{"title":"SELECTION OF OPTIMAL VARIETIES OF APPLE TREE OF DIFFERENT MATURATION DATES IN THE CONDITIONS OF THE AZOV ZONE OF THE ROSTOV REGION","authors":"S. V. Mayborodin","doi":"10.30679/2219-5335-2023-6-84-1-14","DOIUrl":null,"url":null,"abstract":"Currently, financial success in the market can be provided by varieties of fruit crops that have a complex of economically valuable and adaptively significant characteristics, at the same time, characterized by high yield capacity, proper presentation, transportability and the ability to long-term storage. The key to the cost-effective maintenance of an apple orchard is determined by rational technology, proper care of trees, and the correct selection of varieties. It is worth noting that the average yield capacity of apple fruits on the Don in the years before the reforms did not exceed 40-50 kg/ha. The low yield capacity is explained by the lack of an irrigation system in the orchards, the use seed, strong-growing rootstocks as the main, the rare standing of trees (250-300 tree/ha) in the orchard, an unsuccessful choice of varieties. The determination of the most suitable varieties for the selected climatic zone became the purpose of the research. So, in 2012, in the conditions of the Azov zone of the Rostov region, an intensive type orchard was planted on an area of 84 hectares, in which eight apple varieties of different ripening periods were placed. When laying the garden, mainly new varieties with increased resistance to diseases and pests were used. The rootstock of seedlings is weakly growing, vegetatively propagated M9 (paradizka 9, EM 9). Tree planting scheme is 3x1 m (3m2 /tree, 3333 tree/ha). In the course of our work, the fertility of these varieties, yield capacity, the influence of climate and temperature on trees, as well as resistance to diseases and pests were analyzed. Based on the obtained data, optimal varieties of various maturation periods for cultivation in the Azov zone of the Rostov region were established.","PeriodicalId":403575,"journal":{"name":"Fruit growing and viticulture of South Russia","volume":"134 14","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2023-12-05","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Fruit growing and viticulture of South Russia","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.30679/2219-5335-2023-6-84-1-14","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Currently, financial success in the market can be provided by varieties of fruit crops that have a complex of economically valuable and adaptively significant characteristics, at the same time, characterized by high yield capacity, proper presentation, transportability and the ability to long-term storage. The key to the cost-effective maintenance of an apple orchard is determined by rational technology, proper care of trees, and the correct selection of varieties. It is worth noting that the average yield capacity of apple fruits on the Don in the years before the reforms did not exceed 40-50 kg/ha. The low yield capacity is explained by the lack of an irrigation system in the orchards, the use seed, strong-growing rootstocks as the main, the rare standing of trees (250-300 tree/ha) in the orchard, an unsuccessful choice of varieties. The determination of the most suitable varieties for the selected climatic zone became the purpose of the research. So, in 2012, in the conditions of the Azov zone of the Rostov region, an intensive type orchard was planted on an area of 84 hectares, in which eight apple varieties of different ripening periods were placed. When laying the garden, mainly new varieties with increased resistance to diseases and pests were used. The rootstock of seedlings is weakly growing, vegetatively propagated M9 (paradizka 9, EM 9). Tree planting scheme is 3x1 m (3m2 /tree, 3333 tree/ha). In the course of our work, the fertility of these varieties, yield capacity, the influence of climate and temperature on trees, as well as resistance to diseases and pests were analyzed. Based on the obtained data, optimal varieties of various maturation periods for cultivation in the Azov zone of the Rostov region were established.
目前,市场上的经济成功可以由具有经济价值和适应性显著特征的复杂水果作物品种提供,同时具有高产能力、适当的外观、可运输性和长期储存能力。合理的技术、适当的树木护理和正确的品种选择决定了一个苹果园的成本效益维护的关键。值得注意的是,改革前几年顿河苹果的平均单产能力不超过40-50公斤/公顷。果园缺乏灌溉系统,主要使用种子,生长强壮的砧木,果园中树木稀少(250-300棵/公顷),品种选择不成功。确定最适合所选气候带的品种成为研究的目的。因此,在2012年,在罗斯托夫地区亚速地区的条件下,在84公顷的面积上种植了一个集约型果园,其中种植了8个不同成熟期的苹果品种。铺设园林时,主要选用抗病虫害能力强的新品种。幼苗砧木生长弱,无性繁殖M9 (paradizka 9, EM 9)。植树方案为3x1 m (3m2 /树,3333棵/公顷)。在我们的工作过程中,我们分析了这些品种的肥力、产量能力、气候和温度对树木的影响以及对病虫害的抗性。根据获得的数据,确定了罗斯托夫地区亚速区不同成熟期种植的最佳品种。