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Nafiseh Pegahfar

Observed names: N PEGAHFAR, N. Pegahfar, Pegahfar, Nafiseh
ORCID: 0000-0003-4885-7428
Observed ORCID: 0000-0003-4885-7428
OpenAlex ID: A5041491461
Multiscale analysis of lake‐effect snow over the southwest coast of the Caspian Sea (31 January–5 February 2014)
2017 · Parvin Ghafarian, Nafiseh Pegahfar, et al. · Weather · 18
Future precipitation and near surface air-temperature projection using CMIP6 models based on TOPSIS method: case study, Sistan-and-Baluchestan Province of Iran
2023 · Nafiseh Pegahfar · Environmental Monitoring and Assessment · 15
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The Impact of Lightning NOx Production on Ground‐Level Ozone in Tehran
2024 · Maryam Gharaylou, Nafiseh Pegahfar, et al. · Earth and Space Science · 9
Similarity relations in a stable and relatively neutral surface layer in an urban area with complex topography (Tehran)
2012 · N. Pegahfar, A. A. Bidokhti · Environmental Fluid Mechanics · 8
Assessing the performance of the WRF model cumulus parameterization schemes for the simulation of five heavy rainfall events over the Pol-Dokhtar, Iran during 1999–2019
2022 · Nafiseh Pegahfar, Maryam Gharaylou, et al. · Natural Hazards · 7
Characteristics of extreme dust events observed over two urban areas in Iran
2016 · Abbas-Ali A Bidokhti, Maryam Gharaylou, et al. · Journal of Earth System Science · 7
Study of vertical wind profiles in an urban area with complex terrain (Tehran)
2011 · N PEGAHFAR, A A BIDOKHTI, et al. · Journal of Earth System Science · 7
Influence of tilting effect on charge structure and lightning flash density in two different convective environments
2020 · Maryam Gharaylou, Nafiseh Pegahfar, et al. · Meteorological Applications · 4
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Observed turbulence characteristics in unstable conditions over the city of Tehran based on similarity theory
2016 · N. Pegahfar, P. Zawar-Reza · Meteorology and Atmospheric Physics · 4
Simulation and Analysis of Mesoscale Convective Systems (MCSs) Leading to a Severe Flood Over Iran
2022 · Masoomeh Ahmadloo, Maryam Gharaylou, et al. · Pure and Applied Geophysics · 3
Climatic analysis of tropopause during the northwestern Indian Ocean tropical cyclones
2020 · Nafiseh Pegahfar · Dynamics of Atmospheres and Oceans · 2
Investigation of Meteorological Parameters in the Lower and Upper Troposphere During Tropical Cyclone Haiyan
2016 · Nafiseh Pegahfar, Parvin Ghafarian · Journal of Oceanography · 2
Vorticity budget analysis of a mesoscale convective vortex during the July 2022 flash flood in Northern Tehran
2026 · Nafiseh Pegahfar, Maryam Gharaylou, et al. · Scientific Reports · 1
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The impact of lightning NOx production on ground-level ozone in Tehran
2023 · Gharaylou, Maryam, Pegahfar, Nafiseh, et al. · Zenodo (CERN European Organization for Nuclear Research) · 1
Entropy evolution characteristics during an intense tropical cyclone
2019 · N. Pegahfar, M. Gharaylou · Meteorology and Atmospheric Physics · 1
Evaluation of the WRF‐ARW Model Physical Parameterization Schemes for Heavy Flood Events Over Bushehr‐Province of Iran
2026 · N. Pegahfar, Y. Shao · Earth and Space Science
Synoptic Analysis of a Heavy Flood in the Province of Sistan-Va-Balouchestan: Iran January 2020
2020 · N. Pegahfar, P. Ghafarian
Sensitivity of an Axi-Symmetric Tropical Cyclone Model to Two External Parameters
2018 · Nafiseh Pegahfar, Maryam Gharaylou · International Journal of coastal and offshore engineering
Reconstruction of Data Gaps in Total-Ozone Records with a New Wavelet Technique
2017 · Majid M. Farahani, Nafiseh Pegahfar, et al. · فیزیک زمین و فضا
Entropy Convective Flux for Tropical Cyclone Haiyan
2016 · Nafiseh Pegahfar, Maryam Gharaylou, et al. · 41st COSPAR Scientific Assembly
Comparison of AVHRR and ECMWF ERA-Interim data with buoy observational data for sea surface temperature over the Southern Coast of the Caspian Sea
2016 · Parvin Ghafarian, Nafiseh Pegahfar · 41st COSPAR Scientific Assembly
Implementation of Three Sets of Electric Charge Transfer Parameterization in a One-dimensional Cloud Model
2015 · Nafiseh Pegahfar, Maryam Gharaylou
A Study of Non-dimensional Wind Gradient and Turbulent Intensity, Using the Monin-obukhov Similarity Theory in a Roughness Sub-layer of an Urban Area With Complex Topography (tehran)
2011 · Nafiseh Pegahfar, Aliakbari Bidokhti Abbas Ali, et al.
Works count: 28
Citation count: 89
H-index: 7
I10-index: 2
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