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Atmospheric transport model FRAME has been used in this study to estimate the influence of\udprecipitation on the patterns of wet deposition of oxidised sulphur, oxidised nitrogen and reduced nitrogen in\udPoland during the years 1981-2005. A constant wind and emission data and year-specific spatially interpolated\udprecipitation data was used in the model. The results show that the correlation coefficient between mean annual\udprecipitation totals and mean wet deposition is above 0.9 for all examined compounds. The spatial patterns of\udpollutant deposition are similar for all years, with the north-western part of Poland receiving the lowest and the\udsouthern, mountainous part, the highest pollutant load. The largest precipitation-induced changes in wet\uddeposition budgets are observed for oxidised sulphur (53% of the average amount between wet and dry year), and\udsmaller for oxidised and reduced nitrogen (30%). Inter-annual precipitation changes cause large variations in the\udamount of wet deposition of pollutants. This means that the emission abatements may not cause immediate\udenvironmental effects, eg reductions in deposition of pollutants and, further ecosystems areas of exceeded critical\udloads

THE IMPACT OF PRECIPITATION ON WET DEPOSITION OF SULPHUR AND NITROGEN COMPOUNDS