leaf soil
英 [liːf sɔɪl]
美 [liːf sɔɪl]
叶霉
英英释义
noun
- soil composed mainly of decaying leaves
双语例句
- Study on Determination Method of ETU Residue in Watermelon, Watermelon Leaf and Soil by HPLC
西瓜、瓜叶及瓜田土壤中乙撑硫脲残留量的液相色谱分析方法研究 - Canonical correlation analyses of sub-suitable mineral elements and chemical composition of flue-cured tobacco leaf with soil ecosystem index in Nanyang
南阳烤烟矿质元素及化学成分次适宜因子与土壤生态因子的典型相关分析 - Responses of root activity and leaf photosynthesis to soil compactness stress were studied in cucumber plants grown in pots.
结果表明：当土壤紧实度增大时，黄瓜根系重量减小，活力下降。 - The Effect of Nitrogen Regulators on Tobacco Leaf and Soil Available Nitrogen
氮素调理剂对烟叶质量及土壤速效氮的影响 - A determination method of ethylene thiourea ( ETU) residue in watermelon, watermelon leaf and soil by high performance liquid chromatography ( HPIC) has been established.
建立了一种采用高效液相色谱仪测定乙撑硫脲（ETU）在西瓜、瓜叶和瓜田土壤中残留量的分析方法。 - 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。 - This paper studies the application of leaf analysis and soil nutrient diagnosis to having adequate fertilization in orchards.
在我区本文首次应用叶分析和土壤营养诊断技术指导果园施肥研究。 - Firstly, by the inversion of the canopy reflectance model SAIL ( Scattering by Arbitrarily Inclined Leaves) based on particle swarm optimizer, we obtain leaf reflectance, leaf transmittance and soil reflectance.
本文基于植被冠层光谱模型SAIL（ScatteringbyArbitrarilyInclinedLeaves），运用微粒群算法反演叶片反射率和透射率及土壤反射率。 - Concern the Establishing of Standard System with Major Chemical Composition in Flue-cured Tobacco Leaf and Soil Nutrient& A Case Study of Tobacco Region of Hunan Province
烤烟主要化学成分与环境土壤养分对标准体系制定的影响&以湖南烟区为例 - From simulation of the models we found that utilizing water of plant depended on leaf area and soil water condition in a year. And the utilizing water in a day depended on solar radiation, atmosphere temperature and humidity.
通过对拓展模型的分析求解发现，植物的年需水量主要取决于叶片面积和土壤的水分状况，日需水量主要取决于太阳辐射、大气温度和大气湿度。