分蘖期的英文

• tillering stage

• "水稻分蘖期" 英文翻译 :    rice plant of tillering stage
• "有效分蘖期" 英文翻译 :    productive tiller stage
• "最高分蘖期" 英文翻译 :    maximum tillering stage; peak tillering stage
• "分蘖" 英文翻译 :    [农业] tillering; tiller, tillow 有效分蘖 effective tillering; 分蘖节 tillering node; 分蘖期 tillering stage; 分蘖初期 early tillering stage; 分蘖造林 planting by suckers
• "分蘖节" 英文翻译 :    node of tiller; tillering node
• "分蘖力" 英文翻译 :    ability for tillering; tillering ability
• "分蘖数" 英文翻译 :    number of tillers; tiller number
• "分蘖穗" 英文翻译 :    tillers ear
• "分蘖芽" 英文翻译 :    tiller bud
• "矮位分蘖" 英文翻译 :    low-order tiller
• "第二次分蘖" 英文翻译 :    second order tillering; secondary tiller
• "第一次分蘖" 英文翻译 :    primary tiller
• "分蘖初期" 英文翻译 :    early tillering stage
• "分蘖次序" 英文翻译 :    order of tiller
• "分蘖促进剂" 英文翻译 :    tillering accelerator
• "分蘖观测" 英文翻译 :    tillering o ervation; tillering observation
• "分蘖节位" 英文翻译 :    position of tiller; tiller insertion
• "分蘖末期" 英文翻译 :    late tillering state
• "分蘖顺次" 英文翻译 :    order of tiller
• "分蘖抑制剂" 英文翻译 :    tillering inhibitor
• "分蘖原基" 英文翻译 :    tiller primordia
• "分蘖造林" 英文翻译 :    planting by suckers
• "高次分蘖" 英文翻译 :    high order tiller
• "弱小分蘖" 英文翻译 :    weak tiller

• For late rice , we should pay attention to seedling and tillering stage , supply certain amount at middle stage , if soil k deficiency is severe
  对晚稻施钾来说，我们应注意苗期和分蘖期，如果土壤缺钾严重，中期供应一定数量钾肥。
• In general , total amount of k , si uptake by plant increase with plant growing , the maximum content of potassium appeared at maximum tillering stage , the maximum content of silicon appeared at ripe stage
  通常植物吸收总钾、总硅量随着植株生长而增加，最大含钾量出现于最大分蘖期，最大含硅量出现于成熟期。
• It was found that potassium uptake in seedling stage for late rice was higher than for early rice , the former occupied 7 . 5 % of total k uptake , the latter only occupied 0 . 3 % , the same situation was observed at maximum tillering stage
  已发现苗期晚稻吸钾量高于早稻，晚稻占吸钾总量的7 . 5 % ，早稻仅占0 . 3 % ，最大分蘖期也观察到同样的情形。
• Plant samples above ground were taken respectively at seedling stage , maximum tillering stage , full heading stage and full ripe stage for n , p , k , si content analysis carried out according to " routine analysis method for soil agro - chemistry "
  在苗期、最大分蘖期、齐穗期和完熟期分别采取地上部分植株样本，按照“土壤农化常规分析法”化验氮、磷、钾、硅含量。
• At fuyang , deep water method instead of soil drainage was used , the water layer about 10 cm thick was kept for some days near maximum tillering stage , this could result in deterioration of soil environmental condition for rice growth at late stages
  在富阳，用保持深厚水层的办法代替土壤排水，在最大分蘖期保持10厘米厚水层数天，破坏了水稻生长后期土壤环境条件。
• For example , plant k content in seedling stage is usually less than 3 % , while during the period from plant transplanting to maximum tillering stage , plant k content reaches to a peak value ( more than 4 % ) , high k content in this period is favorable for photosynthesis
  比如，苗期植株含钾量通常低于3 % ，从植株移栽至最大分蘖期达到峰值（大于4 % ） ，这一阶段高含钾量有利于光合作用。
• Comparing with early rice k uptake at seedling and maximum tillering stage in late rice was obviously higher , while k uptake at full heading and ripe stage was lower , so for potassium fertilization of early rice , we should pay attention to both early stage and middle stage
  与早稻相比，晚稻在苗期和最大分蘖期明显较高，而齐穗期和成熟期吸钾较低，所以对早稻施钾来说，我们应注重早期和中期施用。
• The maximum influence of drought stage upon rice yield is the jointing - booting stage ; the second influence stage is earing stage and the suitable water deficiency in tillering and filling stage can ' t bring tremendous effects on yield of rice
  不同阶段的不同程度受旱对水稻生长发育的影响不尽相同，相同程度受旱对产量影响最大的阶段为拔节孕穗期；抽穗开花期次之，在分蘖期和灌浆期实施一定程度的水分亏缺不会对产量构成较大影响。
• In the period from maximum tillering stage to full panicle stage , plant takes up large amount of k which occupied 1 / 3 - 1 / 2 of total k uptake during whole growth period , but plant k content decreased to about 2 . 5 % with the rapid increase of plant dry weight , in other words , dilute effect caused plant k content decrease
  在最大分蘖期到齐穗期，植株吸收大量钾，占整个生育期吸收全部钾的1 / 3 ~ 1 / 2 ，但随着植株干物质迅速增加，植株含钾量下降到2 . 5 % ，换言之，稀释作用造成植株含钾量降低。
• The research results indicated that the ecological effect of rice rhizosphere microbes was not only affected by water regime and nitrogen fertilizer separately , but also affected by the mutual effect of the two factors , in general , n had a dramatic effect in the tillering stage , water regime produced little in the booting stage , during the rice riping stage , the rice was not only affected by water condition and n , but also affected by mutual influence
  氮素因子一般在水稻生长的分蘖期就对水稻根际土壤微生物生态效应有显著影响，到孕穗期，水分条件开始起作用，在成熟后期，水稻不仅受到水分条件和施氮的影响，同时还受到水分条件和施氮的交叉作用影响。

• 分蘖期的俄语：pinyin:fēnnièqí с.-х. период кущения