施肥制 的英文怎麼說

中文拼音 [shībǐzhì]
施肥制 英文
system of fertilization
  • 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...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 施肥 : spread manure; apply fertilizer; fertilize
  1. Application of automatic control technology in greenhouse fertigation system

    自動控制技術在溫室灌溉施肥系統中的應用
  2. Know how much water is needed to refill the root zone during irrigation and plan fertigation accordingly

    要了解在灌溉時灌滿根區需要多少水，並據此來制定灌溉施肥計劃。
  3. Fertigation has become increasingly popular across the united states as water costs rise and issues related to the environment dictate more precise control of both irrigation water and fertilizer, especially nitrogen

    隨著灌水費用的提高和環境上要求更精確地控制灌水量和施肥量尤其是氮肥，在美國灌溉施肥越來越普遍。
  4. The actual returns from fertilizer on a particular farm vary with soil type, management system and composition of the sward.

    一個具體農場施肥的實際效益隨著土壤類型，耕作制度和牧草地成分而異。
  5. It has an important reality meaning to apply urea reasonable, to control nitrogen loss in the paddy - field and to protect water ecology and environment

    對于合理施肥、控制稻田氮素流失、保護地表水體生態環境具有極其重要的現實意義。
  6. Thus there should be studies for finding an optimal fertilizer schedule based on a cropping system including intercropping systems rather than for a single crop only

    因此，應該研究包括間作在內的種植制度而不僅為某種作物尋找合適的施肥方案。
  7. Abstract : the paper summarized the present situation of nitrate pollution in some area of our country where the surface water, underground water and vegetable crop were polluted by using nitrogen excessively, put forward some proposals and control countermeasures to prevent the nitrogen pollution in agriculture ecology environment such as draw up the " pollution prevention administrative stipulate for farm land fertilizer application "

    文摘:概述了我國部分地區因過量施用化肥氮而導致對地面水、地下水及蔬菜造成硝酸鹽污染的現狀；提出了制定《農田施肥污染防治管理規定》等防止農業生態環境氮污染的對策意見。
  8. Many other papers discussed the place of fertilizers in grassland farming.

    許多其它的報告，曾討論過施肥在牧草栽培制中的地位。
  9. If you do not transplant or fertilize it regularly, its growth can be controlled since the roots will be circling along the wall of the pot and the lack of nutrients will keep the plant small or under - developeed

    如果你不移植或定期施肥，它的成長就會被控制住，因為根部會盤結在盆璧，而養份的不足會讓植株矮小或生長不佳
  10. Although zero tillage technology presents a potentially dramatic breakthrough for planting wheat in rice - wheat system, there are two issues meriting attention : danger of increasing population of stemborers for the following rice crop and the application of fertilizer, particularly n fertilizers

    雖然免耕技術為稻麥制中播種小麥提供了潛力巨大的技術突破，但有二個問題值得注意：后茬水稻螟蟲群體增多的危險和施肥，尤其是施氮肥的問題。
  11. Based on the previous screenhouse study and field experiment, fertilization, plant variety and plant density were studied on two selected cropping systems : rape - rice - rice and wheat - rice, using an orthogonality design

    在過去網室研究和大田試驗的基礎上，在油菜-水稻-水稻和小麥-水稻兩種供試種植制度上研究了施肥、作物品種和種植密度，採用正交設計。
  12. It was found that high transplantation efficiency and stable production can be achieved by improving egg fertilization, and egg stocking pattern, by high density of fertilized eggs, and by fertilization and feeding

    結果表明，通過控制受精卵的質量，選擇適宜的投卵方式，保持比較高的受精卵投放密度，並在形成較大種群時進行施肥，增加餌料生物量等方法，可提高移植增殖效果，獲得持續穩定的高產。
  13. The use of high yield varieties caused a complete change in technology, involving the cultural practices, the use of fertilizers, a better utilization of land, a controlled water supply and effective pest control and so on

    種植高產品種植高產品種要求徹底改變技術，包括栽培措施、施肥、更好地利用土地、供水控制、病蟲害有效防治等等。
  14. Ploughing deeper and corn residues might promote formation of soil aggregated structure, decrease soil bulk density, relax solum, decrease soil porosity, raise soil permeability, improve soil structure and holding - water capability, create better soil biology condition for growth of crop, and coordinate water, fertilizer, air and heat etc. to prevent the fertility deterioration of the corn belt phaeozem and ameliorate soil, it is need to reform tillage and fertilizer application for the corn belt phaeozem in the central part of jilin

    針對吉林玉米帶黑土土壤退化現象，從黑土玉米的耕作制和施肥制的改革入手，並結合農村現有機械和技術水平，採用玉米「輕主重輔」三三耕作制和玉米「一穩二減三補」施肥技術，提出吉林玉米帶黑土土壤調控技術體系。
  15. Output response to fertilization development in rice cropping

    稻作施肥制度進步的產量響應
  16. The nutrient role of different fertilizer application strategies was assessed by measuring c and n dynamics of soil microbial biomass in corn fields

    摘要通過測定不同施肥制度下玉米土壤微生物量碳、氮的動態變化，探討了不同施肥制度對玉米土壤的培肥效應。
  17. The study also discovered that both the present fertilization system based on inorganic n and inorganic p and the present system of continuous cropping of corn had greats effect on balance of soil nutrients

    研究還發現，現行的以無機氮磷肥為主的施肥制度和玉米連作種植制度對土壤養分平衡有很大影響。
  18. Based on the current analysis, the paper put forward the countermeasures, which included strengthening the consciousness of environmental protection and the monitoring and management of the soil fertilizer, using organic fertilizer, popularizing the technology of applying fertilizer, using the nitrify inhibitor, improving the way of using chemical fertilizer

    提出了防治措施；強化環境保護意識，加強土壤肥料的監測和管理；增施有機肥；推廣配方施肥技術；施用硝化抑制劑；改進施肥方法。
  19. It fulfilled the transforming from point data to polygon data and created the field soil nutrient spatial distribution graphics using the different kinds of interpolation ways. it integrated soil test nutrition data, object yield obtained by historical crop yields of past years, fertilization model and expert knowledge to realize intelligent decision and make field fertilizer prescription. with the card ataflash, the prescription made by the system can be imported into the control computer of variable - rate fertilizer machinery and direct variable - rate controller to implement variable - rate fertilization

    系統實現了以下主要功能：應用不同的插值方法實現點狀信息向面狀信息的轉化，生成農田土壤養分空間分布圖；以土壤采樣測試分析數據作為土壤背景養分，並根據歷史產量及其他信息分析確定施肥所要達到的目標產量，通過集成施肥模型和專家知識實現智能決策，生成田間定位施肥處方；然後用ataflash卡導入到變量施肥機械控制計算機上，指導其田間變量作業。
  20. Soil testing, plant tissue analysis, and experimental results should be utilized to develop field and soil type specific fertilization programs for obtaining maximum yields

    必須利用土壤化驗、植株分析、試驗結果來制訂某一田塊和某一土壤類型獲得最高產量所需的施肥方案。
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