Chromosome Botany and the Origins of Cultivated PlantsThe chromosomes; Plants in groups; Plants in space; Plants in time; Interlude: polymorphism; Cultivated plants; Ornamental plants; The lessons of chromosome botany. |
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Contents
PLANTS IN GROUPS | 36 |
PLANTS IN SPACE | 75 |
PLANTS IN TIME | 99 |
Copyright | |
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animals apomictic apomixis arise arisen Asia auto-tetraploid basic number Brassica breeding system C. D. Darlington cell centromere character chiasmata China chromo chromosome changes chromosome complement chromosome numbers chromosome studies Clarkia Clarkia elegans colonizing cotton Crepis crossing crossing-over cultivated plants Darlington derived dioecious diploid diploid species distribution diversity double ecological effect evidence evolution evolutionary experimental external form favoured fertility flowering plants gametes garden genera genes genus geographical give group of plants habitat haploid heredity heterochromatin heterostyly hexaploid homozygotes hyacinth hybrid inbreeding interchange kinds maize meiosis metaphase mitosis mutation mutual selection Narcissus natural selection nucleus occur Oenothera origin ornamental plants outbreeding Paeonia pairs parents ploid ploidy pollen pollen grain polyploid populations Primula produce progeny propagation races recombination relation rings roses seed seedlings segments segregation self-fertilization Sorghum split sterile subsexual systematics tetraploid thrum tion triploid Triticum types unconscious selection variation varieties Vavilov vegetative wheat whole wild plants