Flowers on the Tree of Life
Louis P Ronse De Craene editor Livia Wanntorp editor
Format:Hardback
Publisher:Cambridge University Press
Published:22nd Sep '11
Currently unavailable, and unfortunately no date known when it will be back
Explores ongoing flower morphological and ontogenetic research and its impact on our understanding of floral evolution and relationships.
A broad introduction to modern flower systematics that demonstrates the enormous potential morphological studies have in botanical research. Contributions from experts in floral morphology and evolution highlight important parts of the tree of life for which morphological and ontogenetic studies have had a major impact in clarifying relationships and evolution.Genetic and molecular studies have recently come to dominate botanical research at the expense of more traditional morphological approaches. This broad introduction to modern flower systematics demonstrates the great potential that floral morphology has to complement molecular data in phylogenetic and evolutionary investigations. Contributions from experts in floral morphology and evolution take the reader through examples of how flowers have diversified in a large variety of lineages of extant and fossil flowering plants. They explore angiosperm origins and the early evolution of flowers and analyse the significance of morphological characters for phylogenetic reconstructions on the tree of life. The importance of integrating morphology into modern botanical research is highlighted through case studies exploring specific plant groups where morphological investigations are having a major impact. Examples include the clarification of phylogenetic relationships and understanding the significance and evolution of specific floral characters, such as pollination mechanisms and stamen and carpel numbers.
"... [an] excellent symposium volume. A useful work for specialists and advanced students." Recommended." R. Schmid, Choice Magazine
ISBN: 9780521765992
Dimensions: 253mm x 195mm x 20mm
Weight: 890g
326 pages