Titlebook: Incompatibility and Incongruity in Wild and Cultivated Plants; Dreux Nettancourt Book 2001Latest edition Springer-Verlag Berlin Heidelberg

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Dreux NettancourtSummarizes all new research results since release of the book "Incompatibility in Angiosperms" by the same author in 1977.Includes supplementary material:

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Conclusions,istil rejection processes (especially incompatibility, but also incongruity) that operate within and between species to establish lower and upper limits of outbreeding in flowering plants. An attempt is made below to list some of the most significant results of this work and to comment briefly on possible priorities for further research efforts.

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The Basic Features of Self-Incompatibility,East and Mangelssdorf 1925; Riley 1936; Sears 1937), defined selfsterility as the inability of fertile plants to reproduce after selfing. Brieger (1930), who wrote the first book ever published on self- and cross-sterility, proposed that the phenomenon of self-rejection in flowering plants be referr

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The Genetics of Self-Incompatibility,ups of linked genes (1) control the breeding behavior of the plant that carries them and (2) govern the genetic structure of the population where they segregate. No other phenomenon in nature appears to provide such a clear example of the modalities through which an important recognition device inte

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Incompatibility and Incongruity Barriers Between Different Species, pistil that impede the formation of hybrid zygotes between two fertile species. They occur through the failure of the pollen to germinate or failure of the pollen tubes to reach the ovules and discharge sperm nuclei able to fuse with the egg cells. The barriers prevent gene flow among species and [

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