火范文>英语词典>leafy vegetable翻译和用法

leafy vegetable

英 [ˈliːfi ˈvedʒtəbl]

美 [ˈliːfi ˈvedʒtəbl]

网络  叶菜; 叶蔬菜时

英英释义

noun

  • any of various leafy plants or their leaves and stems eaten as vegetables
      Synonym:greensgreen

    双语例句

    • Cabbage ( Brassica oleracea var. capitata) is an important leafy vegetable crop with a widely growing area only second to Chinese cabbage ( Brassica rapa) in China.
      结球甘蓝(B.oleraceavar.capitata)是我国仅次于大白菜的第二大叶用蔬菜。
    • Effect of Several New Type Nitrogen Fertilizer on Reducing Nitrate Accumulation in Leafy Vegetable and Nitrate Leaching in Soil
      几种新型氮肥对叶菜硝酸盐累积和土壤硝态氮淋洗的影响
    • Spinach is a leafy vegetable.
      菠菜是阔叶蔬菜。
    • 37.1% leafy vegetable, 9% gourd vegetable, and 4% leguminous vegetable exceeded the maximum levels of contaminants in foods.
      37.1%的叶菜类蔬菜、9%的瓜类蔬菜和4%的豆类蔬菜超过国家食品污染物限量标准;
    • One morning she had found some wild onions growing halfway down the south slope, and later that same day a leafy reddish vegetable that might have been some queer sort of cabbage.
      有一天早上她在南山坡下发现了一些野生洋葱,后来又发现了一颗长满淡红色叶子的蔬菜,看起来像是某种卷心菜的变种。
    • Nitrate Uptake, Efflux, Reduction and Transformation, and Their Relationships to Petiole Nitrate Accumulation over Leafy Vegetable Cultivars
      叶菜硝态氮吸收、溢泌及还原转化与品种间叶柄硝态氮累积差异的关系
    • Lettuce is the leafy vegetable widespread grown in the south China.
      莴笋是我国南方较为广泛种植的叶菜类蔬菜,重庆地区种植面积也较大。
    • Studies on effect of applying several new type nitrogen fertilizer on nitrate accumulation in two-reap leafy vegetable and soil nitrate leaching in high fertility vegetable by earth column simulation experiment method.
      应用土柱模拟试验的方法,研究了在高肥力菜田土壤条件下,施用几种新型氮肥对两茬叶菜硝酸盐积累和土壤硝态氮淋洗的影响。
    • Compositions and Dynamics of Weed Communities in Leafy Vegetable Fields in Guangzhou City
      广州市叶菜田杂草群落组成及其年动态变化
    • Leafy vegetables are prone to accumulate nitrate N, and Nitrate N accumulated in vegetable can account 72-92% of the total nitrate taken up by human beings. Therefore nitrate accumulation and its regulation has always attracted serious attentions from scientists in different countries.
      蔬菜极易累积硝态氮,人类摄入的硝态氮有72~92%来源于蔬菜,蔬菜硝态氮累积调控的研究一直是人们关注的热点。