耕作層土壤種 的英文怎麼說

中文拼音 [gēngzuòcéngrǎngzhǒng]
耕作層土壤種 英文
surface soil
  • : 動詞1. (用犁翻地) plough; plow; cultivate; till 2. [書面語] (謀生) make a living
  • : i 量詞1 (用於重疊、積累的東西 如樓層、階層、地層) storey; tier; stratum 2 (用於可以分項分步的...
  • : 名詞1. (土壤) soil 2. (地) earth 3. (地區) area 4. (姓氏) a surname
  • : 種名詞(姓氏) a surname
  • 耕作 : tilth; tillage; cultivation; farming
  1. The available phosphorus contents of the run - off from the plot iii and plot iv were higher than that of other two plots " run - off. the nutriments of sediments from the four plots were higher than the nutriments of soil in the plots. the plot ii and plot iv had the higher enrichness degree of total nitrogen than the other two plots ; the available nitrogen enrichness of sediments from plot iv was the highest, that of from plot illwas the lowest ; the available phosphorus enrichness of sediments from plot iv was the highest, that of from plot illwas the lowest ; the available potassium enrichness of sediments from plot ivwas the highest, that of from plot ii was the lowest

    泥沙各養分含量均高於小區內中的相應養分含量,表現為:第2 、 4小區的流失全氮養分富集度高於其餘兩個小區;第4小區流失有效氮富集度最高,第2小區次之,而第1小區和第3小區的流失有效氮含量與區內相似;各小區流失中速效磷富集度為第4小區最大,第3小區最小;而第4小區中在流失過程中速效鉀西南農業大學二oo二屆碩士學位論文一積累量最大。
  2. The study of nt began in the 1950s in our country for high yield. the experiment indicated that long - term of nt could improve the soil ' s physical structure and the soil ' s sluice capacity, and could aggregate the accumulation of various nutrients in soil and increase plant yield

    試驗發現:長期免,能改善物理結構,增加蓄水量、容重、溫度和水穩性團聚體,有利於中各養分的積累,特別是有機質積累很快,出現上高下低的分現象,並相應增加物產量。
  3. Based on the data obtained from the experiments on the soil with same structure under three cropping patterns, this paper makes a research into the numerical relation between the parameters of infiltration model and physical parameters of soil, and forms the statistic model about them, in order to produce a simple and easily used calculation method and a model for infiltration parameters and to provide the calculation parameters as required for the technical parameters of the water - saving irrigation

    本文以榆次同一質地三不同方式下的在自然條件下進行的大量試驗結果為依據,分析了入滲模型參數與所獲得的物理參數之間的定量關系,研究和建立入滲模型參數與物理性狀參數間的統計模型,為地面灌溉節水向深次的發展提供簡單易行的入滲參數確定方法和模型,為確定節水灌水技術參數提供所需的計算參數。
  4. Agriculture is universal on all atmospheric worlds ; tilling the soil is the one pursuit that is common to the advancing races of all such planets

    農業在所有大氣世界里是普遍的,所有此類行星高級族一項持之以恆的事業。
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