文章详细信息 关键词： 光合作用增效剂;;高粱;;产量;;一级枝梗数;;穗长 [gap=539]eywords: photosynthesis synergist;sorghum;yield;level 1 primary branches number;ear length
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... spike leakage power ==> 波尖漏过功率 spike length ==> 穗长 spike microphone ==> 钉子传声器 ...
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长穗紫金牛 Ardisia pingbienensis
玉米穗长 corn ear length
长麦穗鱼 Pseudorasbora elongata
小穗长圆形 Spikelets Oblong
幼穗长度 length of young spike ; Length of young inflorescences
长穗偃麦草 Elytrigia elongata ; Thinopyrum elongatum ; Lophopyrum elongatum ; Thinopyrum ponticum
长穗柽柳 Tamarix elongata
长穗碱茅 P. thomsonii R. R. Stew
长穗虫实 Corispermum elongatum ; elongatum
It was not very effective on the ear number of rice， plant height， ear length， weight of 1000 grain and so on.
但两者对水稻有效穗、株高、穗长、千粒重等性状没有影响。
参考来源 - 不同耕作方式对水稻经济性状的影响—《湖北农业科学》—2008年第7期—龙源期刊网14-24 QTLs were detected by full model with epistasis effects and QTL X environment for plant height and panicle length. They were all small effect genes.
主要研究结果有： 1．运用包括上位性效应和环境互作效应的模型分析方法检测到了14-24个控制水稻株高和穗长QTL，均属微效基因。
参考来源 - 水稻株高和穗长的QTL定位与杂种优势预测The results showed an order about the related degree from large to small : seed producing rate >spike length>kernels per row>spike position>plant height>spike rough>ear row number>hundred kernel weight.
结果表明:影响产量的8个因素中,其大小顺序为出籽率>穗长>行粒数>穗位高>株高>穗粗>穗行数>百粒重。
参考来源 - 利用灰色关联度评价玉米新组合产量与产量构成因子的关系·2,447,543篇论文数据，部分数据来源于NoteExpress
穗角和穗长以主基因遗传为主，其它性状以多基因遗传为主。
Panicle angle and panicle length were mainly inherited by major gene and the other traits were largely controlled by polygene.
结果表明：穗长对产量的效应最大，其次是行粒数、穗粗、穗行数。
The results showed that the effect of ear length on maize yield is the greatest.
植株高度、穗位高度显著增加； 茎加粗，穗长、穗粗和穗粒重比对照增加；
The plant height, ear position height and stem diameter were all increased.
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