leaf soil

英 [liːf sɔɪl]

美 [liːf sɔɪl]

叶霉

英英释义

noun

• soil composed mainly of decaying leaves
  Synonym:leaf moldleaf mould

双语例句

• On the basis of a fertilizing trial with Satsuma ( Citrus unshiu Marc.), leaf, soil and juice analyses were compared to define the correlations among them and the effects of N, P, K and lime applications on the data of analyses.
  在温州蜜柑施肥试验的基础上，对叶分析、土壤分析和果汁分析的数据进行了比较，以确定它们之间的相关性，以及氮、磷、钾、石灰不同施用量对上述分析数据的影响。
• The diurnal variation of stomatal resistance of crops in dry season was observed and its relation to transpiration rate and water potentials of crop leaf and soil in different farming systems was also studied.
  本文研究了不同耕作制度下作物气孔阻力日变化及其与蒸腾速率、土壤基质势、作物叶水势的关系，并分析了水流阻力的分布及其日变化规律。
• Research on Hyperspectral Information Parameters of Chlorophyll Content of Rice Leaf in Cd-Polluted Soil Environment
  土壤镉污染环境下水稻叶片叶绿素含量监测的高光谱遥感信息参数
• The results showed that the pH of C. lanceolata leaf sap and soil decreased as the acidity of rainfall increased.
  实验结果表明，杉木针叶汁液pH值和土壤pH值随模拟酸雨pH值下降而降低，土壤比叶汁液更容易被酸化，也更难恢复。
• Response of Leaf and Root Membrane Permeability and Leaf Water to Soil Drought in Maize
  玉米根、叶质膜透性和叶片水分对土壤干旱胁迫的反应
• Characteristics of gas exchange in sweet potato leaf under different soil water content and fertilization
  土壤水分和施肥水平对甘薯叶片气体交换的影响
• T2 promoted the reducing of total N content in Cinnamon soil and Shajiang black soil, and reduced the soluble sugar content in the tobacco leaf in Alluvial soil. T2 improved the K content in the tobacco leaf in Shajiang black soil and Alluvial soil.
  粒饱丰处理（T2）促进褐土和砂姜黑土烟叶中总N含量的降低，降低潮土烟叶中可溶性糖的含量，提高砂姜黑土与潮土烟叶中K的含量。
• Establishment of Leaf Nutrition, Soil Fertility and Output Models in Phyllostachys pubescens
  毛竹叶片营养与土壤肥力及产量模型的建立
• Response to light of water utilization efficiency of walnut leaf in different soil moisture in loess hilly region
  黄土丘陵区不同土壤水分下核桃叶片水分利用效率的光响应
• The interactive effectiveness between rice leaf age during transplanting and plant density on weed control was better than that between the leaf age and soil surface water depth and its retaining days.
  移栽时叶龄与栽插密度互作有利于提高华抗草78对杂草的防效，并明显高于移栽时叶龄分别与水层深度和保水时间互作效应。