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For the very simple reason that believers just cannot furnish a reason why
a) increased respiratory illnesses, b) increased levels of aluminium, barium, strontium, or sulphur type chemicals found in the soil or water, and c) the chemical elements being proposed for geoengineering experiments.
The largest end use of barium metal is as a "getter" to remove the last traces of gases from vacuum and
television picture tubes. It is also used to improve performance of lead alloy grids of acid batteries; as a
component of grey and ductile irons; in the manufacture of steel, copper and other metals; as a loader for
paper, soap, rubber and linoleum.
Barium peroxide is used as a bleach, in dyes, fireworks and tracer-bullets, in igniter and welding
materials, and in manufacture of hydrogen peroxide and oxygen. The permanganate is used as a dry cell
depolarizer and in disinfectants.
Barium nitrate is used in fireworks, ceramic glazes, electronics, tracer bullets, detonators, and neon sign
lights. Barium cyanide is used in electroplating and metallurgy. Barium chlorate is used in fireworks,
explosives, matches, and as a mordant in dyeing.
Barium carbonate is used as follows: 45 percent as ingredient in glass, 25 percent in brick and clay
products, 7 percent as a raw material for barium ferrites, 4 percent in photographic paper coatings, 19
percent other.
Barium hydroxide is used in lubricating oils and greases and as a component of detergents in motor oils.
It is also used in plastics stabilizers, papermaking additives, sealing compounds, vulcanization
accelerators, pigment dispersants and self-extinguishing polyurethane foams and to protect limestone
objects from deterioration.
Barium chloride is used in pigments, glass, dyeing, leather tanning, chlorine and sodium hydroxide
manufacture and in water softening. Barium-based dyes are widely used in inks, paints, cosmetics and
drugs.
Rocks, soil, dust, coal, oil, surface and underground water, air, plants, and animals all contain varying amounts of strontium. Typical concentrations in most materials are a few parts per million (ppm). Strontium ore is found in nature as the minerals celestite (SrSO4) and strontianite (SrCO3). After the strontium is extracted from strontium ore, it is concentrated into strontium carbonate or other chemical forms by a series of chemical processes. Strontium compounds, such as strontium carbonate, are used in making ceramics and glass products, pyrotechnics, paint pigments, fluorescent lights, medicines, and other products.
Sulfur is essential for many plant functions. Some of them are
A structural component of protein and peptides
Active in the conversion of inorganic N into protein
A catalyst in chlorophyll production
Promotes nodule formation in legumes
A structural component of various enzymes
A structural component of the compounds that give the characteristic odors and flavors to mustard, onion and garlic
Not to be misconstrued as advice to ignore all science, I encourage the people who have been discouraged from posting your opinion on the topic to keep the above issues in mind when you are confronted with opposition to your beliefs and opinions.
Well-written thread about the many approaches debunkers use to put down conspiracy theories.
originally posted by: tsurfer2000h
a reply to: Petros312
a) increased respiratory illnesses, b) increased levels of aluminium, barium, strontium, or sulphur type chemicals found in the soil or water, and c) the chemical elements being proposed for geoengineering experiments.
a) pollution from population
b) aluminum is 8% of the Earths crust so it will be in soil and water samples
barium...
The largest end use of barium metal is as a "getter" to remove the last traces of gases from vacuum and
television picture tubes. It is also used to improve performance of lead alloy grids of acid batteries; as a
component of grey and ductile irons; in the manufacture of steel, copper and other metals; as a loader for
paper, soap, rubber and linoleum.
Barium peroxide is used as a bleach, in dyes, fireworks and tracer-bullets, in igniter and welding
materials, and in manufacture of hydrogen peroxide and oxygen. The permanganate is used as a dry cell
depolarizer and in disinfectants.
Barium nitrate is used in fireworks, ceramic glazes, electronics, tracer bullets, detonators, and neon sign
lights. Barium cyanide is used in electroplating and metallurgy. Barium chlorate is used in fireworks,
explosives, matches, and as a mordant in dyeing.
Barium carbonate is used as follows: 45 percent as ingredient in glass, 25 percent in brick and clay
products, 7 percent as a raw material for barium ferrites, 4 percent in photographic paper coatings, 19
percent other.
Barium hydroxide is used in lubricating oils and greases and as a component of detergents in motor oils.
It is also used in plastics stabilizers, papermaking additives, sealing compounds, vulcanization
accelerators, pigment dispersants and self-extinguishing polyurethane foams and to protect limestone
objects from deterioration.
Barium chloride is used in pigments, glass, dyeing, leather tanning, chlorine and sodium hydroxide
manufacture and in water softening. Barium-based dyes are widely used in inks, paints, cosmetics and
drugs.
www.epa.gov...
strontium...
Rocks, soil, dust, coal, oil, surface and underground water, air, plants, and animals all contain varying amounts of strontium. Typical concentrations in most materials are a few parts per million (ppm). Strontium ore is found in nature as the minerals celestite (SrSO4) and strontianite (SrCO3). After the strontium is extracted from strontium ore, it is concentrated into strontium carbonate or other chemical forms by a series of chemical processes. Strontium compounds, such as strontium carbonate, are used in making ceramics and glass products, pyrotechnics, paint pigments, fluorescent lights, medicines, and other products.
www.atsdr.cdc.gov...
sulfur...
Sulfur is essential for many plant functions. Some of them are
A structural component of protein and peptides
Active in the conversion of inorganic N into protein
A catalyst in chlorophyll production
Promotes nodule formation in legumes
A structural component of various enzymes
A structural component of the compounds that give the characteristic odors and flavors to mustard, onion and garlic
www.spectrumanalytic.com...
So now why wouldn't we expect these to be in water and soil samples, and what exactly makes you think these things come from a chemtrail?
As for the chemical elements for Geoengineering...notice the keyword there proposed meaning it hasn't happened so that isn't a source now is it?
Not to be misconstrued as advice to ignore all science, I encourage the people who have been discouraged from posting your opinion on the topic to keep the above issues in mind when you are confronted with opposition to your beliefs and opinions.
And I encourage others to deny Ignorance when it comes to the topic of chemtrails.
originally posted by: Petros312
1. Where's the Evidence for that?
It is a valuable tool of rhetoric when engaged in a debate to always resort to the question, "Where's the evidence for that," after your opponent makes a statement. The problem with this is that empirical evidence of a scientific type (directly or indirectly observable) is not always possible or practical for someone to attain. Debunkers know this and often use it to their advantage. However, this is not to say that certain evidence derived from research using the scientific method has no place in trying to uncover the truth. The questions are: What specific evidence is RELEVANT? What SOURCE is this scientific research from? Is the evidence CONCLUSIVE or is it only NON-REPLICATED research with no real consensus over the matter? Are there LIMITATIONS in interpreting certain data when used as evidence for something? The above questions are often ignored by individuals who see themselves as champions of the scientific method, and they place unrealistic and heavy demands on others to ignore the above questions and appraise the scientific method to the extent that they can ask, "Where's the evidence for that," whenever it becomes most advantageous for winning an argument.
2. The Science of New Atheists
Despite sufficient evidence to conclude so, the basic message to ATSers from chemtrail "debunkers" appears to be that anything chemtrail believers posit may be happening in the sky is impossible to be happening, and it becomes a circular argument among debunkers: It's not happening because there's no evidence for it, and if there's no evidence for it then it's not happening. That's the same reasoning as the new atheists. Their influence is all over the Internet, and whether you believe in God or not this approach is not a good thing. It disarms people, and nobody is allowed to have an open mind unless they want to risk being called "delusional." The truth can no longer be tentative. We must come to immediate firm conclusions when direct evidence is absent. The absence of directly observable evidence becomes grounds for condemnation of both people who are concerned about so-called chemtrails as well as those who believe in God. The new atheists do not simply believe knowledge is power, which can become corrupting enough. They act as if having knowledge makes you a God. Hence, they are not simply disseminating scientific knowledge, nor are they always putting the scientific method to good use. They are spreading scientism.
3. Debunkers Know the Public is Seeking Comfort and Reassurance
It should also be noted how comforting it must feel for these "debunkers" and for some who read what they post to think that in their final estimation nothing horrid is happening at all. But there isn't sufficient evidence to support that it's only "logical" to conform one's view to the available scientific evidence when the sky is filled with persistent contrails and spreading cirrus clouds at a rate that is unprecedented while there are proposals on the table by oligarchs and scientists alike to control the weather with geoengineering. You see cases presented in which the proposed nano-size elements to be used in geoengineering experiments (aluminum, barium, and strontium) are suspected as the cause of increased respiratory illnesses like asthma or pneumonia, and these cases are concomitant with reports indicating these elements are being detected at higher levels than what should be present in the soil, snow, or water. Meanwhile, it's virtually impossible to isolate the one true source of a contaminant if it exists both in nature and is also placed into the environment from a human-made source. Hence, it becomes easy to think there's really nothing to worry about.
4. The Limitations of the Scientific Method
When someone with respiratory illness has a test done indicating a certain level of barium is present and suspected of being unusually high, then they are retested when symptoms abate and barium levels have gone down, this is not exactly proof of a cause and effect relationship. However, the barium level can still be a marker of someone who was exposed to an airborne source of barium as particulate matter, and the level that the blood contains is not what causes cellular damage to a person's respiratory system, such as the tiny alveoli of the lungs. Debunkers believe that as long as there is some way to discredit these reports then we shouldn't suspect that something in the air is causing these phenomenon. The limitations of the scientific method, i.e., not being able to isolate a factor that can come from multiple sources, works to their advantage. They over-confidently tell people we should not only forget about any cause and effect relationship; we should also forget about the correlation that exists between a) increased respiratory illnesses, b) increased levels of aluminium, barium, strontium, or sulphur type chemicals found in the soil or water, and c) the chemical elements being proposed for geoengineering experiments. No matter how much comfort you derive from their analysis, we cannot logically conclude there is no threat to the public or the environment without a) resorting to logical fallacies, and b) ignoring the limitations of the scientific approach.
Not to be misconstrued as advice to ignore all science, I encourage the people who have been discouraged from posting your opinion on the topic to keep the above issues in mind when you are confronted with opposition to your beliefs and opinions.
originally posted by: network dude
A question about this still remains unanswered.
What is the level in the bloodstream in which barium becomes a danger to the patient?
I ask this in all honesty, and with all sincerity because I simply don't know. Once we have a definitive answer to this seemingly straight forward question, then the discussion about what levels are "high" can be discussed.
originally posted by: network dude
a reply to: Eunuchorn
Thinking about that as a realistic theory, is it your belief that the entire sky, over the entire globe is a holographic image?
2ppm or 20mg per litre in the drinking water supply is considered the maximum "safe" level by the EPA.
Or the whole Sky is a hologram to hide any incoming celestial objects. Personally, I hope Nibiru is really close by now.