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A comprehensive scientific guide to commercial thyme production, genetics, essential oil chemistry, and the latest agricultural research for professionals and serious enthusiasts.
A comprehensive scientific guide to commercial rosemary production, genetics, essential oil chemistry, and the latest agricultural research. Written for agricultural professionals, researchers, and serious enthusiasts.
A comprehensive scientific guide to commercial mint production, genetics, breeding programs, essential oil chemistry, and the latest agricultural research. Written for agricultural professionals, researchers, and serious enthusiasts.
Explore the cutting-edge science of Coriandrum sativum including genome structure, essential oil biochemistry, the genetics of flavor perception, and global production systems for agricultural professionals and researchers.
Explore cutting-edge beet science including genomics, betalain biochemistry, breeding strategies, and the latest research frontiers in Beta vulgaris improvement.
Explore cutting-edge radish science including genomics, glucosinolate biochemistry, breeding strategies, and the latest research frontiers in Raphanus improvement.
Explore the cutting-edge science of Swiss chard including Beta vulgaris genomics, betalain biochemistry, domestication genetics, controlled environment production, and research frontiers in this comprehensive technical guide.
Explore the cutting-edge science of kale production including Brassica genomics, glucosinolate biochemistry, molecular breeding targets, controlled environment agriculture, and global production research.
Explore the cutting edge of garlic science including its massive 15.5 Gb genome, the challenge of breeding an asexual crop, allicin biosynthesis pathways, global production systems, and emerging research directions.
Explore the cutting edge of onion science including the massive 16 Gb genome, breeding for disease resistance and storage quality, global production systems, and emerging research directions in Allium improvement.
Explore the cutting edge of pea science including genomics, Mendelian genetics legacy, nitrogen fixation biochemistry, disease resistance mechanisms, and emerging breeding technologies for agricultural professionals and researchers.
Explore the cutting edge of green bean science including genomics, molecular breeding, disease resistance mechanisms, nitrogen fixation biochemistry, and emerging production technologies for agricultural professionals and researchers.