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16.
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Ghorbani Nasrabad, G.;abedinpour, m.;Hezarjeribi, abotaleb
2024. Evaluation of the AquaCrop Model for Simulating Cotton Yield Under a Semi-Arid Environment and Different Field Management Practices. Philippine Agricultural Scientist، 107(1)، 29-38
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17.
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َAzimi, S.;Khoshravesh, M., ;Darzi Naftchali, M.;abedinpour, m.
2024. Investigating the effects of different amounts of A200 hydrogel and vermicompost on wheat crop under deficit irrigation. Journal of Irrigation Sciences and Engineering (JISE)، 46(4)، 83-95
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18.
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abedinpour, m.
2021. The Comparison of DSSAT-CERES and AquaCrop Models for Wheat Under Water–Nitrogen Interactions. Communications in Soil Science and Plant Analysis، 52(17)، 2002-2017
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19.
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Amiri, E.;abedinpour, m.
2021. Simulating Maize Yield Response to Depletion of Available Soil Water and Nitrogen Management under Drip Irrigation with the FAO AquaCrop Model. Russian Agricultural Sciences، 46(6)، 602-608
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20.
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abedinpour, m.
2020. Evaluation of AquaCrop model in soybean cultivation under different planting dates and deficit irrigation treatments. Iran Agriculture Research، 39(2)، 37-46
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21.
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abedinpour, m.;Sarangi, A.
2018. Evaluation of dssat-ceres model for maize under different water and nitrogen levels. Pertanika J. Science and Technology، 26(4)، 1605-1618
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22.
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abedinpour, m.;Nabavi, S.N.
2018. Assessment of groundwater quality using gis at north-east of iran. DESALINATION AND WATER TREATMENT، 118(2)، 126-134
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23.
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abedinpour, m.
2017. Field evaluation of centre pivot sprinkler irrigation system in the North-East of Iran. Journal of Water and Land Development، 34(1)، 3-9
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24.
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abedinpour, m.;Rohani, E.
2017. Effects of magnetized water application on soil and maize growth indices under different amounts of salt in the water. Journal of Water Reuse and Desalination، 7(3)، 319-325
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25.
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abedinpour, m.
2017. Wheat water use and yield under different salinity of irrigation water. ournal of Water and Land Development، 33(1)، 3-9
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26.
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Amiri, E.;abedinpour, m.
2016. Application of AquaCrop model for maize under water and nitrogen managements in a humid environment. Azarian Journal of Agriculture، 3(4)، 76-81
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27.
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abedinpour, m.
2016. Improving crop production by field management strategies using water driven crop model. Walailak Journal of Science and Technology (WJST)، 14(11)، 865-874
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28.
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abedinpour, m.
2015. Evaluation of growth-stage-specific crop coefficients of maize using weighing lysimeter. soil and water research، 10(2)، 99-104
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29.
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abedinpour, m.;Sarangi, A.;Rajput, T.B.S.;Singh, M.
2014. Prediction of maize yield under future water availability scenarios using the AquaCrop model. journal of agricultural sciences، 152(4)، 558-574
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30.
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abedinpour, m.;Sarangi, A.;Rajput, T.B.S.;Singh, M.;Pathak, H.;Ahmad, T.
2012. Performance evaluation of AquaCrop model for maize crop in a semi-arid environment. agricultural water management، 110(1)، 55-66
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31.
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Hezarjaribi, A.;Sourell, H.;Ghorbani Nasrabad, G.;Gharanjiki, A.;abedinpour, m.
2010. Field evaluation of capacitance probe to measure soil water content. Asian Journal of Microbiology, Biotechnology and Environmental Sciences، 12(2)، 209-214
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