مطالعه همديدي برهمكنش عناصر جوي ترازهاي مختلف در رابطه با تغييرات ازن (مطالعه موردي: تهران)

A Synoptic Study of Atmospheric Factors Interaction in Different Levels in Relation to Ozone Oscillation (case study: Tehran Staiton)

Today, increasing population and using fossil fuels has caused to increase pollutants and as a result intensification of green house state and in some areas caused to thinning or piercing of ozone layer. With regard to ozone portion in human health , it is necessary that maximum and minimum amounts of ozone identify for Tehran station and recognize itʹs relation with atmosphere synoptic patterns. To do this, it is used pressure , moisture , temperature, long wave, and solar short wave components in (j.-y •• hectopascallevels. The amounts of the data in various atmosphere levels, have been extracted from synoptical maps of NOAA site. Although most of the changes of high level ozone occur in layers of50-100 (0-ectopascal , the purpose of choosing the balance of (50-700 hectopascal, has been comparison of the results in various atmosphere layers and credit determination of intended study. Parallel to this research , ozone data has been extracted from the site of Tehran University geophysics for a statistical. Period for f years(2002to2005). After intended statistical studies, maximum and minimum amounts of ozone have been extracted for march and October respectively and at the next stage, using quality and quantity methods, the relation of those amounts to ecological components has been recognized . Obtained results, from data analysis indicate that there is significance relation between maximum amounts of ozone with moisture, temperature, and short and long wave.