Causes and factors of positive anomalies of surface ozone in the Moscow region and the south-eastern coast of the Crimea
A.M. Zvyagintsev1, I.N. Kuznetsova2, I.Ju. Shalygina2, V.A. Lapchenko3, N.E. Brusova2, A.A. Arkhangelskaia2, N.V. Tereb4, E.A. Lezina5
a:2:{s:4:"TYPE";s:4:"HTML";s:4:"TEXT";s:637:"1Central Aerological Observatory, ul. Pervomayskaya, 3, Dolgoprudnyiy g., Mosk. Obl., 141700, Russia
2Hydrometeorological Centre of Russia, 11-13, Bol'shoj Predtechenskij per., 123242, Moscow, Russia
3Karadag Nature Reserve of the National Academy of Sciences of RAS, 24 Nauki str., Kurortnoye stlm., Feodosia, AR Crime, 298188
4Russian Federal Service on Hydrometeorology and Environmental Monitoring Research and Production Association «Typhoon», 4, Pobeda str., Obninsk, Kaluga Region, 249038 Russia
5Mosjekomonitoring, 11/1, Novyj Arbat, 1119019, Moscow, Russia";}
Keywords: озон, озоновый эпизод, метеорологические факторы, адвекция загрязнений, мегаполис, пригород, прогноз озона, ozone, ozone episode, meteorological factors, advection of pollutions, megapolis, suburb, forecast ozone
Subsection: "SIBERIAN AEROSOLS"
Abstract
Surface ozone sources and factors forming anomalous ozone concentration are discussed. The relations between elevated surface ozone concentrations, air temperature, and wind speed in planetary boundary layer are studied using data from Moscow, its environments and more far territories, Black Sea coast, foreign air quality stations. Impacts of advection of ozone and its precursors on ozone levels are shown. Studies of factors causing ozone episodes and reasons of below-average ozone concentrations under meteorological conditions, favorable for photochemical ozone production, are the base for interpretation and correction of ozone forecasting from chemistry-transport models.
|
