Dissertation > Excellent graduate degree dissertation topics show

Studies on Fruit Development and Breaking Seeds Dormancy of Nectarine

Author: HanMingYu
Tutor: FanChongHui
School: Northwest University of Science and Technology
Course: Pomology
Keywords: Nectarine Fruit development Seed Breaking Dormancy
CLC: S662.1
Type: Master's thesis
Year: 2004
Downloads: 305
Quote: 0
Read: Download Dissertation

Abstract


The nectarine is the main direction of our of Peach production and breeding the carry nectarine biological characteristics and early maturing hybrids improve the germination rate important research on the of nectarine cultivation and varieties improved. In this study, \cracking relationship; nectarine hybrid, the hickory, Gansu peach, apricot, mahaleb materials to study the effects of Provincetown Marin, GA3, BA and other plant growth regulators to break seed dormancy; impact precocious The nectarines hybrid embryo culture factors such as the media, the type and concentration of the modifiers, the cryogenic processing time, transplanting methods of screening, the establishment of a set of a higher rate of seedling precocious nectarine embryo culture technology system. Achieved major results are as follows: \growth rate than ordinary peach faster; heavier \Nectarine peel, pulp tissue structure with the fruit cracking closely related the ordinary peach fruit surface dense fuzz protection, skin cell thick, multi-layered, multi-lateral arrangement, and close a small gap, the coloration pulp cell enlargement rate is slow, and therefore difficult to cracking . The nectarine fruit surface with no fuzz protection, crack, peel cells of the fruit surface corrugated outer stomatal thin, multi-vertical arrangement, and loose rather large gap, coloration pulp cell enlargement rate, and therefore prone to cracking. 3. Pro-Marin, GA3 can effectively get rid of the stone fruit seed dormancy GA3 0.5μg g-1, Provincetown Marin 3.0μg · g-1 can effectively get rid of peach, apricot seed dormancy, seedling growth is basically sound, the concentration is too low, get rid of Sleep ineffective, poor concentration is too high seedling growth; BA can not reach production requirements to break seed dormancy and seedling growth. Provincetown Marin 1.0 to 5.0 μg · g-1 can effectively improve the laminated mahaleb seedling emergence, 3.0μg · g-1 the best breaking dormancy; GA3, BA breaking dormancy effect is not obvious. 4. Set into a higher rate of seedlings of precocious the nectarine embryo culture technology system WPM is the most appropriate precocious the nectarine embryo culture medium, its highest germination rate was 95.56%; precocious nectarine varieties of different maturity cryogenic processing requirements at different times, early maturity varieties of low temperature for a long time, mature late relatively short time requirements; 1 mg / L 6-BA +0.2 mg / L IBA +0.1 mg / L GA3 can effectively get rid of early maturing nectarine Sleep and seedlings good growth; precocious the nectarine embryos cultured optimum pH range of 5.7 to 6.3 the early maturation goods lt; WP = gt; species, require relatively higher medium pH; Plantlet Transplanting daytime cup hooded, opened the night for 5 ~~ 7d per 3d use of carbendazim IRRIGATING time, can effectively improve the survival rate of plantlets were transplanted.

Related Dissertations

  1. The Supercritical Carbon Dioxide Extraction and Functional Quality Evaluation of Camellia Seed Oil,TS225.16
  2. Study on Growth and Physiological Metabolism of Tomato Seedlings under High Temperature Stress,S641.2
  3. Study on Comparison of Seed Plants Flora of Dipterocarp Forest Between Xishuangbanna and Tongbiguan Natural Reserve,Q948.2
  4. Studies on the Adaptability and Corresponding Cultivation Techniques of Nectarine [Prunus Persica Var. Nectarine Maxim.] in Sanming,S662.1
  5. Studies on Seed Allelopathy and Salt-Resistance Mechanism in Seedlings of Nitraria Tangutorum,Q945
  6. Studies on Glucose Electrochemical Biosensor Based on Carbon Nanotubes and Platinum Nanoparticles,TB383.1
  7. Study on Damage Actions of Alkali-resistant Glass Fiber in Cement-based Materials,U414
  8. Around Urumqi Three Wild shrub seed germination studies,Q948
  9. Study on the Effect of Cotton Meal and Cottonseed Shell on Urolithiasis of Male Fine Wool Sheep,S858.26
  10. The Research and Modification of Ag (Nb0.8Ta0.2)O3 High Frequency Ceramic System with High Permitivity,TM28
  11. Study on Extraction, Purification and Structure Identification of Anthocyanins from Sunflower Seed Hull,TQ464.3
  12. Preparation of Biodiesel from Pistacia Chinese Bunge Seed Oil and Recovery Technology of Glycerol as By-product,TE667
  13. The Preparation and Biomedical Applications of Monodisperse Carboxylic Polystyrene Microspheres,TB383.4
  14. Preparation of Oil-soluble Additives and Their Effects on the Precipitation Ratio of Seed Precipitation from the Sodium Aluminate Liquor,TF821
  15. Study on Oil Soluble Organic Additive for Raising Seeding-decomposition Rate,TF821
  16. Preparation and Evaluation of Reduced-calorie Fats Containing Behenic Acid,TS225
  17. The Study of Lotus-millet Noodle,TS213.24
  18. Study on the Determination of Acrylamide by High Performance Liquid Chromatography,X836
  19. Atlg65030, a WD40-repeat Protein, Regulates Seed Mass and Size in Arabidopsis,Q943
  20. Study on the Flora of Seed Plants in Hunan Lanshan Forest Park,Q948
  21. The Research on Seed Plants Flora of Liangjiang Canyon in Chengbu County, Hunan,Q948

CLC: > Agricultural Sciences > Gardening > Fruit trees gardening > Drupe > Peach
© 2012 www.DissertationTopic.Net  Mobile