秋天前的苹果:形状稳定与成熟一致吗?

Maria D Christodoulou, Alastair Culham
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引用次数: 1

摘要

果实形状是遗传、表观遗传、环境因素和随机过程共同作用的结果。作为分类学和园艺学的核心生物学描述符,达到形状稳定性的点在苹果品种鉴定和商业认证中至关重要。在两个生长季节中,从开花期到收获期,每隔一段时间对12个苹果品种进行取样。分析了线性和几何形态计量学,以确定形状是否稳定以及何时稳定,以及果实不对称是否影响了这一点。7个品种(4个不对称品种和3个对称品种)检测了形状稳定性。剩下的5个没有稳定下来。形状稳定,如这里所定义的,是依赖于品种的,当它发生时,是在生长季节的后期。几何形态测定法比线性法更容易检测到稳定性,尤其是对称型品种。关键的形状特征在苹果营销中很重要,在销售点提供了不同品种之间的独特性和明显的一致性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Apples before the fall: Does shape stability coincide with maturity?

Apples before the fall: Does shape stability coincide with maturity?

Apples before the fall: Does shape stability coincide with maturity?

Apples before the fall: Does shape stability coincide with maturity?

Fruit shape is the result of the interaction between genetic, epigenetic, environmental factors and stochastic processes. As a core biological descriptor both for taxonomy and horticulture, the point at which shape stability is reached becomes paramount in apple cultivar identification, and authentication in commerce. Twelve apple cultivars were sampled at regular intervals from anthesis to harvest over two growing seasons. Linear and geometric morphometrics were analysed to establish if and when shape stabilised and whether fruit asymmetry influenced this. Shape stability was detected in seven cultivars, four asymmetric and three symmetric. The remaining five did not stabilise. Shape stability, as defined here, is cultivar-dependent, and when it occurs, it is late in the growing season. Geometric morphometrics detected stability more readily than linear, especially in symmetric cultivars. Key shape features are important in apple marketing, giving the distinctness and apparent uniformity between cultivars expected at point of sale.

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