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Originally posted by SolarIce
reply to post by totallackey
What is your problem? You don't know what kind of research this guy DID OUTSIDE of school. He may not of completed a course, but he damn sure can use the internet to attain knowledge on ANYTHING.
I really am starting to hate this forum, you can't disprove it,so please don't ask someone to prove something.
There's something up with the skies and these freaking disinfo are not going to work much longer. The hackers will come out of hiding..
Okay, exactly how can we know? What are the criteria?
Originally posted by luxordelphi
reply to post by Uncinus
Okay, exactly how can we know? What are the criteria?
Your question: how can we tell a chemtrail from a contrail?
Well...we could start out complicated, like Scott Stevens in the video did, and find out that humidity levels are not high enough to support persistent contrails.
But he has a lot of knowledge of weather and non-weather Janes & Joes don't, so best to start with observation.
Contrail vs Chemtrail 101
Originally posted by SolarIce
reply to post by totallackey
Okay I didn't read any of what you wrote, but that's because I was in the wrong. Forgive me I don't have any information on this guy or the claims made in this thread. \
Wish you hadn't wasted that time replying to my silly remarks. I'm just simply going through a bit IRL and it has taken a toll on me, but to attack others on this amazing forum is not the right thing to do.
Originally posted by luxordelphi
reply to post by Uncinus
Okay, exactly how can we know? What are the criteria?
Your question: how can we tell a chemtrail from a contrail?
Well...we could start out complicated, like Scott Stevens in the video did, and find out that humidity levels are not high enough to support persistent contrails. But he has a lot of knowledge of weather and non-weather Janes & Joes don't, so best to start with observation.
Contrail vs Chemtrail 101
HOWEVER, when it came time to PONY UP with the data readouts from the radiosond, SCOTTY WENT TO POTTY!!!
Originally posted by luxordelphi
reply to post by totallackey
Dear Overuse of CAPs:
HOWEVER, when it came time to PONY UP with the data readouts from the radiosond, SCOTTY WENT TO POTTY!!!
The average Joe and Jane, like me, are not interested in 'radiosond', whatever it is. Obviously Scott Stevens, in the OP video, knows about this and you SEEM to know as well, but for our purposes, average Jane and Joe purposes, looking up is a crucial step. We are either familiar with the activity in the sky (seen it all of our lives) or we're not.
Airline Passengers Told To Lower Shades During Chemtrail Spraying
The average Joe and Jane, like me, are not interested in 'radiosond', whatever it is. Obviously Scott Stevens, in the OP video, knows about this and you SEEM to know as well, but for our purposes, average Jane and Joe purposes, looking up is a crucial step. We are either familiar with the activity in the sky (seen it all of our lives) or we're not.
A radiosonde (Sonde is French and German for probe) is a unit for use in things such as weather balloons that measures various atmospheric parameters and transmits them to a fixed receiver. Radiosondes may operate at a radio frequency of 403 MHz or 1680 MHz and both types may be adjusted slightly higher or lower as required. A rawinsonde is a radiosonde that is designed to only measure wind speed and direction. Colloquially, rawinsondes are usually referred to as radiosondes.
Modern radiosondes measure or calculate the following variables:
Pressure
Altitude
Geographical position (Latitude/Longitude)
Temperature
Relative humidity
Wind (both wind speed and wind direction)
Cosmic ray readings at high altitude
Twice a day, every day of the year, weather balloons are released simultaneously from almost 900 locations worldwide! This includes 92 released by the National Weather Service in the US and its territories. The balloon flights last for around 2 hours, can drift as far as 125 miles away, and rise up to over 100,000 ft. (about 20 miles) in the atmosphere!
An instrument called a radiosonde is attached to the balloon to measure pressure, temperature and relative humidity as it ascends up into the atmosphere.
A parachute, attached to the end of the balloon, allows the radiosonde to fall slowly to the ground at speeds less than 22 mph after the balloon bursts. Each radiosonde contains a mailing bag and instructions on what to do if you find one. About 20% of the 75,000 radiosondes sent up each year in the US are found and returned.
“Our GPS unit tracked the exact coordinates of our balloon’s longitude, latitude, altitude, and speed,” said Lee. “We used this data to find our popped balloon, and also used it to analyze the height as corresponding to what we recorded in our two camcorders.”
And again how can you tell the difference between a contrail and a so called chemtrails, because you say all you need to do is look up?
You are supporting a liar. What does that make you?
There's a wy to check it. And a way to get around the gaping hole of the 80% never returned radiosonde lack of data.
A transmitter on the radiosonde sends the data back to tracking equipment on the ground every one to two seconds. By tracking the position of the radiosonde, we can also calculate wind speed and wind direction. The radiosonde is powered by a small battery.
Yup, anybody. 403MHz or 1680MHz, take your pick. Why would it be encrypted? It's weather data that's made freely available.
Well thankyou for that, Phage, and I guess that means that just about anybody can tune into that radio frequency and get that data...or is it encrypted? (DOD secrets?)
Radiosondes do not calculate humidity, they measure it. If one goes over your head it will measure it. It doesn't take 92 radiosondes, just one. Lucky for you, Las Vegas has an upper air station.
And since you're explaining stuff, please explain how 92 radiosondes calculate the humidity over my head?
But wait...I guess anyone can send up a weather balloon and I guess they're not so hard to find as NOAA makes out.
About 20% of the 75,000 radiosondes sent up each year in the US are found and returned. These instruments are fixed and reused, saving the government money.