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Necessity and feasibility of breeding super high-yield maize

Wen RenLai

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Abstract

The article presents the necessity and the feasibility of breeding super high-yield maize variety in Guangxi, and then proposed the indexes for breeding the variety, which include 20% higher yield than present cutivars; 110~120 days and 90~100 days of growth cycles in spring cropping and autumn cropping, respectively; medium resistance to more than 3 main local diseases.

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The article presents the necessity and the feasibility of breeding super high-yield maize variety in Guangxi, and then proposed the indexes for breeding the variety, which include 20% higher yield than present cutivars; 110~120 days and 90~100 days of growth cycles in spring cropping and autumn cropping, respectively; medium resistance to more than 3 main local diseases.

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Available abstract

The article presents the necessity and the feasibility of breeding super high-yield maize variety in Guangxi, and then proposed the indexes for breeding the variety, which include 20% higher yield than present cutivars; 110~120 days and 90~100 days of growth cycles in spring cropping and autumn cropping, respectively; medium resistance to more than 3 main local diseases.

Key concepts: Yield (engineering), Cropping, Agronomy, Biology, Spring (device), Engineering, Agriculture, Ecology

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