條施肥 的英文怎麼說
中文拼音 [tiáoshībǐ]
條施肥
英文
row application-
Fertigation by drip irrigation as an advanced technology to control the supply of water and nutrients has been applied by other countries in recent years
滴灌施肥作為一種先進的水分調控技術，近年來國外已開始廣泛採用，但對滴灌施肥條件下肥料養分在土壤中遷移轉化規律的了解尚十分有限。For example, in colder soils of the american corn belt and drier areas of the argentine pampas, banding is the preferred method for phosphate fertilization
如在美國「玉米帶」的寒冷地區和阿根廷的乾旱熱帶草原地區，條施是磷肥施用的優選方法。Effects of fertilization methods on seedling growth and drought tolerance of platycladus orientalis under different water conditions
不同水分條件下施肥對側柏苗木生長及抗旱性的影響This series of seeders are hydraulic suspended type multi - functional machine integrating fertil - izing and intertillage management, working for deep side fertilizing and sowing in drill for the crops or wheat, cole, etc., and deep side fertilizing, precision drilling, parallel sowing, ridge tillage, and intertillage management, etc., for soybean, corn, beet, etc
該系列播種機為液壓懸掛式，多功能播種機，施肥、中耕管理於一機，可以進行小麥、油菜等作物的側深施肥條播作業；大豆、玉米、甜菜等作物側深施肥、精量點播、平播、壟作、中耕管理等項工作。The latter can be overcome by either designing a zero - till seed drill that places fertilizer in the soil at planting time
后一個問題也可由設計新的免耕條播機、播種同時施肥來克服。Nevertheless, in some areas, banding of phosphate has continued to be recommended
盡管如此，在某些情況下，仍推薦磷肥條施。Data supportive of urea use have been largely based on the recommendation of applying urea in concentrated bands suitably distanced from immature seedling growth
支持尿素的數據主要來自距幼苗適當距離集中條施尿素的施肥推薦。The technology system includes : changing the qualities of fertilization ; improving the soil condition of root region, and fertilize region, reducing the input of the fertilization, reuse the nutrient and cycle technology ; the way of testing the ecological balanced fertilization, the way of testing the special fertilization formula ; the way of fast testing the effective nutrient, forecast system of the fertilization, management system, and so on
技術體系包括：肥料改性、根域或肥域土壤條件改善、減少養分投入、養分再利用和循環技術、生態平衡施肥特徵參數試驗方法、專用肥配方試驗方法、土壤有效養分速測方法、施肥預測系統和管理系統等。Effects of 20 years continuous long - term application of organic manure, chemical fertilizer and organic - chemical combined fertilizer on the results of soil nutrients variation were studied at yucheng experiment area of shandong province
摘要以在山東禹城試驗區持續近20年的定位試驗為依據，對長期施用有機肥、無機肥、有機無機結合等不同施肥條件下的土壤養分演變進行了系統總結。Using plots with water and fertilizer fully controlled, the effect of photosynthetic characteristic and yield under different treatments of water and fertilizer coupling was investigated. the result showed that photosynthetic rates are different among treatments of water and fertilizer coupling, and the change of stomatal conductivity is the same as photosynthetic rat. there is almost no influence on evaporation rate and cellular co2 concentration the combination of fertilizer and manure under natural rainfall is beneficial to the maintenance of photosynthetic rate during grain filling, thus results in highter yield and good quality. however, the coupling of fertilizer and manure with sufficient water results in the decline of photosynthetic rate and stomatal conductivity, the yield decreased indicating there has a balance ratio between water and nutrients ( fertilizer and manure ) supply. the study proposed that the optimum management to exploring yield and qlality potential is the combination of fertilizer and manure application with no irrigation
利用可精確控制水分條件的水肥平衡場，在不同水肥耦合處理的條件下，研究了水肥耦合對玉米光合特性及產量的影響，結果表明:不同水肥耦合處理的條件下，玉米的光合速率有所不同，氣孔導度的變化與光合速率的變化表現基本一致，而對蒸騰速率、細胞間co2濃度影響不大.其中，在自然降水條件下，有機肥和無機肥的配合，有利於玉米子粒灌漿期維持較高的光合速率，表現出良好的產量潛力.充足水條件下，有機肥和無機肥的配合，光合速率及氣孔導度表現較低，表現產量有所下降，說明供水量與施肥量之間有一個平衡系數.表明黑龍江省北部黑土區自然生態條件下，為充分發揮玉米的產量潛力，最佳的管理措施是增施無機肥和有機肥的配合Response of root system of spring wheat to fertilizers under water stress
水分脅迫條件下春小麥根系對施肥的響應Which showed that under inundation, with surface application and application - digging, the volatilization of nh3 was very strong in 7 - 10 days after fertilizer application,
表明在淹水條件下表施氮肥或將氮肥翻入土壤，在施肥后頭7 ? 10天之內氨揮發相當強烈。In order to master the development status completely and actually and further enhance the quality and reputation of the fei cheng peach, this paper investigates the production status, predonderant region and its range and so on. it also puts forward scientific and reasonable development direction and programming for the future continuable development. by investigation and induction, we know that fei cheng city is a particular region which fit to the growth of peach not only because of breed, climate, fertilization and management, but also be relative to the special geology of this region. but there are also many problems in the development of the peach production such as standardization is low, savory has become worse, post - harvest treatment is lagged, technic service is dropped behind
為全面準確掌握肥城市桃的發展現狀，進一步提高肥城市桃產品質量和知名度。本文調查研究了肥城市桃的生產現狀，優勢區域及其范圍等，為今後可持續發展，提出了科學合理的發展方向和發展規劃。經過調查總結，歸納分析，可以看出肥城市生產的桃之所以品優味佳，產量高，除品種、氣候、施肥、管理諸因素外，還與這個地區特殊的地質背景條件緊密相關;由此而形成了獨特的桃樹生長的優勢區;同時，肥城市桃的生產在發展過程中也存在著標準化生產水平低，傳統肥城桃風味變差，采后處理滯后，技術服務落後等問題。Study on the characters of heat of soil and organo - mineral complexs in cumulic cinnanon soil under different fertilization conditions
土不同施肥條件下土壤及其膠散復合體熱特性研究Particle size fractionation of organic - mineral complexes in red soils planted flue - cured tobacco under different fertilization conditions in yunnan
雲南植煙紅壤不同施肥條件下有機無機復合體顆粒大小分組研究( 3 ) the amount of nitrogen leached was in the decreasing order as no3 - fertilizer > urea > nh4 + - fertinzer, and the main form of n leached was the n fertilizers added. the amount of nitrogen leached from sand soil exceed in that from clay soil
（ 3 ）在滴灌施肥條件下，三種氮肥（硝態氮、銨態氮和尿素態氮）在兩種質地的土壤中的淋失量均是硝態氮肥尿素銨態氮肥，淋失的氮素主要為肥料氮。Studying on the mechanism of nitrogen transport and transformation under the conditions of fertilization and irrigation with sewage effluent is very important for utilization of sewage effluent and fertilizer and pollution control. based on laboratory and field experiment and numerical simulation, nitrogen transport and transformation has been investigated in this dissertation
污水灌溉和施肥條件下，氮素在土壤與作物系統中遷移轉化規律的研究，對于合理利用污水資源和合理施肥，最大限度提高水分和養分的利用率，減少硝態氮淋洗風險，具有十分重要的意義。In field study, the expenment on nitrogen transport and transformation in soils with different irrigation ( with both ground water and sewage effluent ) and fertilization levels has been conducted. with considenng the n - uptake, nitrification and demtrification processes, a model for describing no2 - - n transport and transformation in unsaturated soil has been applied. results show that, the n03 + - n accumulating in soil is contributed more by fertilization but lees by irrigation with sewage effluent, and the model can be used to simulate no3 - - n transport in soils
在室外進行了不同清污水灌水量與施肥條件下氮素遷移轉化試驗，同時進行了考慮根系吸收，硝化和反硝化的田間非飽和no _ 3 ~ - ? n遷移轉化模型的數值模擬，研究結果表明與施肥相比，污水灌溉對土壤中no _ 3 ~ - ? n累積的貢獻較小，所建立模型可用於模擬no _ 3 ~ - ? n在土壤中的遷移。However, the movement and transformation of n in soil under fertigation remains unclear. the methods of simulation experiment and culture experiment were used to study the movement and transformation of n in soil under fertigation by drip irrigation. the main experimental results were shown as folio wings : ( 1 ) the water infiltration under drop irrigation is a point infiltration ; and the soil moisture in vertical and horizontal directions was increased with the irrigation time, and the movement rate were decreased with the irrigation time
本研究採用室內模擬試驗和生物培養試驗相結合的方法，研究了在滴灌施肥條件下，化學氮肥施入土壤后的遷移、轉化規律以及對作物生長的效應，獲得了以下主要結論： （ 1 ）滴灌條件下水分以點源入滲土壤，水平和垂向的濕潤鋒均隨入滲時間的增加而逐漸變大，在入滲開始階段濕潤鋒的推進速率較大，隨入滲時間的延長，濕潤鋒的推進速率逐漸變慢。The wsa - lp is composed of wheat mulching sub - system ( wms ), fertilizer recommending sub - system ( frs ), farming system recommending sub - system ( fsrs ), chemicai water saving agent recommending sub - system ( cwsars ) and wheat variety choosing sub - system ( wvcs ), including 16 databanks ( the total records beyond 500 ) and 9 rules banks ( the product rules beyond 1000 )
系統主要由小麥覆蓋節水栽培子系統、節水型小麥施肥推薦技術子系統、種植制度推薦子系統、化學節水子系統和旱地小麥品種選擇子系統等組成，包括16個數據庫（庫內記錄超過500條） 、 9個規則庫（知識條目超過1000條） 。分享友人