按量施肥 的英文怎麼說

中文拼音 [ànliángshībǐ]
按量施肥 英文
dosing
  • 按 : Ⅰ動詞1 （用手或手指壓） press; push down 2 （壓住; 擱下） leave aside; shelve 3 （抑制） restrain...
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 施 : Ⅰ動詞1 （實行; 施展） execute; carry out 2 （給予） exert; impose 3 （施捨） give; hand out; best...
  • 肥 : Ⅰ名詞1 （肥料） fertilizer; manure 2 （姓氏） a surname Ⅱ動詞1 （使肥沃） fertilize 2 （由不正當...
  • 施肥 : spread manure; apply fertilizer; fertilize
  1. 6. the order of the effect to wheat productivity in different combination of tillage and application rate is : mulching + high application rate > mulching + middle application rate > plastic mulching + high application rate > furrow and ridge tillage + high application rate > plastic mulching + middle application rate > furrow and ridge tillage + middle application rate, etc. mulching is easy and with better benefit, so should popularize

    耕作措施與施肥量的不同組合對黃?土坡耕地小麥產量的影響作用中，按增產效益排序的前幾個較優組合為：覆蓋+高肥覆蓋+中肥覆膜+高肥溝壟+高肥覆膜+中肥溝壟+中肥。覆蓋耕作與肥料的組合簡單易行且效益較好，所以應加以推廣。
  2. The information given in the risk management guide will provide farmers with greater flexibility in rates and timing of n application while helping reduce the economic and environmental risks associated with n fertilization

    按照風險管理指導，農民可得到更靈活的有關氮肥用量和施用時間的信息，並減少因施肥帶來的經濟上及環境方面的風險。
  3. By studying to fertilize in deep and omnibearing lamination to soybean during l993 ~ 1994, the results showed that applying fertilizer in the lamination under ridges according to the regulation of fertilizer needed and the root distribution of soybean should be advantageous to the growth and development of root and plant, increase dry matter accumulation, adjust the factors determining soybean yield and increase yield significantly

    摘要通過1993 ~ 1994年對大豆全方位分層深施肥的研究，結果表明，按照大豆需肥規律和根系分佈部位進行壟下三條分層深施肥，有利於大豆根系、植株生長發育、增加干物質積累，調整產量因素，增產顯著。
  4. Plant regulation technology, a significant break through in agriculture after the application of chemistry fertilization, controls plant growth for catering to people ' s demands through a small amount of chemical agent

    植物的化學調控技術是繼化學施肥之後，對農業的又一重大突破。該技術利用少量化學制劑對作物的發育進程進行調控，使作物按照人們的要求生長。
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