片语

heading g stage抽穗期

at heading stage在抽穗期

heading-stage detail抽穗阶段

preliminary heading stage抽穗始期

heading mature stage抽穗结实期

safe heading stage安全抽穗期

英汉例句

• Identification and evaluation both at lab during bud or seedling stage and in high natural altitude sites at heading stage could be regarded as one of effective approaches in Guizhou.

  提出了室内芽苗期鑒定和高原异地自然生境下穗期鑒定相结合的耐冷性鑒定评价指标和方法。

• The average NDVI at both the tillering and heading stages were significantly correlated with the average yield, and the R2 at heading stage reached to 0.96.

  分蘗期、抽穗早期的NDVI值都与最终产量有着显着的相关，其中抽穗早期的NDVI与产量的决定系数(R2)达到了0.96。

• The decrease of oat root biomass and the stronger ion selective absorption capacity at heading stage under salt and alkali stress could benefit the shoot growth and yield components of oat.

  燕麦根部生物量的减少和抽穗期较强的离子选择吸收能力可能有利于地上部的生长和产量构成。

• Applying nitrogen fertilizer at heading stage could enhance contents of total nitrogen, total soluble protein, free amino acids and free lysine in wheat grains.

  抽穗期施氮肥可提高小麦籽粒的全氮含量、总可溶性蛋白质量及游离态氨基酸与游离态赖氨酸量等。

• From heading stage to filling stage, nitrogen concentrations in the roots and the leaves decreased, then increased at milk stage and decreased once again at ripening stage.

  茎中氮含量从抽穗期到成熟期一直下降，可能是水稻在抽穗后氮素从营养器官向生殖器官转运。

• The relative humidity of CK is higher than that of treatments from tiller peak stage to booting stage in the day, while it is contrary from full heading stage to filling stage.

  分蘗高峰期到孕穗期CK白天群体相对湿度大于处理，齐穗期到灌浆期处理群体相对湿度大于CK。

• Abstr: Using Gangyou 725 as the materials, the effects of high temperature and drought stress in heading stage were studied on grain yield and physiological characteristics of hybrid rice.

  文章摘要：以冈优725为材料，于抽穗期进行高温和干旱胁迫处理，研究高温和干旱胁迫对杂交水稻产量及生理特性的影响。

• The drought stress from jointing to heading stage decreased nitrogen nutrition efficiency of winter wheat significantly.

  拔节至抽穗期干旱胁迫极显着地降低冬小麦的氮素营养效率。

• Growth rate reach peak from heading stage to ripe period for above-ground biomass, from tillering period to (jointing) stage for under-ground biomass.

  地上生物量增长最快在抽穗到成熟期，地下生物量增长最快在分蘗期到拔节期。

• The fresh weight of panicle and stem at the heading stage was correlated positively to spikelet number per panicle;

  抽穗期的穗重及茎秆重量与每穗颖花数关系密切，均表现为随重量增加而增加。

• The drought stress from jointing to heading stage decreased nitrogen nutrition efficiency of w…

  拔节至抽穗期干旱胁迫极显着地降低冬小麦的氮素营养效率。

• Subjected to drought at the tillering stage will reduce the rice panicles, the effect of drought on rice panicles at the booting stage and full heading stage is little.

  分蘗期水稻遭受干旱会降低水稻的有效穗数，孕穗期和齐穗期水稻遭受干旱对水稻的有效穗数没有影响。