地中海东部地区几种无花果基因型(Ficus carica L.)的果实特性测定

Remzi UĞUR, Muhammet Ali GÜNDEŞLİ, Hacı Osman ÖZATAR, Mesut ÖZEN, Serkan ARAS
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引用次数: 0

摘要

无花果(Ficus carica L.)是一种文化历史悠久的果树,它与桑科榕属有密切的关系。该研究于2016-2022年在位于东地中海地区的Kahramanmaras和Osmaniye进行。在该地区和天然无花果种植区广泛种植无花果。对本研究确定的20个无花果基因型进行了形态学和物候学分析。果实重80.79 ~ 40.37 g,果皮平均厚度3.79 ~ 2.28 mm。可溶性固形物值最高的是46-OS-1,为25%,可溶性固形物值最低的是46-TR-9和80-DZ-2,为17%,酸度值最高的是46-OS-3,为0.37%。根据果实形状,将无花果基因型分为扁平球形和圆形两大类。除一个基因型外,所有基因型均为短颈或中度颈型。大多数基因型为黄色调,一些为紫色调,果肉的颜色以果皮的颜色为主,呈琥珀色。研究结果表明,东地中海地区Kahramanmaras省和Osmaniye省具有丰富的自然分布区,可通过选育培育新品种。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of fruit characteristics of some fig genotypes (Ficus carica L.) obtained by selection breeding in the eastern Mediterranean region
Fig (Ficus carica L.) is a fruit species whose cultural history is old, what is making it related to the Ficus genus of the Moraceae (Mulberry) family. The study was conducted in Kahramanmaras and Osmaniye, that are located in the Eastern Mediterranean Region, in 2016-2022. Fig cultivation is extensive in that area and at the same time in the natural fig plantation regions. Pomological and phenological analyzes were carried out on 20 fig genotypes determined in the research. The fruit weight of the fig genotypes varied between 80.79 - 40.37 g, and the average peel thickness was between 3.79-2.28 mm. The highest soluble solids value is in the genotypes 46-OS-1 at 25%, whereas the lowest soluble solids value is in the genotypes 46-TR-9 and 80-DZ-2 at 17%, and the highest acidity value is 46-OS-3 at 0.37%. The Figs genotypes were divided into two main groups in terms of fruit shape: flattened spherical and round. All genotypes were either short or moderately necked apart from one genotype. The majority of genotypes were found in yellow tones, some in purple tones, and the color of the fruit flesh was mostly in amber tones in terms of the color of the fruit skin. As a result of the study, it was revealed that Kahramanmaras and Osmaniye provinces in the Eastern Mediterranean Region have fig natural distribution areas and new varieties can be developed by selection breeding in these localities.
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