THE COMBINING ABILITY OF TOMATO VARIATY AND INHERRITANCE OF GUANTITATIVE CHARACTERS

J Baigalmaa, Myagmarsuren Ya, Narandelger Ts
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Abstract

The important stage of breeding program for F1 hybrids with high yield capacity is to estimate the combining ability of parental lines for productivity characteristics. The information on combining ability may predict the productivity traits to exhibit and helps produce heterotic hybrids and use the initial breeding accessions in tomato. The combining ability of breeding accessions for yield traits was studied with the use of topcross crossing. According to the study of high yielding varieties, the varieties all increase the maturity of hybridisation. However, Jelty gigant varieties have the advantage of general and special combinations (gi = 15.6, σsi2 = 6.4), the minimum seedling duration, and the early varieties of varieties can be used for breeding varietiesThe combinations of our studies include the maturation of flowering and fruitful maturity of h2=0.69-0.67, fruit quantity per plant h2=0.60-0.66) by selection and those are inheritable characters with medium value. Early or total yield h2=0.45-0.58 leaf quantity until first inflorescences h2=0.27 had low heritage coefficient, respectively.
番茄品种的配合力与品质性状的遗传性
高产F1杂交种选育计划的重要阶段是对亲本生产力性状的配合力进行评估。配合力信息可以预测番茄所表现出的生产力性状,有助于杂种优势的产生和初始育种材料的利用。采用顶交杂交技术研究了选育材料产量性状的配合力。从高产品种的研究来看,杂交品种的成熟度都有所提高。而巨浆品种具有一般组合和特殊组合(gi = 15.6, σsi2 = 6.4)、苗期最短、品种早期品种等优势,可用于品种选育。我们研究的组合包括开花成熟期h2=0.69 ~ 0.67,单株果量h2=0.60 ~ 0.66),均为中等值的遗传性状。早期和总产量h2=0.45 ~ 0.58至首花序h2=0.27叶数遗传系数较低。
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