《Table 4 Plant lodging resistant-associated traits in cultivars under the cultivation treatments》

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《"Effects of Fertility and Density on Biomass Production,Translocation and Lodging Resistance of Millet(Setaria italica L.) in North China"》

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Biomass translocation-associated traits in vegetative tissues during filling stage were calculated based on vegetative tissue biomass at flowering stage and those at maturity stage.The biomass reduction amount（BRA）and biomass translocation rate（BTR）in leaf，stem，and leaf sheath are shown in Table 3.Among the cultivation treatments，HF showed the highest BRA in vegetative tissues（i.e.，leaf，stem，and sheath）across cultivars，followed in RC，and the lowest in HD，suggesting that increased fertilizer amount enhances and plant density lowers the BRA of vegetative tissues during filling stage.Among the cultivars，no significant variation on BTR of vegetative tissues was observed，albeit that the cultivars with improved plant biomass at both late growth stages and increased BRA under HF.Baogu 19 showed more reduction amount on each vegetative tissue biomass than other cultivars（Table 3）.Therefore，the biomass reduction property in vegetative tissues during filling stage is regulated by fertilization and density and this trait shows drastic varietal difference among the tested cultivars.