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originally posted by: dale8333
a reply to: AdmireTheDistance No, it's very much true. I am 52 years old and I have been a big time weather buff and have watched the skies for 40 plus years and planes never laid down the type of trails I have seen since I got interested in this topic over three years ago. It doesn't matter what time of the year it is...be it winter time or the dog days of Summer. We will go a week or two with no chemtrailing and then all of the sudden we are bombarded with it. There simply isn't that much jet traffic that can explain the amount of trails that are being laid down.
originally posted by: dale8333
a reply to: network dude Aluminum is found underneath the soil but the soil samples are being taken from the top layers and I beg to differ about the unsafe levels of barium and strontium being a natural part of the soil and the unsafe levels that are being detected in areas that are being heavily sprayed. Are you saying that aluminum, barium and strontium are also natural elements found in our drinking water and the unsafe levels thereof are just anamolies? You are simply fooling yourself to make yourself feel better if you buy that load of pablum.
Aluminum is found underneath the soil but the soil samples are being taken from the top layers and I beg to differ about the unsafe levels of barium and strontium being a natural part of the soil and the unsafe levels that are being detected in areas that are being heavily sprayed.
1.2 What happens to aluminum when it enters the environment?
Sources
Aluminum occurs naturally in soil, water, and air.
High levels in the environment can be caused by the mining and processing of aluminum ores or the production of aluminum metal, alloys, and compounds.
Small amounts of aluminum are released into the environment from coal-fired power plants and incinerators.
Break down
Air
Aluminum cannot be destroyed in the environment. It can only change its form or become attached or separated from particles.
Aluminum particles in air settle to the ground or are washed out of the air by rain. However, very small aluminum particles can stay in the air for many days.
Water and soil
Most aluminum-containing compounds do not dissolve to a large extent in water unless the water is acidic or very alkaline.
1.2 What happens to barium when it enters the environment?
The length of time that barium will last in air, land, water, or sediments following release of barium into these media depends on the form of barium released. Barium compounds that do not dissolve well in water, such as barium sulfate and barium carbonate, can persist for a long time in the environment. Barium compounds, such as barium chloride, barium nitrate, or barium hydroxide, that dissolve easily in water usually do not last in these forms for a long time in the environment. The barium in these compounds that is dissolved in water quickly combines with sulfate or carbonate that are naturally found in water and become the longer lasting forms (barium sulfate and barium carbonate). Barium sulfate and barium carbonate are the barium compounds most commonly found in the soil and water. If barium sulfate and barium carbonate are released onto land, they will combine with particles of soil.
top
1.2 What happens to strontium when it enters the environment?
Stable and radioactive strontium compounds in the air are present as dust. Emissions from burning coal and oil increase stable strontium levels in air. The average amount of strontium that has been measured in air from different parts of the United States is 20 nanograms per cubic meter (a nanogram is a trillion times smaller than a gram). Most of the strontium in air is in the form of stable strontium. Very small dust particles of stable and radioactive strontium in the air fall out of the air onto surface water, plant surfaces, and soil either by themselves or when rain or snow falls. These particles of strontium eventually end up back in the soil or in the bottoms of lakes, rivers, and ponds, where they stay and mix with stable and radioactive strontium that is already there.
In water, most forms of stable and radioactive strontium are dissolved. Stable strontium that is dissolved in water comes from strontium in rocks and soil that water runs over and through. Only a very small part of the strontium found in water is from the settling of strontium dust out of the air.
Some strontium is suspended in water. Typically, the amount of strontium that has been measured in drinking water in different parts of the United States by the EPA is less than 1 milligram for every liter of water (1 mg/L). 90Sr in water comes primarily from the settling of 90Sr dust out of the air. Some 90Sr is suspended in water. In general, the amount of 90Sr that has been measured in drinking water in different parts of the United States by EPA is less than one tenth of a picocurie for every liter of water (0.1 pCi/L or 0.004 Bq/L).
Strontium is found naturally in soil in amounts that vary over a wide range, but the typical concentration is 0.2 milligrams per kilogram (kg) of soil (or 0.2 mg/kg). The disposal of coal ash, incinerator ash, and industrial wastes may increase the concentration of strontium in soil. Generally, the amount of 90Sr in soil is very small and is only a fraction of the total concentration of strontium in soil. Higher concentrations of 90Sr in soil may be found near hazardous waste sites, radioactive waste sites, and Department of Energy facilities located around the United States. A major portion of stable and radioactive strontium in soil dissolves in water, so it is likely to move deeper into the ground and enter groundwater. However, strontium compounds may stay in the soil for years without moving downward into groundwater. In the environment, chemical reactions can change the water-soluble stable and radioactive strontium compounds into insoluble forms. In some cases, water-insoluble strontium compounds can change to soluble forms.
Are you saying that aluminum, barium and strontium are also natural elements found in our drinking water and the unsafe levels thereof are just anamolies?
Strontium occurs naturally in the environment. Air, dust, soil, foods and drinking water all contain small amounts of strontium. Ingestion of small amounts of strontium is not harmful.
Barium is a silvery-white metal that takes on a silver-yellow color when exposed to air. Barium
occurs in nature in many different forms called compounds. These compounds are solids,
existing as powders or crystals, and they do not burn well. Two forms of barium, barium sulfate
and barium carbonate, are often found in nature as underground ore deposits. Barium is
sometimes found naturally in drinking water and food. Because certain barium compounds
(barium sulfate and barium carbonate) do not mix well with water, the amount of barium usually
found in drinking water is small.
Why is aluminum added to drinking water during treatment?
Microorganisms present in drinking water include viruses, bacteria (e.g., E. coli), and protozoa (e.g., Cryptosporidium and the beaver fever causing organism, Giardia). At low levels, these organisms can cause sickness and disease (incl. severe diarrhea) and are generally very difficult to remove from water. The parasites Giardia and Cryptosporidium are very resistant to most types of disinfection, including chlorination. Water treatment with aluminum sulphate is, however, effective at removing these parasites when used in a chemical treatment process called coagulation.
When the weather is under 32 degrees...can you breath out cold air and come back later and see that same air vapor trail lingering?
Because that is what contrails are........just cold air and it dissipates quickly.
Real Contrail Science, why they persist and why they spread out and why they are not chemtrails
originally posted by: dale8333
a reply to: waynos When the weather is under 32 degrees...can you breath out cold air and come back later and see that same air vapor trail lingering? Because that is what contrails are........just cold air and it dissipates quickly.
originally posted by: dale8333
a reply to: waynos When the weather is under 32 degrees...can you breath out cold air and come back later and see that same air vapor trail lingering? Because that is what contrails are........just cold air and it dissipates quickly.
originally posted by: network dude
originally posted by: dale8333
a reply to: waynos When the weather is under 32 degrees...can you breath out cold air and come back later and see that same air vapor trail lingering? Because that is what contrails are........just cold air and it dissipates quickly.
When it's -40 and the humidity is high, let me know, we'll give it a try.