Patterns of Genetic Variation and Breeding Systems in Rare Plant Species
Jeffrey D. Karron
Abstract
Jeffrey D. Karron
Abstract
Abstract Rare plants have long fascinated evolutionary biologists, who developed a wealth of theories concerning the causes and consequences of rarity (Darwin 1859; Fernald 1926; Stebbins 1942, 1980; Cain 1944; Drury 1980). Only recently, however, have the genetics and population biology of these tax .a been documented in detail. Often the most informative studies involve comparisons between closely related rare and common congeners (Mehrhoff 1983; Kruckeberg and Rabinowitz 1985; Karroo 1989). Such species pairs are likely to have similar ecological features and phylogenetic histories. Thus they may approximate “natural history experiments,” with the common species serving as a control.
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Abstract Rare plants have long fascinated evolutionary biologists, who developed a wealth of theories concerning the causes and consequences of rarity (Darwin 1859; Fernald 1926; Stebbins 1942, 1980; Cain 1944; Drury 1980). Only recently, however, have the genetics and population biology of these tax .a been documented in detail. Often the most informative studies involve comparisons between closely related rare and common congeners (Mehrhoff 1983; Kruckeberg and Rabinowitz 1985; Karroo 1989). Such species pairs are likely to have similar ecological features and phylogenetic histories. Thus they may approximate “natural history experiments,” with the common species serving as a control.
Key concepts: Biology, Evolutionary biology, Variation (astronomy), Darwin (ADL), Population, Ecology, Natural history, Rare species