针对生长和产量性状的 Brinjal 种质杂交育种研究(Solanum melongena L.

R. Kanchana, K. Vijayalatha, G. Sandeep, G. Sidhdharth
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摘要

Brinjal, Solanum melongena L. 是印度各地种植的一年生商品蔬菜之一,其果实可食用。蔬菜作物中的杂交现象有助于根据其表型优于其亲本的特点培育优良杂交种,并表明非加性遗传效应占主导地位。这项研究是在佩里亚库拉姆园艺学院和研究所蔬菜科学系进行的。研究涉及 6 个亲本和 30 个杂交种,采用随机区组设计,两次重复。CO2 × Kothampatti Kathiri 杂交品种的株高比优亲本有显著的正异交率(16.53%)。在 Kothampatti Kathiri × Odavai Pachai Kathiri 的分枝数(33.33%)、Dharmapuri Oodha Kathiri × Poiyur Purple Kathiri 的果宽(25.54%)、Kothampatti Kathiri × Gobi Pachai Kathiri 的果长(24.33%)方面,观察到比中间亲本有显著的异质性。在 Odavai Pachai Kathiri × Gobi Pachai Kathiri 杂交品种中,50%开花天数与较好亲本的异质性为负,为-9.25%。在达玛普里-奥达-卡蒂里(Dharmapuri Oodha Kathiri)×二氧化碳(CO2)杂交中,与标准对照相比,每株果实数的异交率为 35.42%;在达玛普里-奥达-卡蒂里(Dharmapuri Oodha Kathiri)×奥达威-帕猜-卡蒂里(Odavai Pachai Kathiri)杂交中,每株果实产量的异交率为 21.54%。所利用的杂种优势可用于进一步的作物改良计划,以培育优良杂交种。
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Studies on Heterozsis Breeding in Brinjal Germplasm for Growth and Yield Traits, Solanum melongena L.
Brinjal, Solanum melongena L. is one of the commercial annual vegetables grown all over India for its edible fruits. Heterosis in vegetable crops helps to exploit the superior hybrids based on its phenotypic superiority over their parents and indicates predominance of non-additive genetic effects. This research was carried out at Department of Vegetable Science, Horticultural College and Research Institute, Periyakulam. The study involves six parents and thirty hybrids laid out in Randomised Block Design with two replications. The cross CO2 × Kothampatti Kathiri, obtained significant positive heterosis (16.53%) for plant height over better parent. Significant heterosis over mid parent was observed for number of branches in Kothampatti Kathiri × Odavai Pachai Kathiri, 33.33%, fruit width in Dharmapuri Oodha Kathiri × Poiyur Purple Kathiri, 25.54%, fruit length in Kothampatti Kathiri × Gobi Pachai Kathiri, 24.33%. Significant negative heterosis over better parent for number of days to 50% flowering was observed in the cross Odavai Pachai Kathiri × Gobi Pachai Kathiri, -9.25%. Significant positive heterosis over standard check was obtained for number of fruit per plant, 35.42% in the cross Dharmapuri Oodha Kathiri × CO2 and fruit yield per plant in Dharmapuri Oodha Kathiri × Odavai Pachai Kathiri, 21.54%. Heterosis exploited could be utilized in further crop improvement program in the development of a superior hybrid.
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