Interesting fact - in US they try to create clouds with chemtrails. In Russia it is opposite - they disperse clouds using chemtrails. Bill Gates should be mad. :)
In Russia cloud dispersing chemtrails is a legal business, there even a taxation code (71.12.57 - Activity connected with active impact on meteorological and geophysical processes).
Our chemtrails clearly visible on satellite images (NOAA-19, NOAA-15, NOAA-18 Meteor-M 2 received on RTL-SDR dongle on satellite passes) as a regular patterns of parallel lines or rectangular mesh. I think it is not hard to receive and analyse images from sateliite passes over USA and look for chemtrails.
Interesting to note about differences by country. I’ve lived in different areas of US and can confirm there appears to be a connection between the frequency of these and the population density of the area.
Re: SDR- This is a great idea. I think NOAA satellites will report atmospheric conditions. They’re encoded but not encrypted.
I think NOAA satellites will report atmospheric conditions. They’re encoded but not encrypted.
From NOAA you could easily get grayscale images of sky above you from the altilude of 800km in visible and infrared. There are a lot of ready-to-use mostly opensource programs to get and save them. Just search "RTL-SDR satellite images receiving", you will get a tons of info.
NOAA images even not encoded, they are plain analog raster.
It is Meteor-M 2 LRPT channels encoded as grayscale jpeg, but from Meteor you will get 3 channels and you can combine them into color image.
Low resolution images are 1px/km. Satellites also transmit high resolution images with 4px/km, but it is slightly harder to get them - you need to add at least 1.7GHz downconverter with LNA to your "ground station" setup.
You don't need some fancy antenna for receiving low-res images at 137MHz. Even old telescopic V-dipole from old TV works perfectly. Make antenna beams 53см шт length, set it on the roof or on backyard under open sky, point it to the north, and you are in. If you add LNA to your setup, you will get longer images, singe reciever will start to see satellite earlier and loose later. Also QFH antenna works perfectly on 137MHz.
You need dish antenna to receive images from GOES satellites (full-globe view from long distance), or if you are advanced enough to build movable satellite tracking antenna to get high-res images from meteorological satellites. However, in last case yagi antenna could be better.
In hunting for chemtrails you could also use same RTL-SDR dongle to receive ADS-B transmitters signals on 1090MHz from aircraft around you and draw aircraft tracks. Something like your own Flightradar24 without any censorship and pay services. Search for "RTL-SDR ADS-B receiver", or just install dump1090 from repo if you use Linux.
Interesting fact - in US they try to create clouds with chemtrails. In Russia it is opposite - they disperse clouds using chemtrails. Bill Gates should be mad. :)
In Russia cloud dispersing chemtrails is a legal business, there even a taxation code (71.12.57 - Activity connected with active impact on meteorological and geophysical processes).
Our chemtrails clearly visible on satellite images (NOAA-19, NOAA-15, NOAA-18 Meteor-M 2 received on RTL-SDR dongle on satellite passes) as a regular patterns of parallel lines or rectangular mesh. I think it is not hard to receive and analyse images from sateliite passes over USA and look for chemtrails.
Interesting to note about differences by country. I’ve lived in different areas of US and can confirm there appears to be a connection between the frequency of these and the population density of the area.
Re: SDR- This is a great idea. I think NOAA satellites will report atmospheric conditions. They’re encoded but not encrypted.
From NOAA you could easily get grayscale images of sky above you from the altilude of 800km in visible and infrared. There are a lot of ready-to-use mostly opensource programs to get and save them. Just search "RTL-SDR satellite images receiving", you will get a tons of info.
NOAA images even not encoded, they are plain analog raster.
It is Meteor-M 2 LRPT channels encoded as grayscale jpeg, but from Meteor you will get 3 channels and you can combine them into color image.
Low resolution images are 1px/km. Satellites also transmit high resolution images with 4px/km, but it is slightly harder to get them - you need to add at least 1.7GHz downconverter with LNA to your "ground station" setup.
My antenna is really poor quality. May need to get a better setup. Maybe a dish.
You don't need some fancy antenna for receiving low-res images at 137MHz. Even old telescopic V-dipole from old TV works perfectly. Make antenna beams 53см шт length, set it on the roof or on backyard under open sky, point it to the north, and you are in. If you add LNA to your setup, you will get longer images, singe reciever will start to see satellite earlier and loose later. Also QFH antenna works perfectly on 137MHz.
You need dish antenna to receive images from GOES satellites (full-globe view from long distance), or if you are advanced enough to build movable satellite tracking antenna to get high-res images from meteorological satellites. However, in last case yagi antenna could be better.
In hunting for chemtrails you could also use same RTL-SDR dongle to receive ADS-B transmitters signals on 1090MHz from aircraft around you and draw aircraft tracks. Something like your own Flightradar24 without any censorship and pay services. Search for "RTL-SDR ADS-B receiver", or just install dump1090 from repo if you use Linux.