Breeding value based on grain weight per plant for soft winter wheat varieties in 2021-2023.

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Authors: Maiia Samoylik, Микола Владиславович Лозінський, O.O. Filitska, Aleksey Yurchenko
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Abstract

The results of evaluating the breeding value of winter wheat varieties based on grain mass per plant during 2021–2023 are presented. The study encompasses varieties of three ecotypes: forest-steppe, steppe, and Western European. Mean trait values (x̄), variability limits (min–max), and breeding value (Sc) were determined. It was found that the highest mean grain mass per plant was formed by the varieties Fidelius (3.60 g) and Kvitka Poliv (3.58 g). The highest breeding value (Sc) was recorded in Fidelius (3.1) and Zorepad Bilotserkivskyi (2.7), indicating their promise for further breeding work. Steppe ecotype varieties generally produced lower grain mass per plant compared to forest-steppe and Western European genotypes. Breeding value (Sc) was calculated according to V. V. Khangildyn and M. A. Lytvynenko (1981): Sc = X × (Xlim / Xopt), where: Sc – breeding value; X – the mean value of the studied trait; Xlim – the minimum value of the trait; Xopt – the maximum value of the trait.

Fields of Study & Subjects

Wheat and Barley Genetics and Pathology Genetics and Plant Breeding Genetic and phenotypic traits in livestock

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
12 March 2026
Language
UK
Document type
Dataset