Biology and Breeding of Crucifers

Considerable interest has developed in recent years in crucifers and particularly in their wild relatives, as they contain genetic material that may be utilized for further evolution of superior crop varieties through introgression and distant hybridization. Until now, there has been no single volume that focuses exclusively on the biology and breeding aspects of the wild brassica species. Bringing together contributions of leading international experts, Biology and Breeding of Crucifers provides a unique perspective on this species which is so important to research in crop genetics.

This treatise begins by exploring the systematics and phylogenies of wild crucifers. Supported by sharp close-up photos and descriptions to assist in identification of wild crucifers, the book further examines breeding methods, self-incompatibility, male sterility, germination, viability of seeds, and plant-insect interactions. Detailed accounts of comparative cytogenetics, distant hybridization, and the role of phytoalexins are also presented.

The book contains comprehensive discussions on floral variations, biotechnology, and haploidy breeding. Reflecting the concern of botanists and plant genetic engineers in enhancing rapeseed-mustard production, the contributors also examine genetic improvement of vegetable crucifers, industrial products from wild crucifers, and the preservation and maintenance of plant genetic resources.

The information contained in this text will assist researchers in developing ways to increase genetic variability among brassicas, improve crop productivity and quality, and adopt synergistic approaches to ensure food and nutritional security worldwide.

Molecular Systematics and Evolution.

Phylogeny of Brassica and Wild Relatives.

Biology and Ecology of Wild Crucifers. Floral Variation in the Subtribe Brassicinae with Special Reference to Pollination Strategies and Pollen-Ovule Ratios.

Breeding Methods. Self-Incompatibility. Wild Germplasm and Male Sterility. Plant–Insect Interaction. Seed Dormancy and Viability. Comparative Cytogenetics of Wild Crucifers (Brassicaceae). Distant Hybridization.

Phytoalexins. Introgression of Genes from Wild Crucifers.

Biotechnology. Microsporogenesis and Haploidy Breeding. Genetic Improvement in Vegetable Crucifers. Industrial Products. Collection, Preservation, and Distribution of Wild Genetic Resources. Index.

Dr. Gupta is on the faculty at S.K. University of Agricultural Sciences & Technology in Jammu, India.