Dr. Somayeh Zahabnazouri | Geoscience | Best Researcher Award
Visiting Scholar, Utah State University. United States
Somayeh Zahabnazouri is currently serving as a Visiting Scholar at Utah State University. She holds a Ph.D. in Physical Geography from the University of Tehran and is presently pursuing a second Ph.D. in Earth and Environmental Science at the University of Bari. Her research interests span a broad range of environmental and geoscience topics, including climate change, wildfires, erosion modeling, geomorphology, river restoration, and remote sensing. She is proficient in a variety of technical tools and platforms such as ArcGIS, Google Earth Engine, Python, HEC-RAS, and SNAP, and has experience in pollen and grain size analysis. In addition to her research, she has over four years of teaching experience at Ferdowsi University and Shahid Bahonar University in Iran. Somayeh is a native speaker of Farsi, fluent in English, and has basic proficiency in Arabic and Italian.
🎓 Education:
Somayeh Zahabnazouri is currently serving as a Visiting Scholar at Utah State University, where she contributes to cutting-edge research in Earth and Environmental Sciences. In 2022, she commenced her second Ph.D. in Earth and Environmental Science at the University of Bari Aldo Moro, Italy, to broaden her international expertise. She previously earned a Ph.D. in Physical Geography, specializing in Geomorphology, from the University of Tehran (2010–2014), graduating with a GPA of 18.16 out of 20. Her dissertation focused on a comparative study of morphodynamic processes on the Bidkhan and Masahem volcanic cones during the Quaternary period, supervised by Dr. Mansor Jafar Beglou. She also holds a Master’s degree in Physical Geography with a focus on Geomorphology and Environmental Management (GPA: 18.51/20) from the same institution, where her thesis involved wind-based sand transport analysis in the Kerman Plain. Her academic foundation was laid with a Bachelor’s degree in Physical Geography, where she specialized in Climatology and Geomorphology (GPA: 17.19/20).
👩🏫 Teaching Experience:
Somayeh has substantial academic experience, having served as a lecturer at Ferdowsi University of Mashhad (2014–2016) in the Faculties of Geography and Agriculture. She taught diverse courses such as Geology for Geography, Geography of Soils, Fundamentals of Geomorphology, Natural Hazards, Cartography, and Soil Geography. Earlier, she also taught at the University of Shahid Bahonar Kerman (2011–2012) in the Faculty of Geography and Urban Planning, where she led courses on Earth in Space, Geography of Tourism, and Research Methods.
🛰️ Research Focus:
Her research expertise lies at the intersection of geomorphology, climate science, and remote sensing. She is particularly interested in wildfire analysis, post-fire vegetation recovery, erosion modeling, fluvial geomorphology, and river restoration. She also focuses on paleoclimate reconstruction, land surface processes under climate change, and conservation modeling through geospatial tools. Somayeh actively integrates interdisciplinary methodologies, including experimental fieldwork, laboratory techniques, and statistical programming, to analyze environmental systems comprehensively.
🛠️ Skills:
Somayeh brings a robust technical background in geospatial analysis and environmental modeling. Her software proficiency includes ArcGIS, GISPro, Google Earth Engine, ENVI, and SNAP for satellite image processing. She is skilled in Python programming and data processing tools such as SPSS, WR Plot for wind analysis, Gradistat for grain size data, and HEC-RAS for hydrological modeling. She also uses watershed management systems (WMS) and the full Microsoft Office suite (ICDL certified).
🏆 Awards and Honors:
Somayeh has earned multiple academic distinctions, including scholarships for doctoral studies and visiting research appointments, in recognition of her strong academic background and research capabilities. Her work has been supported by institutions in Iran, Italy, and the United States, reflecting her global academic engagement and interdisciplinary approach.
-
Geotourism development in the Middle East: a comparative study of Iran, Saudi Arabia, Oman and Jordan
Authors: BN Sadry, KM Abdel Maksoud, S Zahabnazouri
Source: Tourism Planning and Development in the Middle East, pp. 126–141
Year: 2022
Citations: 8 -
Biogeomorphology of mega nebkha in the Fahraj Plain, Iran: Sensitive indicators of human activity and climate change
Authors: S Zahabnazouri, PE Wigand, A Jabbari
Journal: Aeolian Research, Vol. 49, Article 100652
Year: 2021
Citations: 8 -
RECONSTRUCTION OF QUATERNARY SNOW LINE IN BIDKHAN MOUNTAIN (KERMAN PROVINCE)
Authors: M Jafarbeglu, M Yamani, A Abbasnejad, M Zamanzadeh, …
Journal: Geography, Vol. 12 (40), pp. 93–107
Year: 2014
Citations: 3 -
Identification of sand sources of Nogh Erg by using of wind analysis and sand grain morphometry
Authors: M Maghsoudi, M Yamani, N Mashhadi, M Taghizadeh, S Zahabnazouri
Journal: Geography and Environmental Planning, Vol. 22 (3), pp. 1–16
Year: 2011
Citations: 3 -
An evaluation of sheet erosion using dendrogeomorphological methods on Quercus brantii roots in the northern catchment of Zarivar Lake (Western Iran)
Authors: L Shirzadi, MM Hosseinzadeh, K Nosrati, SM Beyranvand, S Zahabnazouri
Journal: Arabian Journal of Geosciences, Vol. 16 (2), Article 142
Year: 2023
Citations: 2 -
Surface Morphology of Meteorite on Lut Desert (Iran) Environment
Authors: H Kamali, S Zahabnazouri
Journal: Journal of Astrobiology & Outreach
Year: 2017
Citations: 1 -
Recent and relict glacial Morphodynamic regions in Bidkhan Mountain
Authors: NS Zahab, A Abbasnezhad, BM Jafar, SM Zamanzadeh
Journal: Quantitative Geomorphological Researches, Vol. 4 (4), pp. 72–86
Year: 2016
Citations: 1 -
Assessment of morphometery and lodgment of Kerman Erg by analyzing the wind characteristics and granulometry of sands
Authors: M Yamani, NS Zahab, A Goorabi
Journal: Arid Regions Geographic Studies, Vol. 1 (4), pp. 17–33
Year: 2011
Citations: 1
🏁conclusion:
Somayeh Zahabnazouri is a strong emerging researcher with a highly relevant and interdisciplinary background in environmental science and geomorphology. Her work addresses global environmental issues using modern geospatial and statistical tools. Her technical skills, teaching experience, and field/lab expertise make her a credible candidate for recognition.