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Interesting theories, buddhasystem.
Originally posted by buddhasystem
a) an object ascending upward with supersonic velocity and thus producing a shock wave that killed the birds. Because it was traveling up, the "sonic boom" was not heard on the ground.
b) a very large object (think UFO) cruising at subsonic velocity and causing blunt trauma to birds on impact
I have to go with hailstones, until more data comes in that defines a more probable cause than that.
Violent weather rumbled over much of the state Friday, including a tornado that killed three people in Cincinnati, Ark. Lightning could have killed the birds directly or startled them to the point that they became confused. Hail also has been known to knock birds from the sky.
The director of Cornell University's ornithology lab in Ithaca, N.Y., said the most likely suspect is violent weather....
Originally posted by buddhasystem
Now, there are plenty of threads on this topic but this news bit is interesting because it does shed light on the cause of death. Notice that these "fallouts" started happening in the past few years. It looks as if a flock of birds hit something massive all at the same time.
I have two theories to explain this, both of which are quite bizarre, then again the event itself is bizarre. So here we go:
a) an object ascending upward with supersonic velocity and thus producing a shock wave that killed the birds. Because it was traveling up, the "sonic boom" was not heard on the ground.
b) a very large object (think UFO) cruising at subsonic velocity and causing blunt trauma to birds on impact
www.cnn.com
(visit the link for the full news article)
Originally posted by jazz10
HAARP or LHC type effect altering frequency perhaps?
It would be more likely had it happened New Years Eve when fireworks were being detonated, and even then I'd expect perhaps a few dozen birds to be killed but not 5000.
Originally posted by tarifa37
So you wouldn't entertain the idea that a large firework detonated in or close to the airborne flock of birds causing the injuries as a explosive waves would do especially to small fragile birds.
You don't have to cook a bird to have it fall from the sky. Just screw its nervous system up enough that it can't fly, or control the beating of its tiny heart. Then hitting the ground after falling several hundred or a thousand feet might just be enough to cause trauma to the breast.
Originally posted by buddhasystem
Originally posted by butcherguy
Has anyone seen this theory mentioned on the other theory. High powered radar units.
Well that's called microwave cooking, and would have left traces that experts would detect. That would also touch ALL organs, not just breast.
What about evidence that radar can affect a heartbeat, have you got that?
Originally posted by butcherguy
You don't have to cook a bird to have it fall from the sky. Just screw its nervous system up enough that it can't fly, or control the beating of its tiny heart. ...
Plus, I can show evidence of radar sets, same can't be said for UFO's.
Originally posted by buddhasystem
Originally posted by Resurrectio
I think that a crack opened up and a methane/some other deadly gas escaped and killed the fish and then the birds.
Not bad! But the volume of that bubble of gas would have been really humongous, and I don't find it likely because
a) it would have to be released in an explosive event, which was not the case
b) all species would be affected, including humans, which is also not the case
Originally posted by Arbitrageur
Here is something for starters: Biological effects that result from heating of tissue by RF energy are often referred to as "thermal" effects. It has been known for many years that exposure to very high levels of RF radiation can be harmful due to the ability of RF energy to rapidly heat biological tissue. This is the principle by which microwave ovens cook food. Tissue damage in humans could occur during exposure to high RF levels because of the body's inability to cope with or dissipate the excessive heat that could be generated. Two areas of the body, the eyes and the testes, are particularly vulnerable to RF heating because of the relative lack of available blood flow to dissipate the excessive heat load. At relatively low levels of exposure to RF radiation, that is, levels lower than those that would produce significant heating, the evidence for harmful biological effects is ambiguous and unproven. Such effects have sometimes been referred to as "nonthermal" effects. It is generally agreed that further research is needed to determine the effects and their possible relevance, if any, to human health.
Originally posted by butcherguy
You don't have to cook a bird to have it fall from the sky. Just screw its nervous system up enough that it can't fly, or control the beating of its tiny heart. ...
What about evidence that radar can affect a heartbeat, have you got that?
Plus, I can show evidence of radar sets, same can't be said for UFO's.
* Skin burns, organ damage, and electrical shock caused by overexposure to radio and RADAR radiation. * Falls from elevation caused by rotating/moving equipment.
Pine Bluff Arsenal (PBA) was one of nine Army installations in the United States that stored chemical weapons. The arsenal's chemical weapons stockiple consisted of various munitions and ton containers, containing GB or VX nerve agents or HD blister agent. The chemical weapons originally stored at the arsenal consist of various munitions and ton containers, containing GB or VX nerve agents or mustard blister agent. The Army designed the Pine Bluff Chemical Agent Disposal Facility (PBCDF) to destroy this chemical weapons stockpile, comprising approximately 12 percent of the nation’s original chemical weapons, in November 2010. This marked the end of nearly seven decades of chemical weapons storage at the Arsenal. The facility and storage area are undergoing closure operations in accordance with strict internal policies and procedures and federal laws and regulations.
PBCDF started disposal operations by destroying M55 GB rockets and later GB containers, with the last GB rocket being processed in May 2007. This marked the end of all GB munitions at PBA. The facility began processing M55 VX rockets in October 2007, with the last VX rocket being destroyed in February 2008, marking the destruction of all stockpile chemical agent-filled rockets at PBA. They began their final campaign, destruction of mustard agent-filled ton containers in December 2008.
The facility used high-temperature incineration technology, a technology employed by the Army for more than a decade, safely and successfully disposing of more than 80 percent of the nation's original chemical weapons, including the 12 percent stored at PBA.
Additional facilities and systems treat and dispose of chemical warfare materiel not associated with the stockpile, managed by the U.S. Army Chemical Materials Agency’s (CMA) Non-Stockpile Chemical Materiel Project (NSMCP). The Pine Bluff Explosive Destruction System (PBEDS) a transportable treatment technology used to process recovered chemical warfare materiel, began operations in June 2006 to destroy recovered chemical warfare materiel items stored at PBA. It successfully completed operations in April 2010. Another ongoing NSCMP project includes the Ton Container (TC) Decontamination Facility, which decontaminates TCs stored at the arsenal, allowing the steel containers to be recycled.
(snip)
The safety of workers, the public and the environment are paramount to the success of the chemical weapons disposal mission. CMA and the Army arsenal oversee the secure storage of chemical munitions to ensure that they are safe.
Once munitions are slated for disposal, they are transported, treated and disposed of following strict internal processes and regulatory requirements. The CMA is committed to creating a safer tomorrow by permanently eliminating the threat of aging chemical weapons to our communities and our nation. This mission has been accomplished at the PBA.
Public Participation and Community Relations
The Arkansas Citizens' Advisory Commission, whose members include area residents appointed by the governor, is a focal point for public participation in the Army's weapons storage and disposal program in Pine Bluff.
The Chemical Stockpile Emergency Preparedness Program works closely with your community and state emergency professionals to develop emergency plans and provide chemical accident response equipment and warning systems.
To learn more about the Army’s chemical weapons disposal mission visit the Pine Bluff Outreach Office for Chemical Disposal.
Originally posted by butcherguy
You don't have to cook a bird to have it fall from the sky. Just screw its nervous system up enough that it can't fly, or control the beating of its tiny heart. Then hitting the ground after falling several hundred or a thousand feet might just be enough to cause trauma to the breast.
I'm not sure either, but the terminal velocity of a bird can vary greatly depending on how the bird is postured. Hitting a hard street might kill a bird but hitting soft ground might not.
Originally posted by buddhasystem
That's well put, though I'm not entirely convinced -- something light and feathery would have a very different terminal velocity as compared to a solid body (like a human).
protective guides or standards in the US and some western European countries, where the recommended maximum permissible power density for occupational exposure is generally 10 mW/cm^2...
The official occupational standard in the USSR is set at 10 uW/cm^2 (0.01 mW/cm2) for full time work, a standard that is in most situations about 1000 times lower than the usual recommended level in the US....
There have been enough accidental exposures at estimated levels exceeding 100 mW/cm2 (9) to indicate
that there are occupations in which some men at some times on certain classes of ships have been exposed well in excess of the 10 mW/cm2 limit. Shipboard monitoring programs in the Navy since 1957 seem adequate to show that, in contrast, men in other occupations rarely, if ever, are exposed to doses in excess of 10
mW/cm2 (11). Radiomen and radar operators, whose duties keep them far from radar pulse generators and antennae, are exposed to levels well below 1 mW/cm^2
My guess is the exposure levels producing biological effects in that 1974 paper will be far above those safety limits established by the Navy which were cited in the 1980 paper.
Abstract: A microwave bioeffects project was designed to develop reliable exposure methods and dose estimation procedures for use with laboratory animals to investigate potential effects on central nervous system (CNS) excitability.
YOu have something like 2 hours to edit it. Usually if I screw up a post format (which is easy to do when trimming quotes, etc) I just edit the original post instead of making another post apologizing for it?
Originally posted by butcherguy
Please excuse me for totally screwing up the formatting of my last post.
I really loused it up, the info is there, just hard to read.
Originally posted by Arbitrageur
I'm not sure either, but the terminal velocity of a bird can vary greatly depending on how the bird is postured. Hitting a hard street might kill a bird but hitting soft ground might not.
Originally posted by buddhasystem
That's well put, though I'm not entirely convinced -- something light and feathery would have a very different terminal velocity as compared to a solid body (like a human).