been the habit of azozeo and Jonny_Emm .
Actually, with enough data collection, you don't need the Cause at all. All you need to do is show that the incidents are increasing in frequency and magnitude over time. Then you can project out a curve which would show how long it will take before everyone is Foaming at the Mouth or Spontaneously Combusting.
The basic methodology of research in something like this would probably be the methods of epidemiology. http://en.wikipedia.org/wiki/Epidemiology (http://en.wikipedia.org/wiki/Epidemiology)
It's a worthwhile task. Definitely, the amount of Anecdotal Evidence JE has collected to date is very impressive.
RE
So was the information collected along the way by the eugenics movement. Motivation matters, when it is the believers doing the information collecting and studying, it instantly begs the question of objectivity.
Yes, we know this problem from Fracker Shills who purport to be scientists also.
Lack of objectivity is always a problem when people have an agenda they wish to promote.
Your papers for instance are filled with complete bullshit.
RE
It's a worthwhile task. Definitely, the amount of Anecdotal Evidence JE has collected to date is very impressive.
RE
So was the information collected along the way by the eugenics movement. Motivation matters, when it is the believers doing the information collecting and studying, it instantly begs the question of objectivity.
Really? Name one.
It's a worthwhile task. Definitely, the amount of Anecdotal Evidence JE has collected to date is very impressive.
RE
So was the information collected along the way by the eugenics movement. Motivation matters, when it is the believers doing the information collecting and studying, it instantly begs the question of objectivity.
Yes, we know this problem from Fracker Shills who purport to be scientists also. Lack of objectivity is always a problem when people have an agenda they wish to promote. Your papers for instance are filled with complete bullshit.
RE
It's a worthwhile task. Definitely, the amount of Anecdotal Evidence JE has collected to date is very impressive.
RE
So was the information collected along the way by the eugenics movement. Motivation matters, when it is the believers doing the information collecting and studying, it instantly begs the question of objectivity.
Yes, we know this problem from Fracker Shills who purport to be scientists also. Lack of objectivity is always a problem when people have an agenda they wish to promote. Your papers for instance are filled with complete bullshit.
RE
Really? Name one.
All of them. Feel free to put any one of them up and we will Peer Review it here on the Diner. :icon_sunny:
Man, you fell for that one like an amateur. That was the easiest set up I have done in years. LOL.
RE
A good suggestion, but we do lack the ability here to do such things as Clinical Trials and controlled experiments on smaller populations that Epidemiologists at say the CDC have available.Maybe we could do some controlled experiments at sites being actively fracked? :evil4: Or better yet, how about Wall Street, the City of London, or Davos at the right time of year? :icon_mrgreen:
Really? Name one.
All of them. Feel free to put any one of them up and we will Peer Review it here on the Diner. :icon_sunny:
Man, you fell for that one like an amateur. That was the easiest set up I have done in years. LOL.
RE
Chinese apartment goes up in flames in 30 seconds. H/T Zero Hedge.
<iframe width="640" height="360" src="http://www.liveleak.com/ll_embed?f=6de2635c737c" frameborder="0" allowfullscreen></iframe>
RE