芝麻抗裂蒴性鉴定方法研究及核心种质抗裂蒴性评价
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师立松,高媛,黎冬华,杨文娟,周瑢,张秀荣,张艳欣
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Study on the Method for Identification Sesame Capsule Dehiscence Resistance and Evaluation of Capsule Dehiscence Resistance of the Core Collection
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LiSong SHI,Yuan GAO,DongHua LI,WenJuan YANG,Rong ZHOU,XiuRong ZHANG,YanXin ZHANG
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表2 同一材料的单株间蒴果开裂角度C1的统计分析
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Table 2 Statistical analysis of the capsule dehiscence angle C1 between different plants of the same material (P=0.05)
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取样部位Sampling position | 单株Single plant | LS78 | LS83 | LS85 | LS89 | LS90 | 全部节位平均值 Average value of all nodes | 1 | 18.359b | 18.876b | 24.569a | 31.512a | 30.521b | 2 | 21.766a | 23.300a | 19.403b | 30.737a | 31.779ab | 3 | 21.045a | 18.702b | 19.030b | 30.387a | 33.235ab | 4 | 21.935a | 20.739b | 18.555b | 32.998a | 35.056a | 中部5节位平均值 Average value of the middle 5 nodes | 1 | 20.413a | 20.889a | 22.995a | 31.163a | 32.538a | 2 | 20.703a | 23.216a | 21.873a | 30.555a | 32.246a | 3 | 21.866a | 21.039a | 22.098a | 32.814a | 31.869a | 4 | 20.739a | 20.779a | 20.366a | 29.832a | 35.052a | 去除基部5节和顶部5节后其他节位平均值 Average value of the other nodes after removing the base 5 nodes and the top 5 nodes | 1 | 20.382b | 20.139ab | 24.577a | 31.557a | 31.528b | 2 | 21.715ab | 22.865a | 21.507b | 31.906a | 33.556b | 3 | 22.519a | 18.941b | 20.516b | 31.259a | 34.291ab | 4 | 22.227a | 21.184ab | 19.382b | 31.810a | 34.882a |
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