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首页> 外文期刊>Journal of Science and Technology of Greenhouse Culture >Pollen Source and Grafting Effects on Morphological Characteristics and Lycopene Pigment of Tomato Fruit
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Pollen Source and Grafting Effects on Morphological Characteristics and Lycopene Pigment of Tomato Fruit

机译:花粉来源和嫁接对番茄果实形态特征和番茄红素色素的影响

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摘要

To evaluate the effects of pollen source and grafting on morphological characteristics and color of tomatoes, different cultivars with various fruit colors were grown and investigated in three experiments. In the first experiment, the red sweet olive cultivar was used as female parent and yellow pear, violet cherry, yellow palm garden and orange olive cultivars were used as male parents. In the second experiment, the orange olive cultivar was used as female parent and yellow palm garden, yellow pear and violet cherry cultivars were used as male parents. In the third experiment, the red cherry cultivar was used as scion and grafted on large red and yellow palm garden cultivars, and red cherry cultivar was used as control without grafting. Manual pollination was used in the first and the second experiments. Based on the results of the first experiment, different pollen sources significantly affected volume of fruit in red olive cultivar (P=0.05). In the second experiment, different pollen sources significantly affected weight and volume of fruits in the orange olive cultivar (P=0.05). In the third experiment, different rootstocks significantly affected fruit length of red cherry tomato cultivar (P=0.05). Results of this research showed that selection of hybrid fruits is possible by fruit volume and weight and also rootstock affects scion fruit characteristics.
机译:为了评估花粉来源和嫁接对番茄形态特征和颜色的影响,分别种植了具有不同果色的不同品种,并在三个实验中进行了研究。在第一个实验中,将红色甜橄榄品种用作雌性亲本,将黄色梨,紫罗兰色樱桃,黄色棕榈园和橙色橄榄品种用作雄性亲本。在第二个实验中,将橙色橄榄品种用作雌性亲本,并在黄色棕榈园中使用黄色梨和紫罗兰色樱桃品种作为雄性亲本。在第三个实验中,将红樱桃品种用作接穗,并嫁接到大型的红色和黄色棕榈花园品种上,将红樱桃品种用作未嫁接的对照。在第一和第二实验中使用人工授粉。根据第一个实验的结果,不同花粉来源显着影响红橄榄品种的果实体积(P = 0.05)。在第二个实验中,不同花粉来源显着影响橙橄榄品种的果实重量和体积(P = 0.05)。在第三个实验中,不同的砧木显着影响红樱桃番茄品种的果实长度(P = 0.05)。这项研究的结果表明,通过果实的体积和重量选择杂交果实是可行的,而且砧木也会影响接穗果实的特性。

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