水麥冬 的英文怎麼說
中文拼音 [shuǐmàidōng]
水麥冬
英文
arrow-grass-
The ecological function is being payed more and more attention compare with the economic function of urban agriculture. the overuse of fertilizer and castoff corned from animal excretion have been the big problems of environmental
目前，影響順義區冬小麥產量潛力發揮的最大障礙因子是水分。 （ 3 ）都市型農業在強調經濟功能的同時，更注重的是生態功能的發揮。9. a gravity sprinkler fertigation device was developed and has been used in practice. it has been found more economical and effective in improving yield in comparison with manual fertilization and airplane application
同時，對噴灌條件下冬小麥、春小麥、油菜三種作物的試驗區與大田噴灌區、常規地面灌區，進行了產量與節水量的比較分析，得摘要出噴灌節水增產效果顯著。The pot experiment was conducted to study the effect of water and nitrogen cooperation on winter wheat yield and quality
摘要在盆栽條件下，研究了水氮配合對冬小麥產量和品質的影響。The valt and the p valt of cyanide - resistant respiration were induced dramatically as well as the total respiration in early stage of vernalization treatment and deceased subsequently. the western blotting results also showed the parallel changes. during the whole treament time of 0 - 30d, although the cyanide - resistant respiration was increased, its opearation was lower than the cytochrome pathway which also made the main contribution to total respiration of winter wheat
結果表明:冬小麥胚芽在春化處理初期，伴隨著總呼吸速率的上升，抗氰呼吸容量（ valt ）和實際運行活性（ pvalt ）也快速升高，但在春化後期兩者均呈下降趨勢，與westernblotting結果十分吻合;在整個春化處理期間，抗氰呼吸活性雖有所上升，但相對于細胞色素主路來說，其運行還是處在一個較低的水平，而細胞色素主路則仍然占據了優勢。The results indicated : ( 1 ) during the jointing stage of winter wheat, the differences of catalase activity among different measures of soil water utilization are significant in shallow soil, in which the catalase activity of furrow planting with straw mulch is the highest and that of row - spacing - reduced and close planting is the lowest ; ( 2 ) the trends of catalase activity versus depth are almost the same for different treatments, looking like an inverse s ; ( 3 ) for furrow growing without mulch, the activity of soil catalase in the furrow is higher than that in the ridge ; ( 4 ) soil catalase activity reflects some effects from different techniques of soil water utilization and may be used as a indicator for micro - eco - environment in the fields
初步分析得出： （ 1 ）冬小麥拔節期，採用不同土壤水利用技術的冬小麥田淺層土壤過氧化氫酶活性差異明顯，以溝播不蓋秸稈處理的過氧化氫酶活性最強，縮行密植處理的最弱； （ 2 ）土壤過氧化氫酶活性隨深度的變化趨勢大體一致，呈反s形； （ 3 ）溝播不蓋秸稈處理溝中土壤過氧化氫酶活性明顯高於壟上； （ 4 ）土壤過氧化氫酶對於田間微生態環境具有指示作用，在一定程度上反映了土壤水利用技術對微生態環境的影響。Precipitation s effect on the output of the fall wheat in eastern henan
豫東地區降水量對冬小麥產量的影響Effect of different irrigation treatments on grain filling process of winter wheat
不同灌水處理對冬小麥籽粒灌漿過程的影響研究Effects of altered water condition on some chlorophyll fluorescence parameters of flag leaves of winter wheat
不同水分處理下冬小麥旗葉葉綠素熒光參數的變化研究During wheat and barley bred in winter in sanya, some technological characteristics concerned must be wielded according to the ecological conditions there. 1 ) carefully select materials and avoid planting the materials that can not head in sanya. 2 ) cultivated measure : spread lime before ploughing ; and make furrows during soil preparation. spread funandan in sowing furrows. after every irrigation and heavy rains, surplus water must be drained off immediately and soil must be intertilled in time. it is also a key measure in breeding in winter to prevent and eliminate the plant disease, pest and mice during plant growing period. 3 ) the flowering period of parent for hybridization must be adjusted. 4 ) the criterion for each trait selection to breeding materials should be soften to different degrees
在三亞冬繁麥類時，應根據當地生態條件掌握好有關技術特點：慎重挑選冬繁材料，盡量避免攜帶可能在三亞不抽穗的材料；栽培措施應注意耕翻前撒施石灰，整地需開廂起壠，播種溝先撒呋喃丹，灌水及大雨後要排除余水，及時鬆土，生育期間注意防治病蟲鼠害；雜交親本應注意調節花期；對育種材料各性狀的選擇標準都要不同程度地放寬。This paper researches on the three - dimensional planting mode of winter wheat, maize and soya beans, advances a series of farming system and planting mode that is suitable for jinzhong area, shanxi province, to achieve the aim of increasing both production and income and making high - effective use of water resources
研究了冬小麥間作玉米復播大豆立體種植模式，提出了一套適合山西省晉中地區的農作制度與種植模式，以達到增產增收和高效用水的目的。According to the amount of no3 ( superscript - ) - n in the deep layer soil during the growth of winter wheat, irrigation and fertilization help to no3 ( superscript - ) - n leaching, so it was very easy to seep into groundwater and pollute the environment
在冬小麥的整個生育期中，拔節期的追肥灌水有助於硝態氮向土壤深處移動，甚至有可能淋洗出根層，對地下水產生影響。The elongation stage is the key and sensitive stage, the n fertilizer applied at this stage could not only increase the yield of winter wheat but also increase the content of free amino acid and protein of grain, and improve the quality of grain protein
冬小麥水氮高效的關鍵期和敏感期在拔節期，這個時期施氮可以增加子粒中游離氨基酸及蛋白質含量，提高其質量。Secondly, many crop water parameters, including eta, wue and water sensitive parameters etc., were studied through onsite experiment, typical household survey and other methods. by analyzing crop water usage characteristics, we concluded : 1. about eta : the amout of pear water consumption was highest ( 750. 2mm ), however, the watermelon planted in greenhouse consumed only 266. 5mm ; 2
通過對大田作物需水量與自然降水量的平衡分析，可以將順義區主要大田作物分為三類： 1 ）灌溉需求量較大的作物，包括水稻、冬小麥、苜蓿、棉花； 2 ）灌溉需求量較小的作物，包括夏播作物（夏玉米、夏花生、夏大豆）和耐旱、避旱作物（高梁、穀子） ； 3 ）中間型作物，包括大部分春播作物（春玉米、春花生、春大豆等） 。Effect of lateral depth on root and seedling growth and water use efficiency of winter wheat
地下滴灌埋管深度對冬小麥根冠生長及水分利用效率的影響Relationship between canopy water content and temperature of winter wheat under different water and nitrogen treatments
不同水肥處理下冬小麥冠層含水率與溫度關系的研究Heavy rain and flooding in the low lands lowlands damaged wheat planted in the winter
大雨和低洼地的積水造成了冬天播種的小麥遭受損失。From the point of view of risk, a index system of risk assessment of winter wheat losses caused by drought was established, including the meanings, token models and estimate methods of risk index of natural water deficiency rate, risk index of yield reduction rate and trending vector coefficient of disaster resistance capability, then on the base of these indices, the comprehensive risk index model of losses caused by drought was established and regionalized. the results indicated : the high risk region included the middle north of shanxi, some of middle of shaanxi and some of hebei in east ; the higher risk region included some of middle of shaanxi, the tangshan region and some of west of hebei ; the moderate risk region included the middle of s
從風險的角度，建立了冬小麥乾旱災損風險評估的指標體系，包括自然水分虧缺率風險指數、減產率風險指數和抗災性能趨勢向量系數的意義、表徵模式和估算技術方法，在此基礎上構建了災損綜合風險模型，並對模型參數區域化，結果表明：冬小麥乾旱災損高風險區在陜西中北部、山西中部的部分地區和河北滄州的部分地區；較高風險區在山西中部的部分地區、河北的唐山地區和西部的部分地區；中風險區在陜西中部、山西南部、河北滄州的大部分地區；低風險區在陜西中南部、河南中北部、北京市、天津市、河北中南部和山東省。Nitrogen leaching in soil and recommendation of nitrogen and irrigation
冬小麥土壤無機氮淋失規律及灌水施氮量的推薦Analysis of genetic relatedness of traits and its selection in early generation on winter wheat in the shuttle breeding between irrigation and drought planting environments
水旱協調選擇混合育種中冬小麥性狀遺傳相關分析及其早代性狀選擇Acceding to the theory of crop water requirement, maximum potential evapotranspirations are calculated by applying fao penman - monteith method, and then we obtain the water requirement, water balance and water correction factors ect. of main crops ( spring maize, summer maize, spring wheat, winter wheat, cotton ) and different type grasslands, and the space - time distribution regularities of water requirement of cropland and natural grassland are analysed, the result show : the water requirements of same kind crop in different areas are different, water satified degrees are different to different crops in the same area, and water requirement of same crop are different between years for climatic variation ; the water requirements of main crops are increasing from east to west and from south to north, water satified degrees are decreasing from east to west and from south to north. in growing season, there are deficits in crops water supply in most area, so the irrigation is needed to meet the requirement for crop growing normally
根據作物需水的理論和方法，採用計算精度較高的faopenman - monteith方法（ 1998 ）計算了半乾旱區最大可能蒸散，並基於此計算五種主要旱地作物（春玉米、夏玉米、春小麥、冬小麥、棉花）和不同類型的天然草地的需水量、水分盈虧、水分訂正系數等，分析了農田和天然草地水分供需的時空分佈規律，結果表明：不同地區同一種作物的需水量是不同的，同一地區對不同作物的水分滿足程度是不同的，而且同一種作物在同一地區隨著氣候的變化需水量也會有一個年際變化；主要作物需水量由東向西，由南向北遞增，正常生長發育的水分保證程度由東向西，由南向北遞減。分享友人