Articles
Graft compatibility between peach cultivars and Rootpac series rootstocks
Article number
1304_26
Pages
185 – 190
Language
English
Abstract
Stone fruit breeding programs recently have released considerable numbers of both rootstocks and cultivars.
Peach rootstock breeding is very important, not only for peach production, but also for other fruit species such as almond, apricot and plum.
New rootstocks have been considered to be important in peach production for promoting high productivity, vigour control, re-planting conditions and better soil adaptation, Performance of commercial cultivars on new rootstocks must be also known to provide a good anatomical bridge between rootstock and scion.
In this study, graft unions of combinations such as Spring Lady and Elegant lady peach cultivars, and Caldesi 2000and Sweet Lady nectarine cultivars grafted on Rootpac-R, Rootpac-90, Rootpac-70, Rootpac-40, Rootpac-20 were anatomically observed via microscopic monitoring in the first and fourth month after grafting and macroscopically in twelfth month after grafting.
Callus and cambium cells and vascular differentiation were observed in the end of the fourth month after grafting.
There was no starch accumulation in the graft union and scion in a year after grafting in all combinations.
Peach rootstock breeding is very important, not only for peach production, but also for other fruit species such as almond, apricot and plum.
New rootstocks have been considered to be important in peach production for promoting high productivity, vigour control, re-planting conditions and better soil adaptation, Performance of commercial cultivars on new rootstocks must be also known to provide a good anatomical bridge between rootstock and scion.
In this study, graft unions of combinations such as Spring Lady and Elegant lady peach cultivars, and Caldesi 2000and Sweet Lady nectarine cultivars grafted on Rootpac-R, Rootpac-90, Rootpac-70, Rootpac-40, Rootpac-20 were anatomically observed via microscopic monitoring in the first and fourth month after grafting and macroscopically in twelfth month after grafting.
Callus and cambium cells and vascular differentiation were observed in the end of the fourth month after grafting.
There was no starch accumulation in the graft union and scion in a year after grafting in all combinations.
Publication
Authors
M. Çetinbaş, S. Butar, H. Koçal, Y. Sesli, H.G. Seferoğlu
Keywords
graft incompatibility, scion, Prunus persica, new rootstocks
Groups involved
Online Articles (54)
