2012•Unpublished venueRequires access

Studies of Heterosis and Identification of Superior Crosses in Okra [Abelmoschus Esculentus (L.) Moench]*

Ajay Singh, Madhulika Singh

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Abstract

Eighteen genotypes consisting of 15 lines and three testers were crossed in line x tester design. 45 hybrids and their parents were used to estimate heterosis for 10 characters including pod yield per plant over three different environments. The crosses L9 x T1, L4 x T2, L1 x T2, L13 x T1 and L4 x T1 were identified as potential combinations as they showed high per se performance and heterobeltiosis across the environments.

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What this paper is about

Eighteen genotypes consisting of 15 lines and three testers were crossed in line x tester design. 45 hybrids and their parents were used to estimate heterosis for 10 characters including pod yield per plant over three different environments. The crosses L9 x T1, L4 x T2, L1 x T2, L13 x T1 and L4 x T1 were identified as potential combinations as they showed high per se performance and heterobeltiosis across the environments.

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Available abstract

Eighteen genotypes consisting of 15 lines and three testers were crossed in line x tester design. 45 hybrids and their parents were used to estimate heterosis for 10 characters including pod yield per plant over three different environments. The crosses L9 x T1, L4 x T2, L1 x T2, L13 x T1 and L4 x T1 were identified as potential combinations as they showed high per se performance and heterobeltiosis across the environments.

Key concepts: Heterosis, Abelmoschus, Hybrid, Point of delivery, Biology, Horticulture, Veterinary medicine, Forensic science

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Studies of Heterosis and Identification of Superior Crosses in Okra [Abelmoschus Esculentus (L.) Moench]* — Research Paper | ScholarLens