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Tag: weather modification

Discovery Channel performs pointless, invalid experiment.

by qbit on Nov.21, 2009, under In the News

No mention of the patent for chemtrailing thru the jet fuel?

These lab tests are so rigged I don’t even know where to begin. First of all it’s not double-blind. This completely invalidates the results of this corporate media “study.”

Who’s to say where this sample of jet fuel they “purchased at random” from a local airport really came from?

The proper method to test for barium and aluminum in air would be to take particulate samples by filtration at varying proximity to airports, and chart the composition of the captured particulates by mass spectrometer analysis. Some control samples would be purified air. Other control samples would be purposefully contaminated with barium and aluminum. Experimental samples would be actual atmospheric air. All samples would be numerically coded and scientists would not know which samples they were testing. Testing would be conducted by multiple independent labs who would not be told the nature of the test they are conducting.

What is the purpose of all the strobing (white flashes) while they are explaining how aluminum should not be present in jet fuel?

And why are we not looking for barium? Why are they making it about aluminum?

“The US Air force did not release a sample of their high performance jet fuel”

“We need to take advantage of everybody on this planet to help solve the problem of global warming. If we can do it with some form of climate engineering, all the better.”

-Alvila Gaskill, Jr. President, Environmental Reference Materials, Inc.

This documentary goes further than others mainstream documentaries have, but it’s still a fraud.

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Caution urged over cloud seeding

by qbit on Sep.23, 2009, under In the News, What are they?

Justine Davies
scidev.net
6 August 2009 | EN

Scientists who have produced the first robust proof that cloud seeding can increase long-term rainfall are urging developing countries considering the technology to be cautious.

Cloud seeding involves injecting clouds with chemicals that encourage water vapour to form ice crystals heavy enough to fall, melting on their way to produce rain. Chemicals can be injected into clouds using aircraft or by launching rockets.

The researchers — led by Steven Siems, an associate professor from Monash University, Australia — examined more than four decades of cloud seeding experiments in Tasmania and found rainfall was at least five per cent higher over seeded areas.

But co-author Anthony Morrison points out that clouds in Tasmania contain vast amounts of supercooled liquid water and are unusually clean — making them particularly suitable for cloud seeding.

And Siems wants more research, saying, ”There could be other explanations for the increased rainfall — although we suspect that cloud seeding is a significant contributor.”

He told SciDev.Net that promoting cloud seeding to developing countries is “probably not a good thing to do”.

“There are many, many unscrupulous people in the field of weather modification who up until now have promoted some methods without any proper scientific evidence. Developing countries are particularly at risk here,” says Siems.

The technique ”remains controversial, especially because in the early days unrealistic claims were made about its success”, says Johannes Verlinde, associate professor of meteorology at US-based Pennsylvania State University.

Another reason for the controversy, he says, is that no two clouds are alike, making it difficult to compare clouds to prove it really works.

Siems cautions that developing countries should carefully consider whether cloud seeding is right for them and avoid other unproven techniques.

Roelof Bruintjes, of the National Centre for Atmospheric Research in Colorado, United States, agrees, and says that there are many companies promoting techniques such as ‘ionisation’ — where charged particles in the air are claimed to act as nuclei for rain drops to form — that have not been scientifically proven.

The problem, he says, ”is that people are desperate and in some cases are willing to try anything”.

However, he also says cloud seeding may be an economical way to enhance water resources in some developing countries. Bruintjes’ own organisation is helping Mali monitor cloud seeding experiments.

But he “would advise all governments considering cloud seeding to conduct tests first to see if it is going to work for their country”.

The research was published in the June issue of the Journal of Applied Meteorology and Climatology.

Link to abstract in the Journal of Applied Meteorology and Climatology

References

Journal of Applied Meteorology and Climatology 48, 1267 (2009)

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Arrogant scientists and Obama administration should recall the story of the old lady who swallowed a fly.

by qbit on Apr.08, 2009, under In the News

Pea-brained, arrogant Obama administration scientists recommend spewing more pollution into the atmosphere to “solve global warming.”

Wouldn’t it make more sense to invest the money in alternative energy production and/or install better scrubbers on all coal/gas smokestacks?  It would be orders of magnitude more efficient to catch the pollution at the source rather than to try to sequester it from the atmosphere once its already been released and dispersed.

Please keep in mind, co2 makes up a fraciton of 1% of our atmosphere

By the way there’s snow on the ground right now outside my office, and its April.

Regardless this new proposed aerosol dispersal is a terrible idea just as the secret aerosol chemtrail program is.

. . .

WASHINGTON (AP) — Obama looks at “climate engineering”

The president’s new science adviser said Wednesday that global warming is so dire, the Obama administration is discussing radical technologies to cool Earth’s air.

John Holdren told The Associated Press in his first interview since being confirmed last month that the idea of geoengineering the climate is being discussed. One such extreme option includes shooting pollution particles into the upper atmosphere to reflect the sun’s rays. Holdren said such an experimental measure would only be used as a last resort.

“It’s got to be looked at,” he said. “We don’t have the luxury of taking any approach off the table.”

Holdren outlined several “tipping points” involving global warming that could be fast approaching. Once such milestones are reached, such as complete loss of summer sea ice in the Arctic, it increases chances of “really intolerable consequences,” he said.

Twice in a half-hour interview, Holdren compared global warming to being “in a car with bad brakes driving toward a cliff in the fog.”

At first, Holdren characterized the potential need to technologically tinker with the climate as just his personal view. However, he went on to say he has raised it in administration discussions.

Holdren, a 65-year-old physicist, is far from alone in taking geoengineering more seriously. The National Academy of Science is making climate tinkering the subject of its first workshop in its new multidiscipline climate challenges program. The British parliament has also discussed the idea.

The American Meteorological Society is crafting a policy statement on geoengineering that says “it is prudent to consider geoengineering’s potential, to understand its limits and to avoid rash deployment.”

Last week, Princeton scientist Robert Socolow told the National Academy that geoengineering should be an available option in case climate worsens dramatically.

But Holdren noted that shooting particles into the air — making an artificial volcano as one Nobel laureate has suggested — could have grave side effects and would not completely solve all the problems from soaring greenhouse gas emissions. So such actions could not be taken lightly, he said.

Still, “we might get desperate enough to want to use it,” he added.

Another geoengineering option he mentioned was the use of so-called artificial trees to suck carbon dioxide — the chief human-caused greenhouse gas — out of the air and store it. At first that seemed prohibitively expensive, but a re-examination of the approach shows it might be less costly, he said.

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HAARP and metal aerosol

by qbit on Mar.13, 2009, under Satellite Imagery, Surveillance, What are they?

Video exerpt from Clifford Carnicom explores the connection between HAARP and metal aerosol from chemtrails.

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Another theory about hole-punched clouds

by qbit on Feb.14, 2009, under Satellite Imagery, What are they?

This NASA satellite photo lends itself to the idea that jet exhaust causes vapor to condense into larger ice crystals which then fall out of the sky, making the downward cirrus wisps we see in these photos. Also note that barium is hygroscopic (absorbs water).

Detail - Click for original on nasa Earth Observatory site.

Detail - Click for original on NASA Earth Observatory site.

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NASA: hole-punched clouds “very unusual,” could be “facilitated by a passing airplane exhaust”

by qbit on Feb.09, 2009, under What are they?

From NASA Astronomy Pic of the Day site. Also see my other post “Anomalous holes burned in clouds

NASA can be a valuable source of information, but I never take anything it says at face value. They do a lot of amazing research, but ultimately they work for the military industrial complex.

NASA’s Explanation: What could create a huge hole in the clouds? Such a hole, likely hundreds of meters across, was photographed last month from a driveway near Mobile, Alabama, USA. Very unusual to see, hole-punch clouds like this are still the topic of meteorological speculation. A leading hypothesis holds that the hole-punch cloud is caused by falling ice-crystals. The ice-crystals could originate in a higher cloud or be facilitated by a passing airplane exhaust. If the air has just the right temperature and moisture content, the falling crystals will absorb water from the air and grow. For this to happen, the water must be so cold that all it needs is a surface to freeze on. The moisture lost from the air increases the evaporation rate from the cloud water droplets so they dissipate to form the hole. The now heavier ice crystals continue to fall and form the more tenuous wispy cloud-like virga seen inside and just below the hole. Water and ice from the virga evaporates before they reach the ground.

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