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13.
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Naseri, B.;Abbasi, Arefeh;Maleki, Abbas;safari, h.
2025. Plant and soil parameters that correlate root rot severity with yield in the common bean. Rhizosphere ، 36(-)، 10121-10121
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14.
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Naseri, B.;SASANI, S.;Fareghi, S.
2025. Modeling wheat yield based on brown rust, cultivar resistance, weather conditions, maturity and planting date. research journal of botany، 20(1)، 170-179
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15.
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Naseri, B.;SASANI, S.;Fareghi, S.
2025. Wheat maturity in interaction with leaf rust, cultivar resistance, sowing date and climate. International Journal of Sustainable Agricultural Research ، 12(1)، 1-8
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16.
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Naseri, B.;SASANI, S.;Fareghi, S.
2025. Influence of Cultivar Resistance, Powdery Mildew, Planting Date, and Weather on Wheat Maturity and Yield. Research Journal of Botany، 20(1)، 151-159
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17.
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Naseri, B.;Beigzadeh,S.;Maleki,A.;safari, h.
2025. Bean root rot and water stress impacting yield after applications of salicylic acid and seaweed. research journal of botany، 20(1)، 142-150
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18.
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pezeshkpour, p.;Naseri, B.;Amiri, R.;Mirzaei, A.;shobeiri, s.;karami, I.
2025. Evaluation of Mean Performance and Stability of Lentil Genotypes According to Combination of Additive Main Effects and Multiplicative Interaction, and Best Linear Unbiased Prediction Methods. legume Science، 7(e70021)، 1-11
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19.
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Naseri, B.;SASANI, S.;Fareghi, S.
2025. Field scale interactions of maturation period with seasonal patterns of yellow rust in wheat cultivars planted at different dates. research journal of botany، 20(1)، 124-131
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20.
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Naseri, B.;SASANI, S.;Fareghi, S.
2025. Wheat productivity as a function of cultivar, planting date, powdery mildew and weather interplay. research journal of botany، 20(1)، 47-54
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21.
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Naseri, B.;S Fareghi
2024. Disease resistance may be improved in agricultural crops planted at appropriate date: a meta‑analysis. Discover Agriculture، 2(2)، 124-129
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22.
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Naseri, B.;Jafary, H.;Nazer Kakhki, S.
2024. Comparison of chemical and Biological control methods for Armilaria root rot in olive. Trends in Horticulture، 7(2)، 10273-10273
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23.
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Naseri, B.;SASANI, S.
2024. Stem rust, planting date, wheat maturity and genetic resistance, weather and productivity. World Journal of Environmental Biosciences ، 13(4)، 1-6
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24.
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shobeiri, s.;pezeshkpour, p.;Naseri, B.
2024. Evaluation of Seed Yield Stability of Lentil Genotypes by Linear Mixed-Effects Models and Multitrait Stability Index. Legume Science، 6(3)، 1-9
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25.
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shobeiri, s.;pezeshkpour, p.;Naseri, B.
2024. Evaluation of Seed Yield Stability of Lentil Genotypes by Linear Mixed-Effects Models and Multitrait Stability . Legume Science، 6(3)، 1-9
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26.
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shobeiri, s.;pezeshkpour, p.;Naseri, B.
2024. Evaluation of efficiency of weighted average of stability and mean performance estimated by linear mixed models for identifying high-yielding lentil genotypes adapted to rainfed regions. Legume Science، 6(2)، 1-11
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27.
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Naseri, B.;mahmodi, f.
2024. Prediction of Severe Epidemics of Chickpea Ascochyta Blight Using Weather Variables. Legume Science، 6(1)، 1-6
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28.
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Naseri, B.;Dariush Safaee
2022. Yellow rust, wheat cultivar and weather conditions are influencing crop yield. World Journal of Environmental Biosciences ، 12(4)، 20-26
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29.
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Naseri, B.
2022. Estimating yield in commercial wheat cultivars using the best predictors of powdery mildew and rust diseases. Frontiers in Plant Science ، 13(1056143)، 1-8
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30.
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Naseri, B.;Nazer Kakhki S.H.
2022. Predicting common bean (Phaseolus vulgaris) productivity according to Rhizoctonia root and stem rot and weed development at field plot scale. frontiers in plant science، 13(1038538)، 1-9
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31.
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Nazer Kakhki S.H.;Taghaddosi M.V.;Moini M.R.;Naseri, B.
2022. Predict bean production according to bean growth, root rots, fly and weed development under different planting dates and weed control treatments. heliyon، 8(11)، 1-8
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32.
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Naseri, B.
2022. Advanced epidemiology of wheat stem rust: disease occurrence and progression. all life، 15(1)، 1065-1074
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33.
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Nazer Kakhki S.H.;Taghaddosi M.V.;Moini M.R.;Naseri, B.
2022. The impact of seasonal variation on occurrence of Fusarium root rot diseases, fly infestations, weeds, herbicide application and yield. archives of phytopathology and plant protection، 55(12)، 1410-1429
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34.
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Nazer Kakhki, S.;Taghaddosi, M.;Moeini, M.;veisi, m.;Naseri, B.
2022. How bean fly, Rhizoctonia root rot, weed and productivity are affected by cultivar, herbicide application and planting date. all life، 15(1)، 706-717
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35.
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Kakhki S.H.;Moini M.R.;Naseri, B.
2022. Forecasting bean yield losses under weed and Fusarium impacts from field plot statistical modeling. rhizosphere، 21(100461)، 1-4
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36.
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Naseri, B.;Younesi H.
2021. Beneficial microbes in biocontrol of root rots in bean crops: A meta-analysis (1990-2020). physiological and molecular plant pathology، 116(101712)، 1-7
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37.
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Naseri, B.;Sheikholeslami M.
2021. Powdery mildew development is highly associated with a combination of sowing date, weather, wheat cultivar, and maturity. journal of agricultural science and technology، 23(6)، 1367-1378
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38.
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Naseri, B.;Sheikholeslami M.
2021. Progression of powdery mildew in susceptible-resistant wheat (Triticum aestivum) cultivars sown at different dates. journal of phytopathology، 169(10)، 640-647
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39.
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alizadeh, M.;Jafari, A.;Sepahvand, R.;Davazdahemami, S.;Moeini, M.;noormand moaied, f.;Naseri, B.
2021. Evaluation of sainfoin accessions exposed to powdery mildew disease in Iran. Tropical Grasslands-Forrajes Tropicales، 9(1)، 97-108
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40.
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Naseri, B.;Jalilian F.
2021. Characterization of leaf rust progress in wheat cultivars with different resistance levels and sowing dates. European Journal of Plant Pathology ، 159(3)، 665-672
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41.
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Naseri, B.;Sabeti, P.
2021. Analysis of the effects of climate, host resistance, maturity and sowing date on wheat stem rust epidemics. Journal of Plant Pathology، 103(1)، 197-205
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42.
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alizadeh, M.;Jafari, A.;Sepahvand K.;Davazdahemami S.;Moeini M.R.;Moaied F.N.;Naseri, B.
2021. Evaluation of sainfoin accessions exposed to powdery mildew disease at four locations in Iran. tropical grasslands-forrajes tropicales، 9(1)، 97-108
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43.
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Naseri, B.;gheitury, m.;veisi, m.
2020. Infections of bean plant and field soil are linked to region, root rot pathogen and agro-ecosystem. Hellenic Plant Protection Journal، 14(1)، 14-23
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44.
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Naseri, B.;Kazemi H.
2020. Structural characterization of stripe rust progress in wheat crops sown at different planting dates. heliyon، 6(11)، 1-7
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45.
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Naseri, B.;SASANI, S.
2020. Cultivar, planting date and weather linked to wheat leaf rust development. Cereal Research Communications ، 48(2)، 203-210
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46.
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LEILA, T.;Naseri, B.
2020. How strongly is rhizobial nodulation associated with bean cropping system?. Journal of Plant Protection Research ، 60(2)، 176-184
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47.
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Younesi H.;Chehri K.;Sheikholeslami M.;Safaee, D.;Naseri, B.
2020. Effects of sowing date and depth on Fusarium wilt development in chick pea cultivars. Journal of Plant Pathology ، 102(2)، 343-350
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48.
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Naseri, B.;Sharifi F.
2019. Predicting wheat stripe rust epidemics according to influential climatic variables. Journal of Plant Protection Research ، 59(4)، 519-528
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49.
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Naseri, B.;Marefat A.
2019. Wheat stripe rust epidemics in interaction with climate, genotype and planting date. European Journal of Plant Pathology ، 154(4)، 1077-1089
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50.
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Naseri, B.;veisi, m.
2019. How variable characteristics of bean cropping systems affect Fusarium and Rhizoctonia root rot epidemics?. Archive of phytopathology and plant protetion، 52(1-2)، 30-44
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51.
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Kalantari S.;Marefat A.;Naseri, B.;Hemmati R.
2018. Improvement of bean yield and Fusarium root rot biocontrol using mixtures of Bacillus, Pseudomonas and Rhizobium. Tropical Plant Pathology ، 43(6)، 499-505
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52.
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Naseri, B.;veisi, m.;khaledi, n.
2018. Towards a better understanding of agronomic and soil basis for possible charcoal root rot control and production improvement in bean. Archives of Phytopathology and Plant Protection، 51(7-8)، 349-358
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53.
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Nazer Kakhaki S.H.;Montazeri M.;Naseri, B.
2017. Biocontrol of broomrape using Fusarium oxysporum f. sp. orthoceras in tomato crops under field conditions. Biocontrol Science & Technology ، 27(12)، 1435-1444
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54.
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Naseri, B.;Hemmati R.
2017. Bean root rot management: Recommendations based on an integrated approach for plant disease control. Rhizosphere ، 4(4)، 48-53
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55.
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Naseri, B.;alizadeh, M.
2017. Climate, powdery mildew, sainfoin resistance and yield. journal of plant pathology، 99(3)، 619-625
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56.
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Naseri, B.;Ansari Hamadani S.
2017. Characteristic agro-ecological features of soil populations of bean root rot pathogens. Rhizosphere ، 3(3)، 203-208
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57.
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Naseri, B.;LEILA, T.
2017. Patterns of Fusarium wilt epidemics and bean production determined according to a large-scale dataset from agro-ecosystems. Rhizosphere ، 3(3)، 100-104
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58.
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Naseri, B.
2016. Charcoal rot of bean in diverse cropping systems and soil environments. Journal of Plant Diseases and Protection، 121(1)، 20-25
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59.
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Naseri, B.
2016. Sowing, field size, and soil characteristics affect bean-Fusarium-wilt pathosystems. Journal of Plant Diseases and Protection، 121(4)، 171-176
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60.
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Naseri, B.;Moradi, P.
2015. Farm management strategies and the prevalence of rhizoctonia root rot in bean. Journal of Plant Diseases and Protection ، 122(5-6)، 238-243
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61.
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Naseri, B.;shobeiri, s.;LEILA, T.
2015. The intensity of a bean Fusarium root rot epidemic is dependent on planting strategies. Journal of pytopathology، 164(3)، 147-154
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62.
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Naseri, B.;Mousavi S.S.
2015. Root rot pathogens in field soil, roots and seeds in relation to common bean (Phaseolus vulgaris), disease and seed production. International Journal of Pest Management ، 61(1)، 60-67
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63.
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Naseri, B.
2014. Bean production and fusarium root rot in diverse soil environments in Iran. Journal of Soil Science and Plant Nutrition، 14(1)، 177-188
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64.
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Naseri, B.
2013. Linkages of farmers' operations with rhizoctonia root rot spread in bean crops on a regional basis. journal of phytopathology، 161(11-12)، 814-822
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65.
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Naseri, B.
2013. Interpretation of variety × sowing date × sowing depth interaction for bean-Fusarium-Rhizoctonia pathosystem. Archives of Phytopathology and Plant Protection ، 46(18)، 2244-2252
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66.
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Naseri, B.
2013. Epidemics of Rhizoctonia Root Rot in Association with Biological and Physicochemical Properties of Field Soil in Bean Crops. Journal of Phytopathology ، 161(6)، 397-404
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67.
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Naseri, B.;Mousavi S.S.
2013. The development of Fusarium root rot and productivity according to planting date and depth, and bean variety. Australasian Plant Pathology ، 42(2)، 133-139
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68.
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Naseri, B.;Marefat A.
2011. Large-scale assessment of agricultural practices affecting Fusarium root rot and common bean yield. European Journal of Plant Pathology ، 131(2)، 179-195
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69.
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Naseri, B.;Davidson J.A.;Scott E.S.
2009. Maturation of pseudothecia and discharge of ascospores of Leptosphaeria maculans on oilseed rape stubble. European Journal of Plant Pathology ، 125(4)، 523-531
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70.
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Naseri, B.
2008. Root rot of common bean in Zanjan, Iran: Major pathogens and yield loss estimates. Australasian Plant Pathology ، 37(6)، 546-551
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71.
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Naseri, B.;Marefat A.R.
2008. Seasonal dynamics and prevalence of alfalfa fungal pathogens in Zanjan province, Iran. International Journal of Plant Production ، 2(4)، 327-340
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72.
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Naseri, B.;Davidson J.A.;Scott E.S.
2008. Effect of temperature, cultivar and plant tissue on the germination of, and hyphal growth from, ascospores of Leptosphaeria maculans. Australasian Plant Pathology ، 37(4)، 365-372
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73.
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Naseri, B.;Davidson J.A.;Scott E.S.
2008. Survival of Leptosphaeria maculans and associated mycobiota on oilseed rape stubble buried in soil. Plant Pathology ، 57(2)، 280-289
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74.
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Naseri, B.
2002. First Report of Violet Root Rot Caused by Rhizoctonia crocorum on Alfalfa in Iran. plant disease، 86(6)، 693-693
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