Atmospheric Ammonia: USU Researchers Looking Into Cache Valley's Ammonia Concentrations
February 23, 2023
February 23, 2023
LOGAN, Utah, Feb. 23 (TNSres) -- Utah State University issued the following news:
Within our wintertime inversions in the Cache Valley, pollutants and emissions become trapped, and photochemistry begins to combine and condense different chemicals into fine particulate matter -- PM2.5, or particulate matter that is 2.5 microns or less in diameter. This size is important because it is the size of particle we can breathe in and that then can get down into our lungs.
The pr . . .
Within our wintertime inversions in the Cache Valley, pollutants and emissions become trapped, and photochemistry begins to combine and condense different chemicals into fine particulate matter -- PM2.5, or particulate matter that is 2.5 microns or less in diameter. This size is important because it is the size of particle we can breathe in and that then can get down into our lungs.
The pr . . .