@article{article_1078805, title={The effects of weeds control methods on yield and yield components for maize plant (Zea mays L.)}, journal={Akademik Ziraat Dergisi}, volume={11}, pages={295–302}, year={2022}, DOI={10.29278/azd.1078805}, author={Yılmaz, Nuri and Aydın, Olgun}, keywords={Herbisit, Verim, Verim ögleri, Mısır, Yabancı Ot, Herbicide, Yield, Maize, Weed, Yield component}, abstract={Objective: The aim of the study is to determine the effects of weeds control methods on yield and yield components of maize. Material and Method: It was conducted with randomized blocks design with 3 replications on the maize plant at Ordu University Agriculture Faculty application area in 2019. Factors, which hoeing, mixed planting maize and bean, applying 330 g/l pendimethalin before rising, applying 47.5 % linuron before rising, applying 75 g/lt mesotrione + 30 g/lt nicosülfüron after rising, applying 40 % nicosülfüron after rising, 330 g/lt before rising and applying 75 g/lt mesotrione + 30 g/lt nicosülfüron after rising, applying 47.5 % linuron before rising and applying 40 % nicosülfüron after rising, were considered as a method of weeds control. Results: The study had variations between ear length 7.90 – 21.33 cm, ear diameter 3.27 – 5.05, ear row number 7.33 – 14 pieces, grain number per ear 93.33 – 625.33 pieces, thousand grain weight 160.34 - 308.37 g, grain yield 239.48 – 1483.17 kg/da. There was the notable difference (p <0.01) in between applications as statistical. Conclusion: The highest grain yield was obtained from herbicide applications after emergence. In the study, it was determined that the use of post-emergence herbicides is necessary in the fight against weeds in the maize plant. However, no difference was observed among the herbicides used after emergence.}, number={2}, publisher={Ordu Üniversitesi}