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  • Dr. Mina.Moradizadeh
  • Assistant Professor , PHD. Department of Geomatic , Faculaty of Civil Engineering and Transportation , University of Isfahan
  • Mobile contact number: 09133063994
  • Contact number: 03137935312
  • Email : mina_moradizadeh@yahoo.com , m.moradizadeh@eng.ui.ac.ir
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Academic Qualification

2011-2016 PHD. Remote sensing Engineering

School of Surveying and Geospatial Engineering - University of Tehran

Dissertation Title : Estimation of land surface temperature (LST) and soil moisture using active and passive microwave and optical images

2006-2008 M.sc , Remote sensing Engineering

School of Surveying and Geospatial Engineering - University of Tehran

Dissertation Title : Assessment of atmospheric water vapor estimation methods

2001-2005 B.E. , Geomatic Engineering University of Isfahan

Publication in journals

  • 1. M.Moradizadeh, M.R. Saradjian, 2016, Vegetation Effects Modeling in Moisture Retrieval Using MSVI, Photogrammetric Engineering and Remot Sensing, vol: 82< pp: 803-810.
  • 2. M.Moradizadeh, M.R. Saradjian, 2016, The Effect of roughness in simultaneously retrieval of land surface parameter, physics and Chemistry of the earth, vol: 94, pp: 127-135.
  • 3. M.Moradizadeh, M.Momeni, M.R. Sarajian, Estimation and Validation of atmospheric water vapor content using MODIS NIR vapor products, 2011, Arabian Journal of Geo science, vol 7, pp. 1891-1897.
  • 4. M.Moradizadeh, M.R sarajian, Estimation of improved resolution soil moisture in vagetated areas using passive AMSR-E data, 2018, Journal of Earth System Science,vol. 127 ,No.24.
  • 5. M.Moradizadeh, D.Akbari, Intelligent Fuzy-based Feature Selection for Soil Moisture Classification, 2019, Journal of Geomatics Science and Teachnology, Vol.9, No. 2.pp 171-180.
  • 6. M.Moradizadeh, M.R. Serajian, Mehdi Momeni, Study of the relationship between land surface temperature and near-surface water vapor in central part of Iran. Journal of Geography and Urban Planning, University of Isfahan, 2017, Volume 28, Number 3
  • 7. D.Akbari, M.Moradizadeh, Enhancement of spatial of termal bands using vegetation and imprevious surface indices, Iranian Journal of Remote sensing and GIS, 2017, Volume 9, Number 3
  • 8. M.Moradizadeh, Spatial downscaling of AIRS-derived column water vapor to improve LST retrieval, Iranian Journal of Remote sensing and GIS, 2020, Volume 12, Number 3
  • 9. M.Moradizadeh, P.Srivastava, A new model for an improved AMSR2 satellite soil moisture retrieval over agricultural areas, 2021, Computers and Electronics in Agriculture, Vol.186
  • 10. M.Moradizadeh, P.Srivastava, G.P. Petropoulos, Synergic Evaluation of passive microwave and optical/IR data for modelling vegetation transmissivity towards improved soil moisture retrieval, 2022, Sensors, Vol.22
  • 11. S.Negahbani, M.Momeni, M.Moradizadeh, Improving the spatiotemporal resolution of soil moisture through a synergic combination of MODIS and LANDSAT8 data, 2022, Water Resources Management, Vol.36
  • 12. M.Moradizadeh, M Alijanian, R Moeini, Spatial Downscaling of Snow Water Equivalent Using Machine Learning Methods Over the Zayandehroud River Basin, Iran, 2023, PFG – Journal of Photogrammetry, Remote Sensing and Geoinformation Science, Vol.91
  • 13. R.Atashi, M.Moradizadeh, B Tashayo, Improving the Accuracy of Ground Surface Ozone Concentration Estimation Using Satellite Products and Machine Learning, 2023, Iranian Journal of Remote sensing and GIS, Vol.15
  • 14. A.Hadian, M.Moradizadeh, Modeling the concentration distribution of NO2 and O3 pollutants with an appropriate spatial resolution by combining ground and satellite data, 2024, Iranian Journal of Remote sensing and GIS, Vol.16
  • 15. S.Negahbani, M.Momeni, M.Moradizadeh, Determining LST in Remote Sensing Images and Increasing its Accuracy Using the Fusion of Different Algorithms and Multi-Criteria Decision-Making Methods, 2024, Regional Planning, Vol.13

Contribution at the international Conferences

  • M.Moradzadeh, M.Momeni, M.R.Sarajian, 2008, "Estimation of atmospheric column and near surface water vapor content using the radiance values of MODIS", ISPRS, china.
  • M.Moradzadeh, M.Momeni, M.R.Sarajian, 2008, "Estimation of LST using the radiance values of MODIS and comparison with metorological data", Map asia 2008, Malaysia.
  • M.Moradzadeh, M.Momeni, M.R.Sarajian, 2009, "Enhancing the accuracy of water vapor estimation by considering conditions in ratio technique", canadian geomatics conference 2009, canada.
  • M.Moradzadeh, M.Momeni, M.R.Sarajian, 2009, "Estimation atmospheric near surface water vapor content using the radiance values of MODIS and comparison with meteorological data", 1st international e-Conference on Optimization, Education and Data mining in Science, Engineering and Risk Management (OEDM SERM).
  • M.Moradzadeh, M.R.Sarajian, 2010, "The Effect of Water Vapor transmissivity in dry and wet condition on water vaper estimation accuracy", Mrss conference 2010, Malaysia.
  • M.Moradzadeh, D.Akbari, M.R.Sarajian, 2012, "Surface soil moisture retrieval using radar polarimetry", International Symposium on advances in science and teachnology, Malaysia.
  • M.Moradzadeh, D.Akbari, M.R.Sarajian, 2012, "Building detection using hyperspectral images by support vector machines", International Symposium on advances in science and teachnology, Malaysia.
  • M.Moradzadeh, M.R.Sarajian, 2015, "Downscaling AMSR_E-Derived soil moisture Using MODIS Data", Atmospheric Science Symposium, turkey.
  • D.Akbari, M.Moradizadeh, 2019, "Spectral-Spatial Classification of Hyperspectral Imagery Using a Hybrid Framework",The International Archives of Photogrammetry, Remote Sensing and Spatial Information Sciences, Iran.

Book publication

  • Principles of Photogrammetry, 2010, Mina Moradzadeh, Isfahan Jihad Publications, Third Edition
  • Road Construction, 2012, Isfahan University Jihad Publications, First Edition

Research Project Experience

Estimation of environmental parameeters using remote sensing technology and applying to determine material in building structures, Farzanegan Higher Education institute.

Main Research Fields and Skills

  • Soil moisture retrieval
  • Passive microwave
  • Atmospheric research
  • Environmental applications of remote sensing
  • Environmental modeling
  • Programing
  • Image processing
  • Machine learning in remote sensing
  • Spatial statistics