National Geographical Organization Scientific- Research Quarterly of Geographical Data (SEPEHR) 2588-3860 22 SEPEHR 2013 07 23 Monitoring dynamic processes dust storm Monitoring dynamic processes dust storm 92 95 25949 FA Taghi Tavousi University of Sistsn va Baluchestan Mahmood Hoseynzadeh Kermani University of Sistan va Baluchestan Journal Article 2013 03 20 In recent years, fequency of dust storms has increased. Dust storms can influence and change the environment, result in huge damages for human societies. Correct monitoring of disasters is an essential need. The present article monitor dust storm processes in April, 2006. The dust storm zone was extracted concisely based on reflection features and dust storm absorption. Their intensity levels were estimated. Then, their moving directions were monitored using multi temporal data. Results indicate high consistency with the monitoring performed by meteorological group. To sum up, dynamic monitoring of dust storm processes with multi temporal data will be very useful in future. In recent years, fequency of dust storms has increased. Dust storms can influence and change the environment, result in huge damages for human societies. Correct monitoring of disasters is an essential need. The present article monitor dust storm processes in April, 2006. The dust storm zone was extracted concisely based on reflection features and dust storm absorption. Their intensity levels were estimated. Then, their moving directions were monitored using multi temporal data. Results indicate high consistency with the monitoring performed by meteorological group. To sum up, dynamic monitoring of dust storm processes with multi temporal data will be very useful in future. https://www.sepehr.org/article_25949_9afad4c3fe50b3ea745831dcabdbccd5.pdf