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Genetic diversity is pre-requisite for any crop improvement programme as it helps in the development of superior recombinants. The crosses between parents with maximum genetic divergence are generally the most responsive for genetic improvement. A quantitative estimation of genetic diversity guides the breeder for rapid progress of the breeding programme. The selection of agronomically suitable diverse parents for hybridization is important for getting desired recombinants in segregating generations. Hybrids showing strong heterosis are usually developed from the parental lines that are diverse in relatedness, ecotype, geographic origin etc…mehr

Produktbeschreibung
Genetic diversity is pre-requisite for any crop improvement programme as it helps in the development of superior recombinants. The crosses between parents with maximum genetic divergence are generally the most responsive for genetic improvement. A quantitative estimation of genetic diversity guides the breeder for rapid progress of the breeding programme. The selection of agronomically suitable diverse parents for hybridization is important for getting desired recombinants in segregating generations. Hybrids showing strong heterosis are usually developed from the parental lines that are diverse in relatedness, ecotype, geographic origin etc
Autorenporträt
Presently working as Associate Professor in Department of agricultural Botany. Completed Ph.D. i Genetics and Plant Breeding from IGKV, Raipur. Has qualified National Eligibility test in 2003 (Plant Breeding). Published 15 research papers in peer reviewed journals along with popular articles and radio talks