The main objective of this work was to verify the possibility of shortening the time needed to produce nursery trees of plums, in view of the economic profitability in nursery production. To achieve this goal, rootstocks Citation®, Ishtara®, Penta®, Torinel®, Pumiselekt and St. Julien (from Wädenswil) were chip budded in the springtime with ‘Shiro’, ‘Angeleno’®, ‘Black Amber’, SLE2014/1, ‘Fertility’ (Asian type plums) and ‘Stanley’ (European type plum) as a control. At the end of the vegetation period, height (from the grafting position), trunk diameter above the place of budding and the number of shoots was recorded for each tree. The Penta® rootstock was evaluated as the most efficient, while ‘Shiro’ variety was evaluated as the most suitable variety. The best variety/rootstock combination was the combination of ‘Shiro’ on Ishtara® rootstock, where 100% of the budded trees reached an average height of 33.0 ± 3.6 cm. The highest trees of an average of 68.3 ± 4.6 cm were recorded for the combination of SLE2014/1 on Torinel® root-stock.
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Anonymus (2018). Techniques of Budding. Available at: https://aggie-horticulture.tamu.edu/faculty/davies/pdf%20stuff/ph%20final%20galley/M13_DAVI4493_08_SE_C13.pdf (accessed03.04.2019).
Audergon J. M. Duquesne J. Nicolas J. C. Audubert A. (1991). A new selected plum rootstock for apricot varieties: Torinel®. Acta Horticult.293 395–400.
Buchtová I. (2017). Situational and outlook report of fruits. Ministry of Agriculture in Czech Republic Prague pp. 60 (in Czech). Available from: http://eagri.cz/public/web/file/569075/SVZ_Ovoce_12_2017.pdf (accessed 03.05.2019).
Dēķena D. Jänes H. Poukh A. V. Alsiņa I. (2013). Influence of rootstock on plum flowering intensity in different growing regions. Proc. Latvian Acad. Sci. Section B67 (2) 207–210.
Gudarowska E. Licznar-Małańczuk M. (2006). The quality of root system of dwarf rootstock ‘Pumiselect’ for peach trees. Agronomijas Vestis9 24–27.
Howard B. H. (1977). Chip-budding fruit and ornamental trees. Proc. Inter. Plant Prop. Soc.27 357–365.
Jacob H. (1999). Applied fruit breeding of the Geisenheim Research Institute. Erwerbsobstbau (Germany) 41 (5) 169–173.
Kidd E. L. (1987). Asexual propagation of fruit and nut trees at Stark Brothers Nurseries. Comb. Proc. Intl. Plant Prop. Soc. 36 427–30.
Kozderová V. (2017). Situational and outlook report of flowers and ornamental plants. Ministry of Agriculture in Czech Republic Prague pp. 49 (in Czech). Available from: http://eagri.cz/public/web/file/580008/SVZ_Kvetiny_12_2017.pdf (accessed 03.05.2019).
Kumar G. N. M. (2011). Propagation of Plants by Grafting and Budding. Washington State University. Available at: https://www.growables.org/information/documents/PlantPropagationGraftingBuddin.pdf (accessed 03.04.2019).
Nicotra A. Moser L. (1996). Two new plum rootstocks for peach and nectarines: Penta and Tetra. In VI International Symposium on Integrated Canopy Rootstock. Environ. Physiol. Orchard Syste.451 269–272.
Okie W. R. Ramming D. W. (1990). Plum breeding worldwide. HortTechnology9 (2) 162–176.
Osborne R. H. (1987). Chip budding techniques in the nursery. Comb. Proc. Intl. Plant Prop. Soc. 36 550–555.
Sazo M. M. Robinson T. L. (2001). The use of plant growth regulators for branching of nursery trees in NY State. New York Fruit Quartely19 (2) 5–9.
Tubesing C. E. (1988). Chip budding of magnolias. Comb. Proc. Intl. Plant Prop. Soc.87 377–379.
Wolf J. Venuta R. Ondrášek I. NečasT. (2018). Use of plant growth regulators in fruit nursery production of plums and sweet cherries. Acta Horticult.1206 299–307.