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哥伦比亚火龙果(Haw.)种质形态特征的表型多样性

Phenotypic Diversity of Morphological Characteristics of Pitahaya ( Haw.) Germplasm in Colombia.

作者信息

Morillo-Coronado Ana Cruz, Manjarres Hernández Elsa Helena, Forero-Mancipe Lucimar

机构信息

Grupo CIDE Competitividad Innovación y Desarrollo Empresarial, Universidad Pedagógica y Tecnológica de Colombia, Tunja 150003, Colombia.

出版信息

Plants (Basel). 2021 Oct 22;10(11):2255. doi: 10.3390/plants10112255.

Abstract

Yellow pitahaya is an exotic fruit that is rich in essential nutrients and antioxidants. In Colombia, it grows naturally in warm areas, but it is not clear which species exist because this genus presents a lot of intra and interspecific hybridization. More studies are needed in this field along with characterizations of the genotypes. This study aimed to undertake an in situ morphoagronomic evaluation of yellow pitahaya genotypes from five municipalities in Boyacá, Colombia. Measurements were taken in a completely random design. Qualitative and quantitative descriptors for cladodes, fruits and covered production systems were evaluated with a descriptive analysis, Spearman correlation variance, and multivariate and cluster analysis. The results showed that cladode characteristics such as cladode width, distance between areoles, number of spines, length of areoles, margin ribs of cladode and waxiness could be used to identify spp. Characteristics such as weight (270-274 g), size (100 mm), color of the fruit and pulp as well as acidity (0.18) and soluble solids (15.7) were highly variable between the genotypes. Genotypes with good morphological and fruit characteristics were identified (Gen2 and Gen9), which can provide the bases for the selection of pitahaya that satisfy the needs of farmers and consumers.

摘要

黄火龙果是一种富含必需营养素和抗氧化剂的外来水果。在哥伦比亚,它自然生长在温暖地区,但由于该属存在大量种内和种间杂交,目前尚不清楚存在哪些物种。该领域需要更多研究以及对基因型的表征。本研究旨在对来自哥伦比亚博亚卡五个市镇的黄火龙果基因型进行原地形态农艺评价。测量采用完全随机设计。通过描述性分析、斯皮尔曼相关方差以及多变量和聚类分析,对叶状枝、果实和覆盖生产系统的定性和定量描述符进行了评估。结果表明,叶状枝宽度、叶腋间距、刺的数量、叶腋长度、叶状枝边缘肋条和蜡质等叶状枝特征可用于识别物种。基因型之间,果实重量(270 - 274克)、大小(100毫米)、果实和果肉颜色以及酸度(0.18)和可溶性固形物(15.7)等特征差异很大。已鉴定出具有良好形态和果实特征的基因型(Gen2和Gen9),可为满足农民和消费者需求的火龙果选择提供依据。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/5a93/8618614/e58c87a513b9/plants-10-02255-g001.jpg

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