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Originally posted by WeRpeons
reply to post by waynos
So explain this to me without being so denigrating.
I understand how atmospheric conditions can change how contrails expand. I am relating what I have never observed in all my years growing up and playing outside as a young boy all day from morning until the street lights came on. You can't tell me that the kind of contrail grids people are seeing today existed back in the 60's and 70's. Sure, I've observed contrails crossing each other in the past, but nowhere near the amount nor the expansive appearance I've seen today.
The vapor trails today expand at a much quicker rate and their is definitely a concentrated effort and planned spacing between the trails.
Please, don't try telling me it's because there are more planes flying today. Were not talking a limited amount of space for flights like a 4 lane highway. Atmospheric conditions haven't changed that would make contrails appear any different today as they did in the past.
Oh, and regarding your mention of airports, which is what prompted me in the first place. Because of the conditions required for contrails, unless it is particularly and unusually freezing cold where you are, no trail you spot over your head will have anything to do with aircraft landing and taking off at any airport near you.
Originally posted by buddha
Every time I go in to birmingham UK.
I see a lot of "Weather Modification Trails"
but at my home 10 miles out.
I never get any "WMT"
and I get a Lot of plains fly over my home.
if they are dumping fuel.
then That is very Bad for a big city.
reply to post by WeRpeons
Considering how many people have been startled by this, wouldn't you think the government would put out a press release and have the media explain that these are nothing more than a change in aircraft engines? And how would we even know the difference between a contrail or a chemtrail. Would you be able to physically tell the difference?
Originally posted by WeRpeons
I understand how the perspective in altitude of each contrail may cause it to look like a tight grid formation. I just can't imagine that aircraft fly in such a tight and uniform pattern.
(I still can't understand the large 4 engine airliner that we witnessed flying at an approximate 70 degree or more incline). I mean if that plane was occupied with passengers, wouldn't that have sent them all into panic? What would be the reason for such a sharp climb in altitude for a passenger plane?
Originally posted by WeRpeons
reply to post by waynos
(I still can't understand the large 4 engine airliner that we witnessed flying at an approximate 70 degree or more incline). I mean if that plane was occupied with passengers, wouldn't that have sent them all into panic? What would be the reason for such a sharp climb in altitude for a passenger plane?
All I can say w.r.t. my above posts is that they are not debunking anything.
i couldn't agree with you more!
reply to post by gman1972
We have a 747 captain who would sometimes take off at max thrust on a short haul flight (which means the plane is around 100,000 kgs lighter than it would be on a long flight) just for fun. They usually don't take off like this, kind of like how when you drive a car you don't floor it at every green light. We used to drive out to the runway to watch it lift off... needless to say it was pretty freaking impressive seeing a 747 take off like a military jet. They can do it, sometimes for operational reasons and sometimes.... just for shiks and giggles so to say.
reply to post by Zaphod58
Except that there are "highways" that planes use. They're called jetways, and they tend to put airlines on them because those are the best routings as far as wind and weather conditions go. That's why you'll see two planes flying right near each other, because they're both on the same jetway. It's not the atmospheric conditions that have changed, but the engines. New super efficient high bypass turbofans tend to leave longer lasting contrails, than the older turbofans did.