In molecular biology, the use of the term 'homology' has given rise to more debate, although here the issue seems to involve primarily the criteria for assessing whether parts of genes are the same because of shared descent or for other reasons. The contributions to the book explore these topics systematically. There are chapters on the historical development of the concept of homology and its use in population studies. Other chapters deal with issues of homology in morphological and developmental studies, in behavioural studies, and especially in studies at the level of molecular genetics.
Homoplasy, Homology and the Problem of 'Sameness' in Biology (D. Wake).
Homology Among Divergent Paleozoic Tetrapod Clades (R. Carroll).
Generation, Integration, Autonomy: Three Steps in the Evolution of Homology (G. Müller & S. Newman).
On the Homology of Structures and Hox Genes: The Vertebral Column (F. Galis).
Developmental Basis of Limb Homology in Urodeles: Heterochronic Evidence from the Primitive Hynobiid Family (J. Hinchliffe & E. Vorobyeva).
Larval Homologies and Radical Evolutionary Changes in Early Development (R. Raff).
A Research Programme for Testing the Biological Homology Concept (G. Wagner).
Homology and Homoplasy: The Retention of Genetic Programmes (A. Meyer).
Homology in the Nervous System: Of Characters, Embryology and Levels of Analysis (G. Striedter).
Natural History and Behavioural Homology (H. Greene).
Evolutionary Dissociations Between Homologous Genes and Homologous Structures (G. Wray).
Establishing Homology Criteria for Regulatory Gene Networks: Prospects and Challenges (E. Abouheif).
The Effect of Gene Duplication on Homology (P. Holland).
Summary (B. Hall).