Preface; Preface to the Spanish version; 1. Continuous variation; 2. Forces of change in the allele frequencies; 3. Components of phenotypic values and variances; 4. Inbreeding and coancestry; 5. Effective population size; 6. Estimation of genetic values, variances and covariances; 7. Mutation; 8. Consequences of inbreeding; 9. Artificial selection; 10. Natural selection; 11. Genomic analysis of quantitative traits; Solution to the problems and self-assessment questions; Glossary; References; Index.
An up-to-date, accessible guide to the main concepts and applications of quantitative genetics.
Armando Caballero is Professor of Genetics at Universidade de Vigo, Spain, with research interests in quantitative and population genetics, conservation genetics and evolution. He has served as Associate Editor for the journals Evolution, American Naturalist, Journal of Evolutionary Biology, Genetics Selection Evolution and Heredity.
'Quantitative genetics as a scientific discipline isn't dead just
yet, despite predictions of its demise over many decades. In fact,
it is very much alive in the genomics era, across a wide range of
disciplines, including plant and animal breeding, evolutionary
genetics and human (medical) genetics. Armando Caballero's timely
textbook, a translation and update from his Spanish version,
combines a description of the theory and methods underlying
quantitative trait variation in populations with data examples and
applications from modern genome technologies. It is an excellent
introduction to the field, and demonstrates once again how
population and quantitative genetics theory has stood the test of
time and is highly relevant today.' Peter M. Visscher, University
'Armando Caballero's work is a masterful tour through both evolutionary and applied quantitative genetics. It provides a fruitful and unusual blend of population and quantitative genetics, and it will be extremely useful for anyone who wants to learn more about either of these fields.' Michael Whitlock, University of British Columbia
'As the field within genetics having arguably the deepest history, quantitative genetics continues as a lively endeavour advancing understanding of the inheritance and change of traits that are continuous in their distributions and complex in the genetic and environmental influences on them. I welcome Caballero's text for new generations of students coming up to speed in this important and challenging field. The problems and questions concluding each chapter will especially aid them in testing their growing understanding. This text will also serve as a valuable resource for established practitioners of quantitative genetics.' Ruth G. Shaw, University of Minnesota