محمدحسین محمدی

2. Revealing the Adsorptive Capacity of Cultivated Calcareous Soil Profiles for Humic Acid

zahedifard neda، Shahbazi Karim، Mohammadi Mohammadhossin، گلچین احمد، فرهاد مشیری (2025)., COMMUNICATIONS IN SOIL SCIENCE AND PLANT ANALYSIS, 56(14), 1-17.

2. Mucilage increases soil resistance to penetration after compaction

Fathinejad pashkoohee Asma، Mohammadi Mohammadhossin، Zarebanadkoki Mohsen، Etesami Hassan (2025)., Rhizosphere, 33(1), 101014.

3. Investigating soil–root interactions and mucilage secretion under varying soil mechanical resistance in maize cultivars

Ghezelbash Ehsan، Mohammadi Mohammadhossin، Shorafa Mahdi (2025)., PLANT AND SOIL, 506(1), 1-18.

7. Monitoring seasonal dynamic of soil salinity in pistachio orchard field in central Iran

Jahanbazi Leila، Heidari Ahmad، Mohammadi Mohammadhossin، Humlekrog Greve Mogens (2024)., Salt-affected soils: threats and potentials, 27-31 May, Valencia, Spain.

1. Soil Organic Carbon Fractions in Cultivated Calcareous Soils

Zahedifard N.، کریم شهبازی، Mohammadi Mohammadhossin، گلچین احمد، فرهاد مشیری، Martinez Carmen Enid (2024)., EURASIAN SOIL SCIENCE, 57(5), 780-793.

3. Estimating soil–water characteristic curve (SWCC) using machine learning and soil micro-porosity analysis

Bakhshi Ayda، Alamdari Parisa، Heidari Ahmad، Mohammadi Mohammadhossin (2023)., Earth Science Informatics, 16(3).

4. Estimation of Water Retention at Low Matric Suctions Using the Micromorphological Characteristics of Soil Pores

Bakhshi Khoramdare Ayda، Heidari Ahmad، Mohammadi Mohammadhossin، Ghezelbash Ehsan (2023)., EURASIAN SOIL SCIENCE, Online(online).

5. Evaluation of performances of cadmium adsorption onto nano- and macro-biochar-treated alkaline sandy soil from aqueous solutions

Ramezanzadeh Habib، Reyhanitabar Adel، شاهین اوستان، Mohammadi Mohammadhossin، van der Zee Sjoerd E. A. T. M. (2023)., International Journal of Environmental Science and Technology, 20(10), 11357-11372.

1. Flow-driven soil erosion processes in a calcareous semiarid soil: Rill length and flow rate impacts

Hussein Mais، Asadi Hossein، Kouchakzadeh Salah، Mohammadi Mohammadhossin (2023)., CATENA, 221(106765), 106765.

2. Biocrust diversity enhances dryland saline soil multifunctionality

Kakeh Jalil، Sanaei Anvar، Sayer Emma J، هژیر شادی، Gorji Anari Manouchehr، Mohammadi Mohammadhossin (2023)., LAND DEGRADATION & DEVELOPMENT, 34(2), 521-533.

3. Salt accumulation in soils under furrow and drip irrigation using modified waters in Central Iran

Jahanbazi Leila، Heidari Ahmad، Mohammadi Mohammadhossin، Konyushkova Maria (2023)., Eurasian Journal of Soil Science, 12(1), 63-78.

5. Investigation of Soil Mechanical Resistance Threshold Values for Two Wheat Cultivars in a Loamy Sand Soil

Ghezelbash Ehsan، Mohammadi Mohammadhossin، Shorafa Mahdi (2022)., Journal of Soil Science and Plant Nutrition, 22(1), 1-12.

6. Using maize to evaluate the Mohammadi–Khataar (M–K) model as a salinity weighting function (ωsi) for the integral water capacity

اسدی زهرا، Mohammadi Mohammadhossin، Shorafa Mahdi، Farahbakhsh Mohsen (2022)., Soil Research, 60(5), 1-12.

3. Biocrust islands enhance infiltration, and reduce runoff and sediment yield on a heavily salinized dryland soil

Kakeh Jalil، Gorji Anari Manouchehr، Mohammadi Mohammadhossin، Asadi Hossein، Khormali Farhad، سهرابی محمد، Eldridge David (2021)., GEODERMA, 404(1), 115329.

5. Effect of biocrusts on profile distribution of soil water content and salinity at different stages of evaporation

Kakeh Jalil، Gorji Anari Manouchehr، Mohammadi Mohammadhossin، Asadi Hossein، Khormali Farhad، سهرابی محمد (2021)., JOURNAL OF ARID ENVIRONMENTS, 191(191), 104514.