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Utilization of Lolium multiflorum on arable land in the context of non-production functions of an agriculture system

机译:农业系统非生产职能背景下耕地对耕地的利用率利用Lolium Multiflorum

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Stands of Lolium multiflorum seeded in autumn and spring terms, the stand of spontaneous fallow and subsequent crop (Triticum aestivum) were compared in the years 2001-2004. Production of aboveground phytomass, calorific value, and total energy production of the vegetative covers and impact of variant on subsequent crop were determined. Total energy production ranged 189.9-225.0 GJ ha~(-1) depending on vegetative cover. The highest total production of phytomass and energy production were determined in a stand of L. multiflorum seeded on autumn. Total yield of aboveground phytomass of T. aestivum was in the range 6.64-8.55 Mg ha~(-1) and grain yield represented 3.32-4.82 Mg ha~(-1) depending on variant. Significantly higher total yield (P = 0.0190) and energy production (P = 0.0193) were determined in the variant after spring seeding of L. multiflorum. Spontaneous fallow had the lowest preceding crop value.
机译:在秋季和春季术语中,秋季种子的立场,自发休耕和随后的作物(Triticum aestivum)的立场在2001 - 2004年比较。确定了地上植物,热值和营养覆盖物的总能量生产和变体对随后作物的影响的生产。总能量产量范围为189.9-225.0 GJ HA〜(-1),具体取决于植物覆盖物。在秋天的L. multiflorum播种的一站式中确定了植物组织和能量产生的总产量。 T. aestivum的地上植物植物的总产量在6.64-8.55mg ha〜(-1)的范围内,谷物产量为3.32-4.82mg ha〜(-1),取决于变体。在L. multiflorum的弹簧接种后,在变体中测定显着更高的总收率(P = 0.0190)和能量产生(P = 0.0193)。自发休耕具有最低的作物价值。

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