Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste
Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste
Dissertation for the Degree of DoctorOptimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in Tomato Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste o Plug Production SystembyVu Ngoe ThangDepartment of HorticultureGraduate School Kangwon National UniversityRepublic of KoreaAugust, 2015Supervised byProfessor Kim II SeopOptimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in Tomato Plug Production Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste SystemA DISSERTATIONSubmitted to the Graduate School of Kangwon National UniversityIn Partial Fulfillment of the Requirements for the Degree ofDOCTOROptimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste
OF AGRICULTUREByV11 Ngoe ThangDepartment of HorticultureAugust, 2015Approved by Committee of the Graduate School of Kangwon National University in PaDissertation for the Degree of DoctorOptimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in Tomato Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste man of committee) Kim II Seop(Signature)(Committeeman) Kang Ho Min(Signature)(Committeeman) Kang Won Hee(Signature)(Committeeman) l ee Yong Beom(Signature)(Comm it Iceman)Optimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in Tomato Plug Production Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste SystemVu Ngoe ThangDepartment of Horticulture Graduate School, Kangwon National UniversityAbstractAlthough many grafting methods and techniques for eOptimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste
nvironmental control during grafting process are widely recognized, many other factors must be carefully considered to ensure successful grafting procDissertation for the Degree of DoctorOptimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in Tomato Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste d chapter. In this chapter, control temperature, humidity was examined in first study. The higher graft-take ratios (84.0-87.4%) were showed at 23°c compared to 20°C and 26°c in all rootstock cultivars. Grafttake ratios decreased and percentage of infected plants increased at high temperature. The g Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste raft-take ratios increased with increasing relative humidity in all temperature levels. However, increasing relative humidity significantly increasedOptimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste
percentage of infected plants. The graft-take ratio increased with increasing period of 90% relative humidity, but it decreased with continued increasDissertation for the Degree of DoctorOptimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in Tomato Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste °c condition during healing and acclimatization promoted the graft-take and quality of grafted tomato seedlings. From above optimal temperature and humidity, effect of water content in substrate. Optimization of acclimatization and storage conditions to improve graft take ratio and seedling quality in tomato plug production syste Dissertation for the Degree of DoctorOptimization of Acclimatization and Storage Conditions to Improve Graft-take Ratio and Seedling Quality in TomatoGọi ngay
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