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首页> 外文期刊>Acta Horticulturae >Edaphical Characteristics of Three Vegetable Cactus Pear Orchards (Opuntia ficus-indica) Fertilized with High Amounts of Dairy Manure at Milpa Alta, Mexico
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Edaphical Characteristics of Three Vegetable Cactus Pear Orchards (Opuntia ficus-indica) Fertilized with High Amounts of Dairy Manure at Milpa Alta, Mexico

机译:三种蔬菜仙人掌果园的仿护特征(opuntia ficus-indaba),墨西哥米尔帕阿尔塔大量乳制品肥料施肥

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Vegetable cactus pear or "nopalitos" production in Milpa Alta is characterized by the use of high rates; up to 600 ton/ha of fresh manure as organic fertilizer. Due to the reduction of the number of stables in Milpa Alta and its surroundings, growerscompensate the lack of organic fertilizer with chemical fertilizers. A study of the chemical and physical characteristics and properties of the soil of three nopal plantations of Milpa Alta was carried out. The following results were obtained: the textural class was classified as sandy loam, pH was slightly acid and soils were rich in organic matter (3.04 to 4.53%), phosphorous content was extremely high: 239.12, 235.54 and 228.19 ppm. Mg++ concentrations ranged from 4.70 cmol(+) kg~(-1) to 5.37% cmol(+) kg~(-1). As for calcium 7.78 cmol(+) kg~(-1) to 9.18 cmol(+) kg~(-1). The quantity of potassium (K+) found in the plots varied from 1.88 cmol(+) kg" to 3.76 cmol(+) kg~(-1) whereas for Na 2.02 to 2.75 ppm. It seems that due to the volcanic origin of the soils and the high rates of manure the phosphorous is not a restrictive element for nopal production. Nopal cultivation is complex and for the total understanding of the system it should be considered not only the soil, but also management, social andeconomic factors.
机译:米尔帕Alta的植物仙人掌梨或“Nopalitos”的生产是使用高速率的特点;高达600吨/公顷的新鲜粪便作为有机肥料。由于米尔帕阿尔塔及其周围环境中的马厩的数量减少,种植者组合能够用化肥缺乏有机肥料。进行了三个Nopal种植园的土壤化学和物理特性和性质的研究进行了。得到以下结果:纹理课程被归类为桑迪壤土,pH浅酸,土壤含有富含的有机物质(3.04至4.53%),磷含量极高:239.12,235.54和228.19ppm。 Mg ++浓度从4.70 cmol(+)kg〜(-1)至5.37%cmol(+)kg〜(-1)。至于钙7.78 CMOL(+)kg〜(-1)至9.18 cmol(+)kg〜(-1)。在图中发现的钾(k +)的量从1.88 cmol(+)kg“变化至3.76 cmol(+)kg〜(-1),而Na 2.02至2.75 ppm。似乎是由于火山的原产地磷的土壤和肥肥的高速率不是Nopal生产的限制性元素。Nopal培养是复杂的,并且对于对系统的完全理解,它不仅应该被认为是土壤,而且也被认为是管理,社会和经济因素。

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