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Combining Ability Analysis of Main Characters in 11 Maize Inbred Lines

Xue Yu-mei

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Abstract

The results showed that the inbred lines which have higher GCA effect should be used as the parents of the combinations,GCA and SCA together must be given attention too,so that the combinations of strong heterosis were crossed.The combinations 172×137 was better than others,and must be tested for their yield potentiality and adaptation at many locations in many years.The maize inbred lines such as 172,K12,173,137,were ideal.

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What this paper is about

The results showed that the inbred lines which have higher GCA effect should be used as the parents of the combinations,GCA and SCA together must be given attention too,so that the combinations of strong heterosis were crossed.The combinations 172×137 was better than others,and must be tested for their yield potentiality and adaptation at many locations in many years.The maize inbred lines such as 172,K12,173,137,were ideal.

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Available abstract

The results showed that the inbred lines which have higher GCA effect should be used as the parents of the combinations,GCA and SCA together must be given attention too,so that the combinations of strong heterosis were crossed.The combinations 172×137 was better than others,and must be tested for their yield potentiality and adaptation at many locations in many years.The maize inbred lines such as 172,K12,173,137,were ideal.

Key concepts: Inbred strain, Heterosis, Biology, Adaptation (eye), Yield (engineering), Agronomy, Biotechnology, Hybrid

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