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Originally posted by marsha law
reply to post by Phage
OK Mr. Phage,
Here is another example. Watch it through to the end.
How do you explain an intermittent contrail?
I'm all ears.
www.youtube.com...
Originally posted by marsha law
reply to post by Phage
My explanation is that they were turning the chemicals on and off.
Just a guess of course.
Your explanation is bunkum IMHO.
Trails are not static, but can expand or narrow depending on the wind (at the same altitude, that is usually different in direction and intensity from the one on the ground). The contrails can be continuos or intermittent, if the aircraft encounters different temperature and humidity conditions.
Originally posted by stardust1955
reply to post by marsha law
They are spraying east of me right now, like around Bend. I don't see any coming from the west yet, but I'm sure I will here in an hour or so. I live east of I-5 about 15 miles. A front is coming in.
Originally posted by marsha law
reply to post by ziggystar60
What?
If you were trying to make a point it escapes me.
Could you be more precise.
I am simply reporting what I see with my eyes.
Originally posted by marsha law
reply to post by ziggystar60
A professor in England claims chemtrails are a product of variations in conditions in the atmosphere. At least I think that's what he's saying.
One of his students is basing her career on making chemtrails www.es.lancs.ac.uk...
How odd.
The UK Universities Global Atmospheric Modelling Project was set up in 1987 by the Natural Environment Research Council as a collaborative research programme between a number of different UK Universities and the UK Rutherford Appleton Laboratory. In April 1990, UGAMP changed its acronym slightly to become the UK Universities Global Atmospheric Modelling Programme as a Community Research Project of the NERC's Marine and Atmospheric Science Directorate.
UGAMP's approach is to use a heirarchy of models as research tools for controlled experimentation, for comparison with observational data, and in other ways for the advancement of basic understanding in atmospheric phenomena. It also aims to contribute to the improvement of models as understanding develops. The most sophisticated members of the heirarchy are high-resolution, three-dimensional, state-of-the-art models that attempt to simulate the global atmospheric circulation in as much detail as practicable. Other models lower in the heirarchy are used to focus on some processes in more detail, while leaving out others.
Originally posted by marsha law
reply to post by Phage
"modelling the production of organic atmospheric aerosols"
Forgive me if that sounds like making chemtrails
Kathryn Emmerson
Kathryn Emmerson
Project outline
I am a final year PhD student with Rob MacKenzie, interested in modelling the production of organic atmospheric aerosols and their effects on climate. This UGAMP (UK Universities Global Atmospheric Modelling Programme) funded project is primarily interested in the formation and emissions of particulate phase species (PM10). I am hoping to write a full aerosol module which will be implemented into CiTTyCAT (the Cambridge Tropospheric Model of Chemistry and Transport) to model the concentrations of particles in the troposphere. Following from this, an estimate can be made as to how these concentrations of particles will affect the radiative properties of the atmosphere, and thus the climate.