Lets take a look at those photos
www.geocities.com/houstonchemtrails.
a. Chemtrails Grid (taken in Las Vegas which normally has low humidity and high heat): When was that ever normal at your house? Ask you neighbor when they have ever seen that over their homes on a regular basis. Why does it linger and appear to be dispersing instead of evaporating? Why isn't it pencil thin like normal jet appearances when looking up at the sky? When did commerical jetliners form grids over your home? Finally if its just ice crystals, why aren’t they evaporating quickly. Mark Steadman did a study on jet trail activity in Houston. After studying 70 jet contrails, he found that the average duration of a jet contrail was 30 seconds. Wouldn't that seem strange to you if this appeared over your house and lasted for hours? Explain it to me PLEASE!
b. Chem Orb: I got that photo after coming home from church in Houston at 12:00 noon in July. Orbs around the sun usually occur in the far north in the winter in extreme cold because the orb forms as a result of ice crystals in the air. not in Houston, TX - and in the picture is a low altitude (chem)trail.
c. Chem Tail: This photo came from Austin, Texas with 15 percent humidity (not 70 percent or saturated humidity) at 95 degrees at noon. In this climate, this jet contrail would not occur. It’s too hot and dry. I lived in Austin for 6 months as a contractor and never saw this activity. And why is the chemical coming out the tail of the jet? This shot is consistent with many photographers who have shot close-ups of military aircraft spraying. Only they have actual shots of the chemical coming out of nozzles. If you were to go to Austin today and observe the sky, you would shake your head in disbelief because now the trails are lower, bigger, and wider and have an oily appearance. Why shouldn't we bring these observations into question?
d. Chem Lines: That is right above the roof of my apartment. Why are they so distinct in the photo? Why are they so large? Shouldn’t they be pencil thin like the normal appearance of jet contrails at 30K or 40K feet? Why 4 in formation? Commercial jets don't do that? Why over my apartment? When was the last time you got a picture of a jet contrail so close to your roof?
e. ChemX: A friend in Muskegon, Michigan took this one. What is strange about that photo? When was the appearance of jet contrails that big and distinct? Why are the neighbors taking about it? Why the X? This was taken out in the country not next to an airport. In all my years in Muskegon, I can truthfully say that I have never seen that kind of phenomenon in Muskegon. Also, jet contrails should not show up on a photo as if someone took an eraser to the sky. Jet contrails are normally pencil thin. Take a sharpened pencil and write a line on a piece of paper. That’s how a normal jet contrail appears (30K to 40K high) looking at it FROM THE GROUND.
f. Chem Goo:
1. It has the appearance of a chemical falling out in the air.
2. If it was a bonified jet contrail - there’s no way a 20X optical zoom could get that good of a close-up.
3. Although you cant see it here in the photo, you can see it on the video that the trail is not disappearing but dispersing outward as the wind picks it up until the a vast sky area around it looks milky blue. Even the chemical engineers at ConocoPhillips where I work at, after watched this phenomenon during their lunch times have called this observation “a chemical spill in the air”. Why should I question their conclusions? At the very minimum, we should take their conclusions seriously. They are chemical experts. I’m just a network administrator.
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