Comparative analysis of sour cherry cultivars on their ecological and biological indicators

D. Surányi
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引用次数: 0

Abstract

Sour cherries developed in the northern hemisphere, an alloploid hybrid of dwarf sour cherries (Prunus fruticosa) and bird cherries (P. avium), born in the confluence of the two species. However, the ecological and, above all, cold tolerance of the ancestor of cultivated sour cherries is higher than that of wild cherries (De Candolle, 1894; Rehder, 1954; Terpó, 1974; Iezzoni et al., 1991; Faust & Surányi, 1997). The cultivation limits are in the northern hemisphere 38-44. degree. The Carpathian Basin, the Balkans and Asia Minor are considered to be the main birthplaces for sour cherries. The genetic and morphological diversity of sour cherries is greater than that of the basic species (Iezzoni et al. 1991; Faust & Surányi, 1997). In the study, 472 sour cherry cultivars were compared based on 7 relative ecological indicators and 3 biological values. Compared to other Prunus species, we mostly found less variability in sour cherries - not counting their salt tolerance (SB). The partial similarity between open pollination (OP), frost tolerance (FR) and disease resistance (DR) - partly true in terms of varieties, but also reflected the effects of purposeful breeding and selection. The cultivars together - in comparison, showed balance, but in the highlighting, the differences of the 3 cultivar groups became significant. Indeed, the differences between the species of the former Hungarian cultural flora are clearly different (Surányi, 2004), which is also the case when comparing a large number of apricot (Surányi, 2014), plum (Surányi, 2015) and peach (Surányi, 2020) varieties.
酸樱桃品种生态生物学指标的比较分析
酸樱桃生长于北半球,是矮酸樱桃(Prunus fruticosa)和鸟樱桃(P.avium)的异倍体杂交种,产于这两个物种的汇合处。然而,栽培酸樱桃祖先的生态耐受性,尤其是耐寒性,高于野生樱桃(De Candolle,1894;Rehder,1954;Terpó,1974;Iezzoni等人,1991;Faust和Surányi,1997)。种植范围在北半球38-44。度喀尔巴阡山盆地、巴尔干半岛和小亚细亚被认为是酸樱桃的主要产地。酸樱桃的遗传和形态多样性大于基本品种(Iezzoni等人,1991;Faust和Surányi,1997年)。本研究基于7个相对生态指标和3个生物学价值对472个酸樱桃品种进行了比较。与其他李属植物相比,我们发现酸樱桃的变异性较小,这还不包括它们的耐盐性(SB)。开放授粉(OP)、抗冻性(FR)和抗病性(DR)之间的部分相似性在品种方面部分正确,但也反映了有目的的育种和选择的效果。品种组合-在比较中,表现出平衡,但在突出中,3个品种组的差异变得显著。事实上,前匈牙利文化植物区系的物种之间的差异是明显不同的(Surányi,2004),在比较大量的杏(Surâanyi,2014)、李(Suränyi(2015))和桃(Surönyi)品种时也是如此。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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