Gholamreza Zehtabian

Gholamreza Zehtabian

Academic Rank : Professor
Campus of Agriculture and Natural Resources / faculty of natural resources / احیای‌ مناط‌ق‌ خشک‌ وکوهستانی‌ / Campus of Agriculture and Natural Resources / faculty of natural resources
Scopus
  • 288 Citations
  • 8 h-Index
as of : 2025-05-15
Google Scholar
  • 1622 Citations
  • 19 h-Index
as of : 2025-04-13

Scholarly Works
20012025

  • 288Citations
  • 8 h-Index
  • 212 Article
  • 98 Conference
  • 7 Book
2025

1. Investigating the effect of climatic and land factors to determine the areas prone to wind erosion in the secondary watersheds of Iran (case study - Sefidroud watershed - Namak lake and Daranjir desert - Saghand)

Biabani Layla, Khosravi Hassan, Zehtabian Gholamreza, Heidary alamdarlo Esmail, raygani behzad (2025)., Journal of Range and Watershed Management, 78(1), 29-48.
2024

1. A Comprehensive Analysis of Rainfall Trends and Climatic Breakpoints in Eastern Kermanshah Province: A Statistical Perspective on Climate Change

Shamshiri Sirous, Karim Pour Rihan Majid, Zehtabian Gholamreza, Khosravi Hassan, کریمی حاجی (2024)., DESERT, 29(2), 101-115.

2. Investigating Desertification Management and Rehabilitation Projects in Yazd-Ardakan Plain

Rashky Naser, Khosravi Hassan, Zehtabian Gholamreza, Heidary alamdarlo Esmail (2024)., Desert Ecosystems Engineering Journal, 12(4), 49-58.

3. Quantitative study of spatiotemporal changes in ecology to monitor land degradation in Alborz Province

MOSTAFAVI NASER, Zehtabian Gholamreza, Azarnivand Hosein, Keshtkar Hamidreza, Khosravi Hassan (2024)., DESERT, 29(1), 21-35.

4. Forecasting the Impact of Climatic Factors on Sand Dune Mobility in the Salt Lake Basin using Sensitivity Analysis

Biabani Layla, Khosravi Hassan, Zehtabian Gholamreza, Heidary alamdarlo Esmail, raygani behzad (2024)., DESERT, 29(1), 37-51.

5. Monitoring of vegetation and land use changes process using Landsat data (Case study: Sarvestan plain).

کاویانی آهنگر سارا, Mahdavi Najafabadi Rasool, Zehtabian Gholamreza, غلامی حمید, چاپاگین آشوک کومار (2024)., Journal of Applied Researches in Geographical Sciences, 24(72).

6. Contribution of predictive factors of land degradation occurrence applying maximum entropy model

Abolhasani Azam, Khosravi Hassan, Zehtabian Gholamreza, Rahmati Omid, Heidary alamdarlo Esmail, D'Odorico Paolo (2024)., ARID LAND RESEARCH AND MANAGEMENT, 38(2), 1-20.
2023

1. Evaluation of Temporal-Spatial Changes of Climatic Elements Affecting the Occurrence of Dust Phenomenon in Arid and Semi-arid Regions (Case Study: Jazmurian Wetland)

Jabalbarezi Bahareh, Zehtabian Gholamreza, Khosravi Hassan, Barkhori Saeed (2023)., Environmental Erosion Researches, 13(4), 109-129.

2. Assessing land sensitivity to determine areas prone to wind erosion and dust production using the ILSWE Model

Jabalbarezi Bahareh, Zehtabian Gholamreza, Khosravi Hassan, Barkhori Saeed, Nosrati Kazem (2023)., DESERT, 28(2), 263-278.

3. Analysis of land use changes in the middle Taleghan watershed during a thirty years period

Shafizadeh Nasrabadi Marjan, Nabi Bidhendi Gholam Reza, Zehtabian Gholamreza, Zare Chahouki Mohammad Ali (2023)., Pasture, 17(1).

4. Investigation of subsidence trend in Isfahan plain using radar differential interferometry technique

Talebiniya Marjan, Khosravi Hassan, Zehtabian Gholamreza, Malekian Arash, Keshtkar Hamidreza (2023)., Journal of applied RS & GIS Techinques in Natural Resource Science, 14(3), 5-12.

5. Foresight facing land degradation affected by climate change and environmental, human activities

Balouch Mohammad Rezakhani Reza, Eskandari Hamed, Zehtabian Gholamreza, Khosravi Hassan, Eskandari Dameneh Hadi (2023)., Earth Science Research Center (ESRC), 6-10 February, Muscat, Oman.
2022

1. Levels of Separation of Behavioral Antecedents Based on Sustainability Indicators and Farmers Individual Characteristics (Case Study: Ghalehgang County)

فاطمه نرماشیری, Ghorbani Mehdi, Zehtabian Gholamreza, Azarnivand Hosein, Alambeigi Amir, شولز رولند (2022)., journal of Rural Research, 13(3).

2. The Future of Temporal and Spatial Variations in the Quantitative and Qualitative Parameters of Groundwater in Arid Regions: A Case Study of Minab Plain

Eskandari Hamed, Zehtabian Gholamreza, Khosravi Hassan, Azarnivand Hosein, Barati Aliakbar (2022)., Environmental Erosion Researches, 12(3).

3. Investigating the role of meteorological drought and geodetic factors on land subsidence vulnerability using fuzzy overlay

Talebiniya Marjan, Khosravi Hassan, Zehtabian Gholamreza, Malekian Arash, Keshtkar Hamidreza (2022)., DESERT, 27(2).

4. Comparing the efficiency of WOE and EFB models for spatial pattern analysis of land degradation (case study: Qazvin plain)

Abolhasani zarju Azam, Zehtabian Gholamreza, Khosravi Hassan, Rahmati Omid, Heidary alamdarlo Esmail, D'Odorico Paolo (2022)., DESERT, 27(2).

5. Iranian Journal of Range and Desert Research, Vol. 29 No. (2) 234 Identification of sediment harvesting areas in west wind erosion center of Tehran Province (Case Study: Malard County)

Hanifeh por Mahin, Zehtabian Gholamreza, Ahmadi Hassan, Nazari Samani Aliakbar, Khosravi Hassan (2022)., Iranian Range and Desert Research, 29(2).

6. Spatial Simulation of Land Degradation in The Qazvin Plain Using A Frequency Ratio Model

Abolhasani Azam, Zehtabian Gholamreza, Khosravi Hassan, Rahmati Omid, Heidary alamdarlo Esmail, D'Odorico Paolo (2022)., Desert Management, 10(2), 21-38.

7. Quantifying the size of climate change effect on groundwater draw down in arid and semi-arid regions

Eskandari Hamed, Zehtabian Gholamreza, Khosravi Hassan, Azarnivand Hosein, Barati Aliakbar (2022)., Journal of Range and Watershed Management, 75(2).

8. A new conceptual framework for spatial predictive modelling of land degradation in a semiarid area

Abolhasani Azam, Zehtabian Gholamreza, Khosravi Hassan, Rahmati Omid, Heidary alamdarlo Esmail, D'Odorico Paolo (2022)., LAND DEGRADATION & DEVELOPMENT, 33(13).

9. Impact of meteorological drought on vegetation change trends in arid and semi-humid climates (HablehRood Watershed)

Giloori Ahmad, Zehtabian Gholamreza, Khosravi Hassan, Azarnivand Hosein, Zare Salman (2022)., Journal of Range and Watershed Management, 75(1).

10. Antecedent Soil Moisture Conditions Influenced Vertical Dust Flux: A Case Study in Iran Using WRF-Chem Model

فرشاد سلیمانی, Mesbahzadeh Tayyebe, Salajegheh Ali, Zehtabian Gholamreza, Ranjbar Saadat Abadi Abbas, Marcello Miglietta M., Krakauer Nir (2022)., Land, 11(819).

11. An assessment and Prediction of Temporal and Spatial Variations of Soil Salinity Using the Hybrid CA-Markov Model in Arid Regions: A Case Study of Minab Plain

Eskandari Hamed, Zehtabian Gholamreza, Khosravi Hassan, Azarnivand Hosein, Barati Aliakbar (2022)., Iran Soil and Water Reasearch, 53(2).

12. Evaluation and analysis of desertification change using change vector analysis method (Ghalehgang County)

Narmashiri Fatemeh, Ghorbani Mehdi, Zehtabian Gholamreza, Azarnivand Hosein, Alambeigi Amir, شولز رولند (2022)., Iranian Range and Desert Research, 29(1).

13. Identification of the Mineralogical and Morphological Composition of Dust Particles in Western Tehran Province

Hanifeh por Mahin, Zehtabian Gholamreza, Ahmadi Hassan, Khosravi Hassan, Nazari Samani Aliakbar (2022)., Desert Management, 9(4).