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Impact of the energy willow planting density on the canopy architecture in 9 th and 10 th year of cultivation

机译:种植第9年和第10年能量柳种植密度对冠层结构的影响

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The purpose of the present paper was an assessment of the dynamics of the regrowth of the shoots of 10 genotypes of basket willow ( Salix viminalis L.) in the 9~(th)and 10~(th)year of cultivation on light soil in the Middle Pomerania (16°24’N and 54°8’E) with a diversified planting density of cuttings (15.020, 22.134 and 33.200 pcs. ha~(-1)). The field experiment was established in 2007 with 3 planting densities of willow cuttings, and 10 willow genotypes. In 2016–2017, the regrowth dynamics of willow shoots was assessed separately in the first and second row of the plot. The willow genotype, the planting density of cuttings during the establishment of the plantation, the number of the years of shoot regrowth and variants of shoots mowing had an impact on the willow canopy architecture in the 9~(th)and 10~(th)year. The reaction of genotypes with the individual parameters of the canopy architecture was not identical.
机译:本文旨在对10种基因型柳树柳(Salix viminalis L.)的苗期在第9年和第10年种植的再生动态进行评估。中波美拉尼亚(北纬16°24'和东经54°8'),插条的种植密度多样化(15.020、22.134和33.200个ha〜(-1))。该田间试验于2007年建立,共有3种密度的柳树插穗和10种基因型的柳树。在2016–2017年,在样地的第一行和第二行分别评估了柳枝的再生动态。柳树的基因型,人工林建立过程中的插条栽植密度,枝条再生长的年限和枝条修剪的变型对第9和10位的柳树冠层结构都有影响。年。基因型与冠层结构各个参数的反应并不相同。

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