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硼元素对芒果花、胚发育及产量的影响

Effects of Boron on Blossom, Embryo Development and Yields of Mango

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【作者】 钟瑞芳范眸天董瑞华

【Author】 Zhong Ruifan Fan Maotian Dong Ruihua ( Faculty of Agricultural Science and Technology ,Y A U,Kunming 650201)

【机构】 云南农业大学农业科学技术学院!昆明650201

【摘要】 对云南栽培的“三年芒”(Sannianmang) ,“马切苏”(Macheso) ,“秋芒”(Neelum) 3个芒果品种叶片硼含量及硼对花粉萌发 ,授粉受精 ,胚发育状况 ,产量的影响进行了观察研究。结果表明 :1植株叶片硼含量在 4mg/kg以下时产量受到严重影响 ;在 4~ 14mg/kg时各品种反应敏感程度不一 ,“三年芒”反应敏感。高含量植株产量显著高于低含量植株 ;“马切苏”、“秋芒”高含量与低含量产量差异不如“三年芒”显著。 2叶片硼含量在 4~ 14mg/kg时 ,虽然叶片表现症状不明显 ,但对生殖器官发育、授粉受精都有不同程度的影响。 3在叶硼含量低于 14mg/kg时 ,进行土壤施硼和花期根外喷硼能提高座果率及产量。

【Abstract】 Three varieties of mango, namely Neelum, Sannianmang and Macheso were used as experimental materials in this research. After studying the Boron concentration in mango leaves as well as effects on pollen germination, pollination and insematino,embryo development and yields of mango, We concluded that: first, when the Boron concentration in mango leaves was less than 4 mg/kg, Mango yields decreased rapidly, When the Boron concentration in mango leaves was less than 4 mg/kg,mango yields decreased rapidly; when the Boron concentrantion in mango leaves was between 4 mg/kg to 14 mg/kg, different mango varieties had different responce. The yield of Sannianmang flcstuated more obviouly than the other two varieties. as Boron content changed. Second, when the Boron concentration was 4 to 14 mg/kg mango leaves did not show any sigo of Boron dleficieny, but it had certain influence on the reproductive organs, pollination and insemination of mango. Third, when the Boron concentration was under 14 mg/kg, Soil application of Boron and spraying it on the plant during florescence can increase mango’s fruit setting and yields

【关键词】 硼元素含量芒果产量
【Key words】 Oboron ConcentrationMangoYield
  • 【文献出处】 云南农业大学学报 ,JOURNAL OF YUNNAN AGRICULTURAL UNIVERSITY , 编辑部邮箱 ,2000年01期
  • 【分类号】S667.7
  • 【被引频次】9
  • 【下载频次】215
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