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Influence of crop systems in reducing of drought effect for sunflower plants

机译:作物系统对减少向日葵植物干旱影响的影响

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Along with cereals, sunflower is species which has seen a significant expansion in plant structure on a farm (Brad, 1990). The economic advantages of this are important (Hera et al., 1989), and by creating new hybrids are always looking for the potential to be as their genetic filled in. A lot of the new hybrids have also a good resistance for drought seasons (Parjol et al., 1971). In the paper there was a prospect of these new genetic possibilities in terms white luvicsoil of southern territory (Ionescu et al., 1983). Were experienced three times of sowing, three densities and three hybrids in recent years. The period studied included a very dry year (2012), a favorable year (2013) and a middle one (2014). Of all the factors, the greatest influence was a time of sowing, respectively were observed large losses of grain production by delaying sowing (B.lteanu, 1993). The time in which most hybrids produced very well was 1 to 30 April. All hybrids sown in May produced significantly negative do to drought conditions (Vranceanu, 1974). Density had only positive influence in medium climatic environment (Holliday, 1960; Robinson et al, 1980) and less in the very favorable one. In the background of very dry, high densities (50 and 70 plants.ha -1 ) grain yield formation disfavored. Investigated hybrids with high production potential, behaved rather differently, because their reaction for experiment factors was less obvious. Therefore, new hybrids Sandrina, Flornil and the latest F. 911 and F. 708 alongside Favorit is recommended for cultivation in southern white luvicsoil conditions.
机译:除谷物外,向日葵也是一种在农场的植物结构显着扩展的物种(Brad,1990)。这种方法的经济优势十分重要(Hera等人,1989),并且通过创建新的杂种,一直在寻找其基因被填充的潜力。许多新杂种在干旱季节也具有良好的抗性( Parjol等,1971)。在这篇论文中,用南部地区的白色羽扇豆这些新的遗传可能性有前景(Ionescu等,1983)。近年来,曾进行过三次播种,三种密度和三种杂交。研究期包括非常干旱的一年(2012年),有利的一年(2013年)和中期(2014年)。在所有因素中,影响最大的是播种时间,分别观察到由于播种延迟而造成的粮食生产大量损失(B.lteanu,1993)。大多数杂交种表现良好的时间是4月1日至30日。五月份播种的所有杂种均对干旱条件产生明显的负面影响(Vranceanu,1974)。密度仅在中等气候环境中有积极影响(Holliday,1960; Robinson等,1980),而在非常有利的环境中影响较小。在非常干燥的背景下,高密度(50和70株ha.-1)的谷物产量形成不利。具有高生产潜力的被调查的杂种表现相当不同,因为它们对实验因素的反应不太明显。因此,建议将新的杂种Sandrina,Flornil以及最新的F.911和F.708与Favorit一起在南部白色卢浮土条件下种植。

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