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Developmental Genetics and Plant Evolution

Description

The book discusses our increasing understanding of gene function and expression, along with modern phylogenies. It integrates morphological and molecular data to highlight specific key transitions in plant evolution that warrant additional intensive study. Furthermore, it explores increasing knowledge of the physical expression of plant development from disciplines such as anatomy and paleobotany. Rather than focus on the technical aspects of plant genomics, this book provides genuinely integrated explanations of plant evolution.

The distinguished panel of contributors has succeeded in capturing a demanding subject in an accessible volume for a wide range of professional botanists and students in developmental biology, applied molecular biology, molecular evolution, morphogenesis, organismal botany, and theoretical systematics.

This leading panel of contributors have succeeded in turning a demanding subject into an accessible volume for a wide range of professional botanists and postgraduate and senior undergraduates in developmental biology, applied molecular biology, molecular evolution, morphogenesis, organismal botany and theoretical systematics.

Keywords

floral zygomorphy dorsiventral asymmetry dichotomous saltation saltation revisited floral organ identity genes mostly male theory genetic mechanisms controlling petal development linear bifacial reticulate saltation adaxial meristem intrafloral temperature ectopic ovules knox genes heterotopic change telomic branching systems evolutionary developmental genetics knox expression knox gene expression biseriate striae symmetrical cis telome theory capitulum type cross meristems dich mutants fossil rhizomorphic lycopsids

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