Patterns of development of advanced clonal apple rootstocks of the Michurinsk State Agrarian University selection in the mother plantation

Author:

Dubrovsky Maxim L.,Kruzhkov Andrey V.,Churikova Nataliya L.,Papikhin Roman V.,Usova Galina S.

Abstract

This paper reveals main patterns of development of advanced clonal apple rootstocks of the Michurinsk State Agrarian University selection in the mother plantation. The studied growth and development indicators of shoots, as well as the level of their rooting in 40 genotypes, demonstrate significant heterogeneity of hybrid plants, which is due to their different genetic origin and the associated unequal growth force of parent shrubs. Correlations between the main quantitative morphological characters of parent shrubs of the studied genotypes were revealed. An interrelation of the height of the parent shrub and the area of its leaf surface is noted - on the expectation of 0.71 shoot; for the entire uterine shrub – of 0.45; between the output of standard layering from the shrub and the average rooting score (at 0.72). Promising clonal rootstocks with high yield indices in the mother plantation have been identified.

Publisher

EDP Sciences

Reference20 articles.

1. Budagovsky V.I., Karlikovye podvoi dlya yabloni [Dwarf rootstocks for apple trees] (Sel’khozgiz, Moscow, 1959)

2. Solomatin N.M., Genofond vegetativno razmnozhaemyh form yabloni dlya uluchsheniya sortimenta podvoev, syr’evyh i dekorativnyh sortov v usloviyah CCHR [Gene pool of vegetatively propagated forms of apple trees for improving the assortment of rootstocks, raw materials and decorative varieties in the conditions of the Central Chernozemic Economic Region] (Moscow, 2018)

3. Churikova N.L., Agrobiologicheskaya ocenka novyh klonovyh podvoev yabloni selekcii Michurinskogo GAU v usloviyah CCHR [Agrobiological assessment of new clonal stocks of apple trees of the selection of the Michurinsk SAU under conditions of the Central Chernozemic Economic Region] (Michurinsk State Agrarian University, Michurinsk, 2019)

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