Sara
Saadati
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1. EDUCATION
M.Sc. Desertification, Isfahan University of Technology, Isfahan, Iran
Title of Thesis: Regional Frequency Analysis of Meteorological Drought using Standardized Precipitation Index in Isfahan Region.
B.Sc. Natural Resources Engineering (Watershed Management), University of Tehran, Tehran, Iran
2. PROFESSIONAL EXPERIENCES
• Expert of Pishran Company, 2010-present.
• Expert of Saman Gostar Counseling Engineers Company in Environment Projects of Karoon, Karkhe and Maroon Basins sponsored by Energy Ministry, 2010-present
• Expert and Coordinator of Tehran University Research Projects (2009-2010):
1. "Model and Software Preparation for Long-term Rainfall Forecasting of Areas Impacted by Large Scale Climate Signals", University of Tehran, Sponsored by Iranian Meteorological Organization, 2008-present including:
2. "Crisis Management in Water Resources", University of Tehran, Sponsored by Energy Ministry, 2009-2010
• Meteorological and Hydrology Expert of Counseling Engineers Company (2006-2008)
3. PUBLICATIONS
Papers
• Soltani, S and Saadati, S, "Regional of Meteorological Drought using Standardized Precipitation Index in Isfahan Region by Kriging Model", Journal of Iran Watershed Management Science & Engineering, 1, No. 1, 64-67, 2007. (in Persian)
• Saadati, S., Soltani, S. and Slamian, "Frequency Analysis of Meteorological Drought using Standardized Precipitation Index in Isfahan ", 8th International Civil Engineering Congress, Shiraz, Iran, 11-13 March, 2009. (in Persian) (Submitted)
• Karamouz, M., Saadati, S. and A. Ahmadi, "Vulnerability Assessment and Risk Reduction of Water Supply System ", ASCE World Environmental& Water Resources Congress, Rhode Island, USA, 2010.
4. MEMBERSHIP IN PROFESSIONAL SOCIETIES
• Iranian Water Resource Association (IWRA)
• American Society of Civil Engineers (ASCE)
5. RESEARCH INTERESTS
• Water Resource Management
• Climate Change
• Hydrology and Hydro-Climate modeling
• Advanced Hydrology
• Sustainable Development and Environmental Assessment
• Integrated flood management
• Water quality