Breeding of Perennial Horticultural
Material type:![Text](/opac-tmpl/lib/famfamfam/BK.png)
- 978-8176224543
- 635.043 SIN
Item type | Current library | Collection | Call number | Status | Date due | Barcode |
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CUTN Central Library Sciences | Non-fiction | 635.043 SIN (Browse shelf(Opens below)) | Available | 43004 |
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635 PET Biotechnology in Horticulture : | 635 PET Innovations in Horticultural Sciences / | 635.015 HOR Horticultural statistics at a glance 2015. | 635.043 SIN Breeding of Perennial Horticultural | 635.049 LAS Pests of Vegetables : | 635.049 MIS Diseases of vegetable crops and their integrated management: A Colour Handbook / | 635.095 PRA Protected cultivation of horticulture crops |
Contents :
1.Pernnial Horticultural Crops Improvement Current Scenario
2. Improvement of Perennial Vegetables Crops
3. Genetic Resources of Tropical Fruits
4. Genetic Resources of Arid and Semi Arid Fruits
5. Genetic Resource Conservation
6. Biotechnology for fruit crop imrpovement
7.Embryo rescue
8.Genomics Assisted breeding
9. Genome Editing
10. Molecular Mapping
11. Linkage Mapping
12. Mapping populations of Gene tagging
13. Functional Genomics
14. Cisgenesis :Its potential on fruit crop improvement
This book presents innovative methods of augmenting traditional breeding techniques with modern breeding tools for developing new genotypes in perennial horticultural crops. The scientific information available on perennial crop breeding using the latest advances including the targeted genetic resources, traditional plant breeding methods, parent selection criteria, biotechnological and molecular tools, genomics, phenomics etc. have been included as separate dedicated chapters. Each chapter deals with status and priorities of perennial crop improvement, technological advancements in breeding, genetic resource management and utilisation, besides achievements made in selected perennial horticultural crops including banana, citrus, cucurbits, grape, guava, litchi, mango, papaya, apple, walnut and low chill temperate fruits. Application of in vitro techniques in perennial crop such as embryo rescue, mutation and soma-clonal variations etc. have been discussed. In addition, separate chapter covers techniques adopted in rootstock breeding and genotypes for protected cultivation.
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