a.a Zinatizadeh - Department of Applied Chemistry,Faculty of Chemistry, Razi University, Kermanshah, Iran
m Pirsaheb - Health Research Center (KHRC), Kermanshah University of Medical Science, Iran
a.r Kurdian, - Faculty of Chemical Engineering,Sahand University of technology, Sahand New Town, East Azerbaijan, Iran
s Zinadini - Department of Applied Chemistry,Faculty of Chemistry, Razi University, Kermanshah, Iran

An artificial neural network (ANN) was used to forecast natural airborne dust as well as five gaseous air pollutants concentration by using a combination of daily mean meteorological measurements and duststorm occurrence at a regulatory monitoring site in Kermanshah, Iran for the period of 2007-2011. We used localmeteorological measurementsand air quality data collected from three previous days as independent variablesand the daily pollutants records as the dependent variables (response). Neural networks could be used todevelop rapid air quality warning systems based on a network of automated monitoring stations. Robustnessof constructed ANN acknowledged and the effects of variation of input parameters were investigated. As a result, dust had a decreasing impact on the gaseous pollutants level. The prediction tests showed that theANN models used in this study have the high potential of forecasting dust storm occurrence in the regionstudied by using conventional meteorological variables.

Artificial neural network Dust Gaseous pollutants Forecasting model