Line × Tester Analysis in Chilli(Capsicum Annuum L.): Identification of Superior Parents and Hybrids for Yield and Quality Attributing Traits

Muthu, Manikandan; Arumugam, T.; Manivannan, N.; Harish, S.; Saraswathi, T.; Sathiyamurthy, V. A.

doi:10.20546/ijcmas.2020.906.132

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“…The magnitude of the mean sum of squares due to testers was higher than lines and lines Â testers for 15 of the 18 traits studied, suggesting that the testers had higher diversity than lines The role of environment was also quite evident on the performance of lines, testers and hybrids as revealed from mean squares due to these parameters with environment. The role of environment on different parameters was also encountered by Chaudhary et al (2013), Janaki et al (2017), Sarkar et al (2019) and Manikandan et al (2020) in chilli.…”

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confidence: 94%

Heterosis and combining ability vis‐à‐vis association for green fruit yield and component traits involving male sterile lines in chilli (Capsicum annuum) under wet temperate zone of North Western Himalayas

et al. 2023

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Fourteen genetically diverse inbred lines comprising of four genic male sterile lines and 10 often pollinated lines as testers were crossed following ‘line × tester’ mating design to generate 40 F1s. These F1s, parents and check ‘CH‐27’ were evaluated in α‐lattice square design, replicated thrice during summer seasons of 2020 and 2021. The male sterile line DPChMS 9‐2 was good general combiner for marketable fruit yield and eight other component traits while testers namely, DPCh 10, PBC 535, VVG, Him Palam Mirch‐2 and DPCh 40 showed significant GCA for majority of yield related traits. The hybrids DPChMS 9‐2 × HPM‐2, DPChMS 9‐2 × DPCh 40, DPChMS 9‐2 × DPCh 101, DPChMS 9‐2× VVG and DPChMS 26‐1× HPM‐1 were the most desirable based on specific combining ability (SCA) and economic heterosis for fruit yield and other important traits. Heterosis was positively correlated with SCA indicating prediction of potential hybrids can be made based on both these parameters simultaneously. Present study provides an opportunity to exploit top hybrids for stability and commercial cultivation.

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