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Yield potential of chive: Effects of cultivar, plastic mulch and fertilisation

机译:细香葱的产量潜力:品种,塑料覆盖和施肥的影响

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Chive is a perennial herb, growing also natural in Finland. Commercial production of the herb is very small in our country, but large amounts of chive are imported. This fact has aroused interest in investigating the opportunities of producing chive using modern cultivation techniques. Effects of cultivar, plastic mulch as ground cover and fertilisation on yield were studied in field experiments over three years. In the experiments, the most productive cultivars or populations (a Finnish population ?“Hankoniemi?”, a Dutch population ?“Tavallinen?” and a German cultivar ?‘Grolau?’) produced 10?–20% higher yields than the less productive cultivars. There were no clear differences in the yield quality between the cultivars. Black plastic mulch was effective in increasing yield, controlling weeds and maintaining soil moisture. For fertilisation, the experiments revealed the high nutrient demand of chive. After the basic soil fertilisation, weekly fertigation with a NPK fertiliser at a higher nitrogen dose (10-15 kg ha -1 N per week) resulted in higher biomass production than fertigation with nitrogen alone and/or a half nitrogen dose. In the years following the planting, the annual uptakes in yield were 185-200 kg ha -1 for nitrogen, 17-20 kg ha -1 for phosphorus, and 120-140 kg ha -1 for potassium in the most intensively fertilised treatment producing the highest yield. The results show that chive is feasible for commercial production with modern cultivation techniques.;
机译:细香葱是多年生草本植物,在芬兰也天然生长。我国的药草商业化生产很少,但是大量的细香葱进口。这个事实引起了人们对研究使用现代栽培技术生产细香葱的机会的兴趣。在三年的田间试验中研究了品种,地膜覆盖和施肥对产量的影响。在实验中,生产力最高的品种或种群(芬兰种群“ Hankoniemi”,荷兰种群“ Tavallinen”和德国品种“ Grolau”)的产量比生产力较低的品种高10%至20%品种。品种之间的产量质量没有明显差异。黑色塑料覆盖物可有效提高产量,控制杂草并保持土壤湿度。对于施肥,实验表明细香葱对营养的需求很高。基本土壤施肥后,与单独施用氮肥和/或施用一半氮肥的施肥相比,每周施用氮磷钾肥以较高的氮肥(每周10-15 kg ha -1 N)施肥可提高生物量产量。在播种后的几年中,在施肥最密集的生产方式中,氮的年吸收量为185-200 kg ha -1,磷为17-20 kg ha -1,钾为120-140 kg ha -1最高的产量。结果表明,细香葱可用于现代栽培技术的商业化生产。

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