One thing that needs to be determined is what the normal air traffic routes are in a given area. It becomes suspicious when air traffic is extremely heavy in a particular section or sections of the sky, until that area is basically covered with contrails and then the planes either stop flying in that area or the contrails stop lingering and spreading when subsequent jets fly through. This morning I did see one jet go by in the same area and altitude and it did not form an expanding contrail. Contrails are suppose to disappear like the wake behind a boat. On days where the atmosphere is more humid the contrails may linger a bit longer but they are not supposed to expand to cover the sky. Many baby boomers know for a fact that everyday contrails never expanded to form cloud cover...until around the 1990s
The explanation below talks about the formation of contrails being similar to our breath forming clouds of moisture in the air on a cold day. Well......our breath never does form a cloud that lingers or that expands. Once the heat from our breath dissipates, the condensation disappears. I believe it is similar when the heat expelled by the jet engines cools off...the contrail should disappear.
The following link gives this explanation for the formation of contrails
http://www.aip.org/dbis/stories/2004/14203.html
How do contrails form?
For more info and photos on contrails/chemtrails see http://lymesentinel.blogspot.com/search/label/CHEMTRAILS
AN HOUR LATER ALL OF THE TRAILS IN THE TOP PHOTO HAVE EXPANDED INTO THIS SMEARY MESS
Exact same thing happening here this morning just outside Philadelphia...skies were blue but now they are a milky white. At least people are starting to wake up to this, whatever it is..
ReplyDeleteThanks for your observations Eduardo. Another thing I forgot to mention is that real contrails do not drip....as in the top photo. You can see the top skinny chemtrail is starting to form bumps or drips on the bottom of it. This gets more pronounced and then begins to blow off and spread with the wind...forming the white haze and then cloud cover
ReplyDeleteI live in Los Angeles, where spraying reared it's head in 1998. I still remember going to purchase Win 98, and stopping to watch the planes making a checkerboard in the sky.
ReplyDeleteAbout 2000, I sat during a weekday near the summit of Mount San Gorgonio, east of L.A., and watched aircraft take off from two different military bases, make their spraying runs, and then head back to the bases. They were spraying at an altitude almost parallel with myself, so it was a rather unique view. I watched for hours, as the same aircraft performed the same spraying missions, from our military airstrips.
That is a very important point to make....that the same jets were flying back and forth and landing and taking off from a military base. This si not normal airtraffic we are talking about
ReplyDeleteI see this thread had been quiet but the aerosol spraying continues. What we know from scientific analysis reports is very compelling evidence. What is found in air particulate analysis is now being reported in medical studies and analysis from blood and urine. Keep up the good work Marjorie.
DeleteArizona Sky Watch
Lenntech URL http://www.lenntech.com/periodic/periodic-chart.htm
"All modes of T cell activation, except PHA-induced mitogenesis, were blocked in a reversible and dose-related manner by Ba2+ (barium)." In other words, barium will turn off the body's T-cells. T-cells are an important part of the body's immune system with OKT4+ helper-inducer T-cells directing an attack of the body's OKT8 hunter-killer cells to attack and kill a foreign antigen (invading bacteria or virus). In short summary, barium can turn off your immune system.
Pecanha LT, Dos Reis GA -- Functional heterogeneity in the process of T lymphocyte
activation; barium blocks several modes of T cell activation, but spares a functionally
unique subset of PHA-activable T cells. Clin Exp Immunol. 1989 May;76(2):311-6. PMID:
2788051 [PubMed - indexed for MEDLINE]
"Other modes of T-cell activation, including ConA-induced responses, are completely blocked by Ba2+ (barium), which seems to affect an early Ca2+-dependent step of T-cell activation, as determined by kinetic and competition experiments." There is no question about the effect of barium exposure, i.e., barium will interfere with T-cell activation - barium will interfere with natural immune system functioning.