播種率 的英文怎麼說

中文拼音 [bōzhǒnglǜ]
播種率 英文
seeding rate
  • 播 : 播名詞（姓氏） a surname
  • 種 : 種名詞（姓氏） a surname
  • 率 : 率名詞（比值） rate; ratio; proportion
  • 播種 : （作物栽培措施之一） sowing; seeding播種季節 seedtime; season of sowing; 播種量 seeding rate; 播...
  1. Land left in bare fallow to be sown with winter crops sustained losses that far exceeded the rate of new soil formation.

    留作播種冬季作物的休耕地所經受的土壤流失遠遠超過土壤生成的速率。
  2. Festal hymns and songs of the early

    率領這些農夫，播種那些百穀。
  3. Dissemination is the most important stage during the agricultural plating, single - seed dissemination of crop, especially the wheat, the mealie etc, can improve the productivity, save seeds and fertilizer save time and then reduce costing, increase productivity

    播種是農作物種植過程的重要環節，作物尤其是中耕作物的單粒點播具有增產增收、節種、省肥、省工、降低作業成本、提高勞動生產率等優點。
  4. According to the m1l - std - 883c standard of thermal cycle loading, the delamination propagation rates at the interface between chip and underfill were studied experimentally by using c - mode scanning acoustic microscope ( c - sam ) for two types of flip chip packages with different states of solder joint

    採用mil - std - 883c標準，通過溫度循環實驗，使用高頻超聲顯微鏡（ c - sam ）無損檢測技術，測量了在不同焊點狀態下， b型和d型兩種實際倒裝焊封裝晶元與底充膠界面分層裂縫傳播速率。
  5. Referring to the achievements of conservation tillage on dry land farming, there is a series of work to be done to develop new tillage techniques to adapt to double cropping system of wheat and maize in shandong province. such work includes controlling the combine traveling along the line, return the stalk to the field after chopped, subsoiling being done in maize ' s growing stage. the advantage of subsoiling is to make the soil inter placed with soft and hard strips, which is good for decreasing runoff and vaporizing, and retaining rain

    1 、保護性耕作條件下，普通小麥條播機的播種質量較差，小麥的田間出苗率比傳統耕作低9 . 3 ；保護性耕作小麥冬前地上部分的生長狀況也較傳統耕作小麥差；由於根系的生長條件較為優越，保護性耕作的小麥的根系生長旺盛、分佈廣，越冬後有利於小麥的地上部分生長，大量發生春季分蘗和次生根，幼穗強烈分化，表現出較傳統耕作小麥強的生長優勢，產量提高6左右。
  6. To release the burden of labor intensive and low efficiency manual wheat and maize interplanting, a maize interplanting - fertilizing implement was developed. to match the implement, the tread and ground clearance of small - four - wheel tractor are increased. when sowing wheat, the interplanting line for maize is reserved to mechanize the work for the next crop

    借鑒保護性耕作在廣大旱農地區已取得的成功經驗，結合山東省的生產實際和種植模式，進行保護性耕作的試驗研究；針對人工套播玉米生產效率低、播種質量差的情況，利用設計的玉米施肥套播機和改裝的小四輪拖拉機進行機械化套播玉米試驗。
  7. The slide rate of driving wheel of the tractor and the shift of land wheel of the seeder are closely related to the quality of seeding

    拖拉機驅動輪滑轉率和播種機地輪滑移率是與播種質量密切相關的內容。
  8. After correlation analysis of the raw of growth and development, dry matter accumulation, rate of filling, hulk density and yield, it concluded that the best sowing - time was on 30th in april and the best harvest - time was on 5th in october

    通過對生長發育規律及對干物質積累、灌溉速率、容重、產量進行相關分析，確定4月30日左右為吉油1號玉米的最佳播種期， 10月5日左右為最佳收獲期。
  9. The sub - model for design of population density was developed according to the principle of determining boll number from target yield, fruit node from boll number, fruit branch from fruit node and population density from fruit branch by integrating the effects of sowing date, cutout date, effective temperature accumulation above 12, variety type, and fertilizer and water management levels. sowing rate was then decided by integrating the effects of different soil water and salt contents, ph, temperature and sowing style on seedling emergence rate with relative weight method

    基於「以產定鈴、以鈴定節、以節定枝、以枝定苗」的原理，同時考慮播種日期、打頂日期、 12的有效積溫、品種株型特性、肥水管理水平差異等因素來確定適宜的種植密度；在此基礎上，應用相對權重法計算土壤含水量、含鹽量以及整地質量和播種方式等多個生態環境因子對出苗率的綜合影響，進而確定播種量。
  10. The sowing and seedling raising experiments of castanopsis hystrix seed with different artificial treatments showed 1 - year - old c. hystrix seedling average height and average dbh with the treatments of hastening germination and cutting root were 22. 0 % and 117. 0 % higher than those without the root cutting treatment, respectively, the individual - tree lateral root number increased by 127. 71 %, the afforested survival rate increased by 23. 0 %

    摘要對紅錐種子採用不同人工處理的播種育苗試驗表明：紅錐種子經催芽斷根育苗處理后，其1年生苗木平均高和平均地徑分別比無斷根處理的高22 . 0 %和117 . 0 %單株側根數增加127 . 71 % ，造林成活率提高23 . 0 % 。
  11. The narrow heritability of the growth period and the period from sowing to budding were higher, separately reaching 66. 1 % and 49. 1 %, and interacted weakly, while the positions f the first fruiting shoots and the period from sowing to budding had the lowest narrow heritability, separately equal to 19. 8 % and 18. 8 %, and their interactions with the environments reached a significant level ; the heritability of the periods from budding to flowering and flowering to boll opening, and the stem heights, as well as their interactions with environments took the second place

    生育期、播種開花的狹義遺傳率均較高，分別為66 . 1 %和49 . 1 % ，且與環境互作效應較小，而果枝始節和播種現蕾的遺傳率最低，分別為19 . 8 %和18 . 8 % ，且與環境互作達到極顯著水平，現蕾開花、開花吐絮和株高這3個性狀的遺傳率及其與環境互作居中。
  12. 4 ) measurement system that measures the quantity of fenilizer and seed in the box have been designed. wth the sensor installed in those boxes measdrig the quanhty of fenilizer and seed in them, when there is no enough fenilizer and seed, the system will ll automatically inform the driver to supply fertilizer and seeds timely, thus improving seeding quality and effectiveness

    4 ）設計了肥料箱和種子箱貯量測量系統，通過在肥料箱和種子箱上安裝傳感器來監測肥料和種子量，當肥料或種子量不足時系統報警通知駕駛員及時補種補肥料，提高播種質量與效率。
  13. The adaptability of these plants was reported in the paper also

    引種以種子、播種苗和栽培苗為材料，引種總成活率為68 % 。
  14. It was found that there were changes to some extent in the main characters of the days from seeding to initial heading, plant height and seed setting rate when the seeds of the tested hybrid rice combinations and their parents were sowed at different time in hainan for the seed purity identification, and the changing extent was different between some hybrids and their parents, which would affect the accuracy of purity identification

    摘要通過比較不同播種時期雜交水稻種子樣品在海南種植鑒定的農藝性狀表現，發現播始歷期、株高、結實率等主要性狀均表現出不同程度的變化，且部分組合與其親本的變化幅度不同，從而影響鑒定的準確性。
  15. The study on the characteristics of development and seed setting of different spikelet and floret positions was important for the realization of big - spike - cultural - goal with more spikelets and grains. with both the winter type ( wv ) and spring type ( sv ) varieties sown at different dates, it was found that the greater seed setting capacity of spikelets resulted in more grain number of spike. the trend of differences in grain weight per spikelet between the different sowing dates and varieties was similar to that of grain number. the correlation between the average grain weight of middle spikelets and lower spikelets and the grain weight per spike was highly significant. the environmental changes resulted from different sowing dates mainly effected the middle spikelets development, even though the differences between wv and sv were represented in every spikelet positions. the grain weight on the second floret position was most sensitive to the development status of wheat plant and environmental changes, and could represent the yielid potential of the whole spikelet. the results showed that the enhancement of seed setting of the middle spikelets ( from 5th to 15th ) and the grain development from the first to third floret positions was a key to realize big - spike and grain

    確定小麥不同小穗位和小花位發育與結實特性是實現大穗多粒的重要前提.本文通過對冬、春性小麥品種分期播種試驗得出，較高的小穗結實力是增加穗粒數的重要因素.不同播期、品種之間，小穗粒重和粒數呈現相同的變化趨勢.中部以及基部小穗粒重與穗粒重之間呈高度正相關.體現環境差異的播期效應以對中部小穗發育的影響為主，而冬、春性品種的基因型差異可反映在各個小穗位上.第2小花位的子粒發育狀況反映整個小穗的生產能力.結果表明，促進中部優勢小穗（第5 15小穗）結實和第1 3小花位子粒發育是提高小花結實率和穗粒重的關鍵
  16. In the paper, a successful development of a set of useful system combined with microprocessor is introduced which detects and supplements absent seeds. this system combines computer and. mechbocal measurement

    本文研製成功了一套新型、實用的微處理機監測和漏播補償系統，它將計算機與檢測系統相結合，提高系統的性能，用於播種各個項目的測試，以提高精度、效率和降低成本。
  17. Clog. ttis system will improve seeding quality fufther and reduce labor intensity, improve produchvity "

    該裝置能夠進一步提高播種質量，減少勞動強度，提高勞動生產率，解決了由於堵塞而帶來的長期漏種現象。
  18. In the second part of this work, network support layered multicast rate control algorithm is analyzed and the lack of consideration for tcp friendliness issues in the original work is pointed out

    針對原演算法忽略數據流傳輸中的tcp友好性的缺陷，本文提出一種基於網路的tcp友好分層組播速率控制機制。
  19. The results above indicated that the effect of boron on increase of root weight and sugar content existed differences among cultivars, different cultivation manners and fields to this correlation had no effect nearly and this has some guiding significance for rational cultivation of sugarbeet

    試驗結果說明硼素對甜菜塊根增長和含糖率的提高因品種不同而有所差異，播種方式和種植區的不同對這種相關性影響不大，這對甜菜合理栽培具有一定的指導意義。
  20. The relationship among boron content, root weight and sugar content in sugarbeet root were studied after harvest, the experimental design including the same cultivar grown in different field, the same cultivar grown in the same field but with different cultivation manners, and various cultivars grown in the same field with the same cultivation manners

    摘要對不同地區種植的同一甜菜品種、同一地區不同播種方式下的同一甜菜品種，以及同一地區相同播種方式下的不同甜菜品種收獲后甜菜塊根中硼素含量與其根重和含糖率的關系進行了初步研究。
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