The phrase "atmospheric formation" is correct and usable in written English.
It can be used in contexts related to meteorology, environmental science, or discussions about the processes that lead to the development of atmospheric phenomena.
Example: "The study focused on the atmospheric formation of clouds and their impact on weather patterns."
Alternatives: "atmospheric development" or "formation of the atmosphere".
Two factors aligned for the extreme low in the snow pack last year winterr temperatures too warm to allow formation of snow in the Sierras, especially at lower elevations, and a phenomenon known as the "Ridiculously Resilient Ridge", the high pressure atmospheric formation over the north Pacific that blew storm tracks off course, preventing rains from reaching California.
In addition to the direct air pollution associated with natural gas drilling and processing (e.g., NMHCs, VOCs) outlined above, there are also indirect pollution concerns, such as the secondary atmospheric formation of tropospheric (ground-level) ozone (Colborn et al. 2014).
Observations made in the CLOUD chamber at CERN illuminate atmospheric particle formation.
a) Earth Physics (dynamics): convection within Earth Nucleus and Mantle, Plate Tectonics, the Rock cycle, earthquakes, orogeny, volcanic activity, atmospheric processes, formation of soils, crystals.
The question about potential GCR impacts on cloud cover via atmospheric aerosol particle formation by GCR ion production has been long debated.
The former is involved in soil structural formation, atmospheric carbon sequestration, and improved soil tilth while the latter is a plant essential element which is often deficient in agronomic production systems.
The role of atmospheric chemistry in formation of UFP is important: photo-oxidation of diesel emissions rapidly generates organic PM (Ntziachristos et al. 2007).
Climate models will have improved slightly, particularly in how they handle atmospheric particulates and cloud formation.
The same goes for the stampede on clouds and climate following publication of an important, but preliminary, laboratory finding from the European Organization for Nuclear Research (better known by its acronym, CERN) about how cosmic rays can stimulate the formation of atmospheric particles (an ingredient in cloud formation).
Its main scientific purpose is to contribute to the understanding of the atmospheric circulation and cloud formation processes of Venus.
Then, they modeled how changes in crop albedo would impact global temperatures using atmospheric circulation, sea-ice formation, and other known climate patterns.
