《Table 5 Correlation results between the stem anti-broken resistance of stems and the lodging resist

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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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A suite of lodging resistant-associated traits，including plant height（PH）and balancing position（BP），and stem anti-broken resistance（ABR），anti-puncturing resistance（APR），stem length（SL），stem diameter（SD）and lignin content of stem，were assessed at mid-filling stage.Among the cultivation treatments，HD had higher PH and BP，followed by HF and RC（Table 4）.Among the cultivars，Jigu 19 showed higher PH and BP，followed by 60D，Baogu 19，and 9050（Table 4）.Stem ABR and APR were shown to be the highest in HF，followed by those in RC and HD.Among the cultivars，Baogu 19 showed the highest ABR and APR，followed by Jigu 19，60D and 9050（Table 4）.Stem lignin histochemical staining results are consistent with the ABR and APR behaviors（Fig.1）.These results together indicated that high fertility and suitably lowered plant density can improve the lodging resistant-associated traits.Baogu 19 exhibited improved lodging resistant-associated traits under various cultivation treatments especially under high density condition，suggesting that its cultivation is relative less risk under lodging feasible cultivation condition.