阿纳帕-安培拉收藏的大果葡萄品种的来源

I. Gorbunov, Aleksandr Kovalenko
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引用次数: 0

摘要

这项研究的目的是考察阿纳帕试验站收集的葡萄品种,以确定大果型果实的基因来源。在欧亚葡萄生态地理群组的代表品种中发现了具有经济价值性状的捐赠者或来源品种,如高产、大果、抗逆性、适应性和口感。这项工作具有重要意义,因为它是葡萄栽培选育过程和生产新的分区大果品种的基础,这些品种在市场上需求量很大,在进口替代时代也很有必要。目前,葡萄基因库包括许多不同生态地理起源、食用和技术用途的葡萄品种。葡萄基因库每年都会得到补充。这些品种每年都被用于培育新的优质葡萄品种。研究对象是来自不同地理区域的大果葡萄源品种。在这项研究工作中,现代程序和方法与传统育种方法并用。本文介绍了四个大果稔葡萄原产地,简要说明了它们的特点,并展示了 2021-2023 年主要物候和农业生物学指标的动态变化。在原产地品种中,以下品种的果实系数比较突出:Brigantina (K1 - 1.0-1.2) 和 Muromets (K1 - 1.0-1.1),单株产量方面则为 Pobeditel、Brigantina 和 Yubiley Moldavii。这些品种被用于对假定具有经济价值的选择性状载体进行品种定向杂交的实验工作,并进一步获得新杂交后代的种子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SOURCES OF LARGE-BERRY GRAPE VARIETIES OF THE ANAPA AMPELOGRAPHIC COLLECTION
The aim of the study is to examine grape varieties in the collection of the Anapa Experimental Station in order to identify genetic sources of large-berry fruit. Varieties that are donors or sources of economically valuable traits, such as high productivity, large-berry fruit, stress resistance, adaptability, and taste, are found among representatives of the eco-geographical groups of European-Asian grapes. This work is relevant because it is the foundation for the selection process of grape culture and the production of new zoned large-berry varieties that are in great demand on the market and necessary in times of import substitution. Currently, the collection consists of many varieties of different eco-geographical origins, table and technical uses. The gene pool of grapes is replenished every year. These varieties are used annually in breeding to develop new high-quality grape varieties. The objects of research were the source varieties of large-berry grapes from different geographical zones. In this research work, modern programs and me-thods were used along with traditional breeding methods. The paper presents four sources of large-berry grapes, gives their brief characteristics, shows the dynamics of the main phenological and agrobiological indicators for 2021–2023. Among the source varieties, the following varieties stand out in terms of the frui-ting coefficient: Brigantina (K1 – 1.0–1.2) and Muromets (K1 – 1.0–1.1), and in terms of yield per bush – Pobeditel, Brigantina and Yubiley Moldavii. These varieties are used in experimental work on varietal directed crossing of supposed carriers of economically valuable selection traits and further obtaining seeds of new hybrid offspring.
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