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E-raamat: Utilisation and conservation of farm animal genetic resources

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  • Ilmumisaeg: 28-Aug-2023
  • Kirjastus: Wageningen Academic Publishers
  • Keel: eng
  • ISBN-13: 9789086865925
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  • Formaat: PDF+DRM
  • Ilmumisaeg: 28-Aug-2023
  • Kirjastus: Wageningen Academic Publishers
  • Keel: eng
  • ISBN-13: 9789086865925
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"The genetic diversity comprised in farm animal species and breeds is an important resource in livestock systems. For several reasons, within the different species used for food production, only a few breeds are developed towards high-output breeds fitting in high-input systems. In this process many breeds are set aside from the food producing livestock systems. These breeds will be faced with extinction unless new functions for these breeds are found. This is a real threat for the genetic diversity within species. This book is intended to give insight into the issues of the utilisation and conservation of farm animal genetic resources towards a broad group of readers interested in these subjects. The insight is presented as applications of population, molecular and quantitative genetics that can be used to take appropriate decisions in utilisation and conservation programmes. A previous edition of this book is a key resource in courses worldwide and cited in many scientific publications. The first two chapters discuss the decisions to be made in utilisation and conservation. Chapter 3 surveys the different ways in which the diversity we observe within a species can be characterised. Chapter 4 illustrates recent results using this theory for utilisation and conservation purposes. Chapters 5, 6 and 7 give theoretical backgrounds necessary to make decisions and chapters 8 and 9 present the operation and practical implications of selection and conservation schemes."
Preface 7(1)
Acknowledgements 8(5)
Introduction
13(16)
Kor Oldenbroek
Summary
13(1)
Challenges for food production in livestock systems
13(1)
Changes in livestock systems
14(1)
Consequences for the use of species and breeds
15(4)
The importance of farm animal genetic diversity and objectives for conservation
19(2)
History of initiatives to stop genetic erosion at global and regional levels
21(1)
Opportunities and threats for farm animal genetic resources
22(1)
Conservation methods to be applied
23(1)
Stakeholders for in vivo and in vitro conservation programs
24(5)
References
27(2)
Strategies for moving from conservation to utilisation
29(26)
Gustavo Gandini
Kor Oldenbroek
Summary
29(1)
Objectives in conservation and utilisation of farm animal genetic resources
29(2)
Techniques
31(2)
Options for utilisation of self-sustaining local breeds
33(9)
Cryoconservation
42(7)
Costs
49(1)
Making the decision
50(5)
References
52(3)
What is genetic diversity?
55(20)
John Woolliams
Miguel Toro
Summary
55(1)
Introduction
55(2)
Sub-populations and evolutionary forces
57(3)
The use of pedigree for measuring diversity
60(1)
The impact of DNA information
61(5)
Genome-wide patterns of diversity
66(2)
Measuring changes in diversity
68(3)
Relating diversity measures to F and ΔF
71(2)
Conclusion
73(2)
References
73(2)
Genomics reveals domestication history and facilitates breed development
75(28)
Miguel Toro
Asko Maki-Tanila
Summary
75(1)
Animal domestication
76(6)
How have the events in breed history modified the genetic variation?
82(6)
Utilisation of breed differences
88(9)
Conclusions
97(6)
References
99(4)
Measuring genetic diversity in farm animals
103(28)
Herwin Eding
Jorn Bennewitz
Summary
103(1)
Introduction
103(2)
Genetic distances, F-statistics and kinships
105(14)
Weitzman and Core set diversities
119(5)
Genetic distances, kinships and conservation decisions
124(3)
Concluding remarks
127(4)
References
128(3)
Selection of breeds for conservation
131(16)
Jorn Bennewitz
Herwin Eding
John Ruane
Henner Simianer
Summary
131(1)
Introduction
131(1)
What are the objectives of a conservation effort?
132(2)
Which species are relevant?
134(1)
Is the risk-strategy efficient for the selection of breeds?
134(2)
Is the maximum-diversity-strategy efficient for the selection of breeds?
136(6)
Is the maximum-utility-strategy efficient for the selection of breeds?
142(2)
What are the practical aspects?
144(3)
References
145(2)
Genetic contributions and inbreeding
147(20)
John Woolliams
Summary
147(1)
Inbreeding and inbreeding rate
147(2)
Genetic contributions
149(2)
Minimising ΔF in conservation schemes
151(4)
Selection
155(3)
Predicting ΔF
158(4)
Guidelines for best practice
162(5)
References
164(3)
Operation of conservation schemes
167(28)
Theo Meuwissen
Summary
167(1)
What issues are important?
168(1)
Live conservation schemes
169(16)
Cryo-conservation schemes
185(1)
Integrating live and cryoconservation
186(9)
References
191(4)
Practical implications of utilisation and management
195(20)
Erling Fimland
Kor Oldenbroek
Summary
195(1)
Existing global regulations
196(3)
An example of a national action plan for utilisation and management
199(3)
Economic considerations
202(2)
Indicators for sustainable management
204(4)
Monitoring role for the national managers
208(1)
Sustainable breeding schemes
209(1)
Future policies for animal genetic resources
210(1)
Sustainability issues for the different stakeholders
211(4)
References
212(3)
Glossary 215(14)
Index 229