Role of mutation breeding in floriculture industry / S.K. Datta.
Datta, S. K.
2023
S494.35
Available Online

Linked e-resources

Linked Resource Online Access
Concurrent users Unlimited
Authorized users Authorized users
Document Delivery Supplied Can lend chapters, not whole ebooks

Details

Title Role of mutation breeding in floriculture industry / S.K. Datta.
Author Datta, S. K.
ISBN 9789819956753 (electronic bk.)
9819956757 (electronic bk.)
9819956749
9789819956746
DOI https://doi.org/10.1007/978-981-99-5675-3
Publication Details Singapore : Springer, 2023.
Language English
Description 1 online resource (384 p.)
Item Number 10.1007/978-981-99-5675-3 doi
Call Number S494.35
Dewey Decimal Classification 635.91523
Summary This monograph provides a comprehensive review of many aspects of current interest and progress on mutation research on vegetatively propagated ornamentals. It covers almost all aspects of induced mutagenesis on ornamental plants. Chapters in this title provides information about mutation technology for the development of new ornamental varieties. Taking all aspects together, it is an excellent reference book of updated information on mutation breeding on vegetatively propagated ornamentals. Floriculture has become a very important industry in many countries as a result of science-based techniques and a steady supply of improved plant materials. The induced mutation is now recognized as well as a standardized valuable tool for the development of new varieties. The book provides an authoritative review account of all important aspects related to inducing mutagenesis in the field of ornamental crops. The primary objective of the book is to give a coherent and concise account of earlier work with an emphasis on recent developments. The knowledge generated so far has been reviewed in this book which can work as a knowledge base to prepare guidelines for future planning of successful application of mutation technology for the floriculture industry. The information in the book is an excellent informative document for researchers, teachers, students, and breeders for understanding the application of induced mutations and planning future strategies for the development of new ornamental varieties for the floriculture industry.
Note 12.49 Etlingera elatior
Access Note Access limited to authorized users.
Source of Description Online resource; title from PDF title page (SpringerLink, viewed November 16, 2023).
Available in Other Form Role of Mutation Breeding in Floriculture Industry
Linked Resources Online Access
Record Appears in Online Resources > Ebooks
All Resources
Intro
Preface
Introduction
About the Book
Contents
About the Author
Part I: Introduction
1: Introduction to Mutation
References
2: Introduction to Floriculture
References
3: World Status of Mutant Varieties of Different Ornamentals
References
4: Bud Sports/Spontaneous Mutations
References
5: Adventitious Bud Technique in Mutation Breeding
References
6: Experiments and Results
6.1 Mutagens
6.2 Materials, Treatment Procedure, and Observations
6.3 Optimum Working Dose (LD50 Dose/Radiosensitivity)
6.4 Role of Radiation Protection

6.5 Treatment Procedure (Split Dose, Acute and Chronic Irradiations)
References
Part II: Crop Wise Mutation Work
7: Bougainvillea
References
8: Chrysanthemum
8.1 Work Review
8.2 Detection of Mutations
8.3 Mutation in Flower Morphology
8.4 Color Mutations
8.5 Colchicine Treatment
8.6 Recurrent Gamma Irradiation
8.7 Mutant Genotype
8.8 Chimera Management and In Vitro Mutagenesis
8.8.1 Induced Chimera
8.8.2 In Vitro Mutation
8.8.3 Management of Sport Chimera
8.8.4 In Vitro Method for the Development of Need Base Variety

8.9 Chlorophyll-Variegated Chimera and Its Management
8.9.1 Mericlinal Chimeras
8.9.2 Periclinal Chimeras
8.9.3 Sectorial Chimeras
8.10 Development of Salt Resistant Chrysanthemum
8.11 Acute and Chronic Irradiations
8.12 Ion Beam Technology
8.13 Selection of Chemical or Ionizing Radiation Mutagens
8.14 Annual Chrysanthemum
References
9: Gladiolus
References
10: Rose
References
11: Tuberose
References
Part III: Other Ornamentals
12: Mutation Work on Other Ornamental Plants
12.1 Abelia grandiflora Rehd.
12.2 Abutilon
12.3 Acalypha

12.4 Acer (Acer negundo)
12.5 Acer (Acer ginnala)
12.6 Achimenes
12.7 Aechmea fasciata
12.8 Alnus (A. glutinosa)
12.9 Alstromeria
12.10 Amaryllis/Hippeastrum
12.11 Anemone
12.12 Antirrhinum (Snapdragon)
12.13 Anthurium
12.14 Asclepias Species
12.15 Begonia
12.16 Berberis thunbergii
12.17 Betula
12.18 Blue Daisy (Brachycome multifida)
12.19 Bouvardia
12.20 Buddleja davidii
12.21 Cactus and Succuents
12.22 Calendula officinalis
12.23 Calathea
12.24 Camellia japonica
12.25 Canna generalis B., C. indica
12.26 Catharanthus roseus

12.27 Celosia cristata L
12.28 Cheiranthus cheiri
12.29 China Aster (Callistephus chinensis Nees)
12.30 Chionodoxa
12.31 Chlorophytum tuberosum
12.32 Cosmos sulphureus
12.33 Codiaeum (Croton)
12.34 Crocus
12.35 Cryptotneria japonica
12.36 Cupressus
12.37 Cyclamen
12.38 Cynodon dactylon Pers. (Bermuda Grass)
12.39 Cyperus
12.40 Cytisus
12.41 Dahlia
12.42 Datura innoxia Mill.
12.43 Delphinium malabaricum (Huth) Munz.
12.44 Dianthus caryophyllus L.
12.45 Digitalis obscura
12.46 Echeveria
12.47 Endymion
12.48 Eryngium

Browse Subjects

Show more subjects...

Statistics

from
to
Export