Prospects for the gene pool use of stone fruit plants in the distant hybridization of cherries

Author:

Eremina Oksana,Eremin Viktor

Abstract

18 species of cherries are collected for the preservation and study in the gene pool of the station. The following species P. sachalinensis, P. kurilensis, P. pensylvanica, P. incisa, P. serrullata, P. lannesiana, P. fruticosa separated by economically valuable traits, were involved in distant hybridization as a female parent. Cherry varieties, donors of large – fruited fruit, performed as a male parent. The article shows the yielding results of interspecies crossing, the patterns of inheritance of hybrid traits of early and late emergence from the condition of a deep dormant period and winter hardiness. According to the results of our research, we recommended the following species – P. lannesiana, P. serrullata, P. sachalinensis as donors of short onset, and as for late and long-lasting – P. pensylvanica, P. incisa, P. fruticosa. Species which transmit the sign of winter hardiness to their progeny – P. fruticosa, P. incisa and P. kurilensis.

Publisher

EDP Sciences

Reference16 articles.

1. Modern methodological aspects of the organization of the selection process in gardening and winegrowing (Krasnodar, SKZNIISiV, 2012).

2. Hauch N. R, Iessoni A. F., Yamane H., and Nao R., Revisiting the S-allele Nomenclature in Sweet cherry (Prunus avium) using RFLP Profiles, J. Amer. Sec. Hort. Sci., 126 (6) (2001)

3. Vavilov N. I., Wild relatives of fruit trees in the Asian part of the USSR and the Caucasus and the issue of the origin of fruit trees. Selected works (St. Petersburg, Moscow, 1960).

4. Eremin G. V., Physiological peculiarities of the development of adaptability, yield and quality of fruits in stone crops in the Foothill zone of the North-West Caucasus (Adygeiskoe republ. kn. izd, Maykop, 2008).

5. Nesterov Ya. S., Dormant period of fruit crops (Moscow, Selkhozizdat, 1962).

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