1) squareandbolldevelopment
蕾铃发育
2) bud flower development
花蕾发育
1.
For studies of differential gene expression, cDNA-AFLP was analyzed in tea plant at the stage of bud flower development.
利用cDNA-AFLP技术,对茶树花蕾发育期的基因表达进行了分析。
4) Boll development
棉铃发育
1.
High quality cotton has shown different boll development and fiber quality,the objective of this study was to investigate the effects of potassium on boll development of different positions and the influence of endogenous hormone mechanism in high quality cotton.
研究了施钾量对高品质棉科棉3号不同部位棉铃发育及内源激素的影响。
2.
In the earlier stage of boll development,higher contents of IAA and ZR(within 30 days) and GA3 (within 20 days)were also detected in the boll shell and seed co.
以高品质棉花品种科棉1号为试材,以常规棉花品种苏棉15号为对照,探讨高品质棉棉铃发育过程中内源激素的动态变化。
3.
The boll development and formation of "Kemian 2" with high quality was studied in this paper.
以高品质棉"科棉2号"为材料,研究高品质棉的棉铃发育及形成规律。
5) Cotton boll development
棉铃发育
1.
Cotton boll development of wheat summer cotton double cropping was affected by two factors which were planting ways and climatic condition that temperature factor was the leading role.
麦 (夏 )棉两熟棉铃发育受以温度为主的气候条件和种植方式两个因素影响 ,铃期平均日均温低于 2 0℃的麦套、麦后直播夏棉棉铃发育明显劣于正常播种的单作夏棉 (铃期平均日均温大于 2 0℃ ) ,相同播期、铃期平均日均温均在 18℃左右的套夏棉和麦后直播夏棉的棉铃发育差异较小。
补充资料：蕾铃
棉花的花蕾和棉铃。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条