Line × tester analysis involving seven early maturing lines and four high yielding testers, made to produce 28 F1s hybrids. The F1 data revealed that both additive and non-additive gene were important in controlling yield contribution in Indica rice. Variances were significant for GCA and SCA effects for all the characters indicating the significance of both additive and non-additive genes. There was high proportion of non-additive genes for the expression of different traits. Cultivars Anjali, MTU-7029 and BPT-5204 were identified as best general combiners for yield and yield traits among the parents. The most promising specific combiners for grain yield and its contributing traits were Govind × HUR 105, NDR 97 × HUR 4-3, Anjali
With diallel cross of seven varieties of rice (Biser-2, Ranka, Medusa, S-136, Arborio Bjanko, Baldo ...
Abstract: Combining ability in NPT lines of rice for Super hybrid rice breeding programme has been c...
The technology of hybrid rice utilizing heterosis is an essential requirement for achieving food sec...
The present investigation entitled “Genetic analysis in relation to yield and quality characters in ...
A line X tester analysis was made in rice with seven ovule parents and four pollinator parents so as...
Line × Tester experiment was carried out at the Experimental Farm of Rice Research and Training Cent...
Gene action and combining ability for yields and quality traits were analyzed by line x tester analy...
Thirty intervarietal (15 indica x indica and 15 japonica x japonica) and fifteen inter-subspecific (...
General and specific combining ability effects were estimated from a 5 line × 8 tester crosses to ex...
Using line x tester mating design with three CMS lines and seven elite testers, the general combinin...
Heterosis and combining ability estimates were worked out through Line x Tester analysis of 36 hybri...
Twenty-four hybrids, obtained from a mating design following 6 line × 4 testers, were evaluated to e...
Combining ability analysis for grain yield and its components was carried out in eight parental dial...
Three parents with three different durations were crossed in full diallel fashion. The resultant six...
Twenty-eight hybrids produced from diallel crossing excluding reciprocals among eight parents were s...
With diallel cross of seven varieties of rice (Biser-2, Ranka, Medusa, S-136, Arborio Bjanko, Baldo ...
Abstract: Combining ability in NPT lines of rice for Super hybrid rice breeding programme has been c...
The technology of hybrid rice utilizing heterosis is an essential requirement for achieving food sec...
The present investigation entitled “Genetic analysis in relation to yield and quality characters in ...
A line X tester analysis was made in rice with seven ovule parents and four pollinator parents so as...
Line × Tester experiment was carried out at the Experimental Farm of Rice Research and Training Cent...
Gene action and combining ability for yields and quality traits were analyzed by line x tester analy...
Thirty intervarietal (15 indica x indica and 15 japonica x japonica) and fifteen inter-subspecific (...
General and specific combining ability effects were estimated from a 5 line × 8 tester crosses to ex...
Using line x tester mating design with three CMS lines and seven elite testers, the general combinin...
Heterosis and combining ability estimates were worked out through Line x Tester analysis of 36 hybri...
Twenty-four hybrids, obtained from a mating design following 6 line × 4 testers, were evaluated to e...
Combining ability analysis for grain yield and its components was carried out in eight parental dial...
Three parents with three different durations were crossed in full diallel fashion. The resultant six...
Twenty-eight hybrids produced from diallel crossing excluding reciprocals among eight parents were s...
With diallel cross of seven varieties of rice (Biser-2, Ranka, Medusa, S-136, Arborio Bjanko, Baldo ...
Abstract: Combining ability in NPT lines of rice for Super hybrid rice breeding programme has been c...
The technology of hybrid rice utilizing heterosis is an essential requirement for achieving food sec...