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首页> 外文期刊>Current Journal of Applied Science and Technology >Genetic Variability Analysis in Local Germplasm of Ivy Gourd (Coccinia grandis L.) in Southern Rajasthan Conditions
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Genetic Variability Analysis in Local Germplasm of Ivy Gourd (Coccinia grandis L.) in Southern Rajasthan Conditions

机译:南拉贾斯坦邦南部常春藤古氏葡萄酒(Coccinia Grandis L.)局部种质的遗传变异性分析

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An experiment was carried out on study of genetic variability in 30 genotypes of ivy gourd at Horticulture Department of Rajasthan College of Agriculture, MPUAT, Udaipur during July to September 2017. Twelve Growth and quality characters were studied. The analysis of variance indicated that the mean sum of square due to genotypes were highly significant for all the characters suggesting the presence of good deal of variability in material studied. High magnitude of genotypic as well as phenotypic coefficient of variations were recorded for traits viz. , petiole length (27.63% and 29.93%), inter nodal length (22.73% and 23.40%), leaf width (22.63% and 23.35%) and leaf width (22.52% and 23.56%) and highest heritability recorded for inter nodal length (94.30%) followed by leaf length (93.92%), leaf width (91.37%), ascorbic acid (89.48 %), petiole length (85.17%), fruit weight (82.10%), fruit length (79.98%) and chlorophyll content in leaves (78.23%).The highest genetic gain was recorded for petiole length (52.52%) followed by viz., inter nodal length (45.47%), leaf length (45.17%), leaf width (44.34%), fruit weight (34.21%),? fruit length (28.24%) fruit diameter (23.31%)andgenetic advance were also higher for some characters. Availability of high GCVandPCV shows presence of sufficient genetic variability for evaluated traits. This indicates that there is an ample scope of selection in the present gene pool for yield and its components.
机译:在2017年7月至2017年9月,UDAIPUR园艺园园林园园园园古古古葡萄酒综合型遗传变异研究对遗传变异研究进行了一项实验。研究了十二个增长和质量特征。方差分析表明,由于基因型引起的平均正方形对于所有这些角色来说非常重要,这对于研究的材料中存在很大的变异性。为特质viz记录了高幅度的基因型以及表型变异系数。 ,叶柄长度(27.63%和29.93%),赤孔长度(22.73%和23.40%),叶宽(22.63%和23.35%)和叶宽(22.52%和23.56%)和记录的最高遗传性( 94.30%)随后是叶长(93.92%),叶宽(91.37%),抗坏血酸(89.48%),叶脂长度(85.17%),果子重(82.10%),果子长度(79.98%)和叶绿素含量叶子(78.23%)。叶柄长度(52.52%)记录最高的遗传增益,然后是viz。,节点间长度(45.47%),叶长(45.17%),叶宽(44.34%),水果重量(34.21 %),?果子长度(28.24%)水果直径(23.31%)对于某些人物也较高。高GCANDPCV的可用性显示出对评估性状的足够遗传变异性。这表明本基因库中存在充足的选择范围,用于产量及其组分。

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