426 pages, 12 b/w photos, 63 b/w illustrations, 5 tables
Evolutionary developmental biology, or 'evo-devo', is the study of the relationship between evolution and development. Dealing specifically with the generative mechanisms of organismal form, evo-devo goes straight to the core of the developmental origin of variation, the raw material on which natural selection (and random drift) can work. Evolving Pathways: Key Themes in Evolutionary Developmental Biology, first published in 2008, brings together contributions that represent a diversity of approaches.
Topics range from developmental genetics to comparative morphology of animals and plants alike, and also include botany and palaeontology, two disciplines for which the potential to be examined from an evo-devo perspective has largely been ignored until now. Researchers and graduate students will find Evolving Pathways: Key Themes in Evolutionary Developmental Biology a valuable overview of current research as we begin to fill a major gap in our perception of evolutionary change.
"This is a book rich and diverse in content, which renders it impossible to do justice to every individual chapter in the context of a book review."
- Olivier Rieppel, Evolution & Development
Introduction: pathways of change
Part I. Thinking about Evolution by Taking Development Seriously:
1. Evo-devo as a discipline Gerd B. Müller
2. Making evolutionary predictions about the structure of development and morphology: beyond the neo-Darwinian and constraints paradigms Isaac Salazar-Ciudad
3. Conflicting hypotheses on the nature of mega-evolution Wallace Arthur
4. Prospects of evo-devo for linking pattern and process in the evolution of morphospace Paul M. Brakefield
5. The molecular biology underlying developmental evolution Claudio R. Alonso
6. Evo-devo's identity: from model organisms to developmental types Ronald A. Jenner
Part II. Evo-Devo - Materials and Methods
7. A pragmatic approach for selecting evo-devo model species in Amniotes Athanasia Tzika and Michel C. Milinkovitch
8. On comparisons and causes in evolutionary developmental biology Gerhard Scholtz
9. Evolution and development: towards a synthesis of macro- and micro-evolution with ecology Hans Zauner and Ralf J. Sommer
10. When is a hox gene not a hox gene? The importance of gene nomenclature David E. K. Ferrier
11. Plants are used to having identity crises Rolf Rutishauser, Valentin Grob and Evelin Pfeifer
Part III. Evolving Diversity
12. Unravelling body-plan and axial evolution in the bilateria with molecular phylogenetic markers Jaume Baguñà, Pere Martinez, Jordi Paps and Marta Riutort
13. Are transposition events at the origin of the bilaterian hox complexes? Jean S. Deutsch and Philippe Lopez
14. Many roads lead to Rome: different ways to construct a nematode Einhard Schierenberg and Jens Schulze
15. Basal Euarthropod development: a fossil-based perspective Nigel C. Hughes, Joachim Haug and Dieter Waloszek
16. Developmental transitions during the evolution of plant form Jane A. Langdale and C. Jill Harrison
Part IV. Evolving Body Features
17. Urbisexuality: the evolution of bilaterian germ cell specification and reproductive systems Cassandra G. M. Extavour
18. Thoughts and speculations on the ancestral arthropod segmentation pathway Ariel D. Chipman
19. Evolution of neurogenesis in arthropods Angelika Stollewerk
20. Arthropod appendages: a prime example for the evolution of morphological diversity and innovation Nikola-Michael Prpic and Wim G. M. Damen
21. Ontogeny of the spiralian brain Claus Nielsen.
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Alessandro Minelli is currently Professor of Zoology at the University of Padova, Italy. An honorary fellow of the Royal Entomological Society, he was a founding member and vice-president of the European Society for Evolutionary Biology. He has served as president of the International Commission on Zoological Nomenclature, and is on the editorial board of multiple learned journals, including Evolution & Development. He is the author of The Development of Animal Form (2003).
Giuseppe Fusco is Assistant Professor of Zoology at the University of Padova, Italy. His main research work is in the morphological evolution and post-embryonic development of arthropods, with particular reference to the role of segmentation in the Chilopoda. The results of his work have been presented at many international congresses, including the European Society for Evolutionary Biology and the Society for Integrative and Comparative Biology.