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Spring barley performances in the Pannonian zone

机译:大麦地区春季大麦表演

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Environmental conditions in the Pannonian zone can be characterized with moderate high temperature and partially water deficit during grain filling of spring barley, although low temperature and water deficit are possible also in period till anthesis. This study was conducted to evaluate the variation of the duration of the period from emergence to anthesis (VP), duration of grain filling period (GFP), plant height (PH), spikes number m-2 (SN), grains number spike-1 (GN), thousand grains weight (GW) and yield (YIL) in spring two-rowed barley in conditions of the Pannonian zone. All three factors; genotype, environment and the interaction GxY affected the studied traits. Average VP was 777 GDD, GFP 782 GDD, PH 78 cm, SN 523, GN 28.2, GW 43.2 g and YIL 6.26 t ha-1. Variation across varieties was higher than across growing seasons. Heritability varied from 0.66 for YIL to 0.94 for VP and GFP. This study confirmed that a sufficiently large genetic variability must be base for selecting appropriate varieties for the Pannonian zone conditions. In order to determine high yielding and quality barley extensive research in relation to breeding, variety choice for production and growing practice must be done.
机译:尽管在开花期之前也可能出现低温和水分亏缺,但Pannonian地区的环境条件的特​​征是春季大麦籽粒灌浆时适度的高温和部分缺水。这项研究旨在评估从出苗到开花的时期(VP),籽粒灌浆期(GFP),株高(PH),穗数m-2(SN),穗粒数穗- 1(GN),在Pannonian带条件下,春季两行大麦的千粒重(GW)和产量(YIL)。所有三个因素;基因型,环境和相互作用GxY影响了所研究的性状。平均VP为777 GDD,GFP 782 GDD,PH 78 cm,SN 523,GN 28.2,GW 43.2 g和YIL 6.26 t ha-1。品种间的差异高于生长期。遗传力从YIL的0.66到VP和GFP的0.94不等。这项研究证实,足够大的遗传变异性必须成为为Pannonian带条件选择合适品种的基础。为了确定高产和优质的大麦,必须进行广泛的育种研究,选择生产品种和种植实践。

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