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Biological properties of some autochthonous apple genotypes from the ex situ collection of Fruit Research Institute -Cacak

机译:果实研究所果实研究所初步灌注苹果基因型的生物学特性-cacak

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The paper presents the main biological properties of 10 ex situ apple genotypes: 'Bihorka', 'Budimka', 'Kraljica', 'Ovciji Nos', 'Petrovaca-1', 'Strekinja', 'Simun Viparos Struga', 'Sumnjaja', 'Tip 1' and 'Zejtinka'. The following properties of these genotypes were assessed over a two-year period: flowering phenophase; harvest maturity; pomological properties (morphometric and chemical); disease susceptibility to: scab (Venturia inaequalis (Cooke) Wint.], mildew {Podosphaera leucotricha (Ell. & Ev.)] and fireblight [Erwinia amylovora (Burnill)], in accordance with Apple Descriptors (IBPGR) and standard morphometric and chemical methodologies. Based on the full flowering and harvest maturity, the genotypes can be classified into six groups (from extremely early to late) and four groups (from mid-season to very late), respectively. The highest average fruit weight, height and width were determined in 'Ovciji Nos', while the lowest were in 'Tip 1'. The best fruit quality among the assessed genotypes, measured by the fruit chemical composition, was found in 'Ovciji Nos'. All of the studied genotypes showed field resistance to fireblight and a wide range of field susceptibility to scab and mildew. Based on the overall results and the fact that breeding programmes need new germplasm to improve current cultivars, autochthonous apple genotypes in the Republic of Serbia appear to carry useful traits.
机译:本文提出了10例前苹果基因型的主要生物学特性:'Bihorka','Budimka','Kraljica','ovciji nos','Petrovaca-1','strekinja','Simun Viparos Struga','sumnjaja' ,'提示1'和'zejtinka'。在两年的时间内评估这些基因型的以下性质:开花苯相糖;收获成熟;椎体特性(形态学和化学);疾病易感性:SCAB(Venturia Inaequalis(Cooke)Wint。],霉菌{Podosphaera Leucotricha(ELL。&EV.)]和Firekight [Erwinia Amylovora(Burnill)],按照Apple描述符(IBPGR)和标准的形态学和化学品方法。基于完全开花和收获成熟度,基因型可以分为六组(从极早到晚期)和四个群体(从季节到很晚)。平均水果重量,高度和宽度在'Ovciji NoS'中确定,最低的是“尖端1”。在“ovciji nos”中发现了通过果实化学成分测量的评估基因型中的最佳果实质量。所有研究的基因型都显示出现场抗性对Scab和Mildew的防火和广泛的领域易感性。基于整体结果以及育种计划需要新种质以改善目前的品种,塞尔维亚共和国的自身加载苹果基因型出现携带有用的特征。

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