Cercidiphyllum and fossil allies : morphological interpretation and general problems of plant evolution and development /

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Bibliographic Details
Author / Creator:Krasilov, Valentin Abramovich.
Imprint:Sofia, Bulgaria : Pensoft, 2010.
Description:1 online resource (150 pages, 32 pages of plates) : illustrations, color plates
Language:English
Subject:
Format: E-Resource Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/11220594
Hidden Bibliographic Details
Varying Form of Title:Morphological interpretation and general problems of plant evolution and development
ISBN:9789546425447
9546425443
Notes:Includes bibliographical references (pages 111-116).
Print version record.
Other form:Print version: Krasilov, Valentin Abramovich. Cercidiphyllum and fossil allies. Sofia, Bulgaria : Pensoft, 2010 9789546425249
Table of Contents:
  • Historical overview
  • Material and methods
  • Morphological description. Shoot system ; Short shoot development ; Cataphylls ; Short-shoot leaf (prophyll) ; Long shoot development ; Foliage leaves ; Leaf epidermis ; Leaf glands ; Floral structures ; Staminate structures ; Pollen grains ; Pistillate structures ; Placenta and ovules ; Fruit and seed ; Summary of morphological findings
  • Fossil allies. Eocercidiphyllites plant ; Comparison with extant Cercidiphyllum and fossil allies ; Other extinct cercidiphyllids ; Cretaceous ranunculids ; Ternaricarpites, a possible ranunculid precursor of early cerciciphyllids
  • Discussion of Cercidiphyllum morphology. Shoot system ; Leaves and prophylls ; Glands and stomata ; Typology of floral structures ; Developmental evidence of flower
  • inflorescence transformations ; Preflower ; Carpel typology ; Ovule
  • gland homeomorphism ; Seed evolution ; Staminate two-stage flower ; Conversion, convergence and ectopic developments ; Taxonomic implications
  • Relevance to general problems of plant evolution and development. Morphogenesis and organographic rules ; Angiosperm origin and phylogeny ; Tendencies of floral evolution ; Neotenic transformation ; Inference from paleobotanical data
  • Conclusion.