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Evolutionary Quantitative Genetics

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  • 510 pages
  • 18 hours of reading

More about the book

The impetus for this book arose from my previous work, which included a chapter on quantitative genetic theory. While that book focused on the evolution of life histories and related traits, quantitative genetic variation was a recurring theme. Much emphasis was placed on optimality theory, a successful method for analyzing life history variation. However, there are questions where optimality approaches fall short, particularly regarding genetic variation, which is crucial for further evolution. This book serves as a natural extension of the first, approaching the topic from the perspective of understanding the evolution of quantitative traits in wild populations rather than from a breeding standpoint. The subject is extensive, supported by a substantial body of research. I present the underlying assumptions and results, along with references for those interested in the mathematics involved. My focus is on what quantitative genetics reveals about evolutionary processes, concentrating on research areas most relevant to field studies.

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Evolutionary Quantitative Genetics, Derek A. Roff

Language
Released
1997
Binding
(Paperback),
Book condition
Damaged
Price
€14.46

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Title
Evolutionary Quantitative Genetics
Language
English
Publisher
Springer
Released
1997
Format
Paperback
Pages
510
ISBN10
041212971X
ISBN13
9780412129711
Series
Description
The impetus for this book arose from my previous work, which included a chapter on quantitative genetic theory. While that book focused on the evolution of life histories and related traits, quantitative genetic variation was a recurring theme. Much emphasis was placed on optimality theory, a successful method for analyzing life history variation. However, there are questions where optimality approaches fall short, particularly regarding genetic variation, which is crucial for further evolution. This book serves as a natural extension of the first, approaching the topic from the perspective of understanding the evolution of quantitative traits in wild populations rather than from a breeding standpoint. The subject is extensive, supported by a substantial body of research. I present the underlying assumptions and results, along with references for those interested in the mathematics involved. My focus is on what quantitative genetics reveals about evolutionary processes, concentrating on research areas most relevant to field studies.