Researches Concerning the Influence of Technological Links on Dendrometric Parameters to Paulownia Ssp.

R. Dobrinoiu, S. Dănăilă-Guidea, R. Ivan, C. Filip, Fabio Massimo Sprio
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Abstract

Abstract Paulownia ssp., in its places of origin, has been cultivated for over 2600 years and used as protection curtains against sand storms or floods, studies of how this species was exploited only fifty years ago in time what genetic research has only been affected in the last thirty years. The fundamental purpose of experimentation was to check the influence of different technological links (planting density and fertilization scheme), not only on the weight of the wood and the technological characteristics of the wood obtained, but also on the total biomass accumulation. The objectives of the research were: a) stems diameter increase, measured at 100 cm height from the soil surface, maintaining the harvest variant at 4 years; b) increasing of biomass accumulation. In all experimental variants, it is noted that the plants recorded higher values of the different variables analyzed (diameter at the base, normal diameter and total height), when the fertilization factor also intervenes. In the same way, when a higher fertilization was applied, higher values of the dendrometric indicators are obtained compared to the experimental variants that did not benefit from the supplementation of nutrients, suggesting that the most important risk factor in Paulownia plantations is the planting density and the fertilization element.
工艺环节对泡桐树学参数影响的研究。
泡桐属植物。在它的起源地,它已经被种植了2600多年,被用作抵御沙尘暴或洪水的屏障,关于这个物种是如何被利用的研究只是在50年前,而基因研究只是在最近30年才受到影响。试验的根本目的是检查不同的技术环节(种植密度和施肥方案)不仅对木材重量和所获得木材的技术特性的影响,而且对总生物量积累的影响。研究的目的是:a)茎粗增加,在距土壤表面100 cm高度测量,保持4年的收获变化;B)生物量积累增加。在所有的试验变异体中,当施肥因素也干预时,植株的不同变量(基部直径、正常直径和总高)的值都较高。同样,当施用较高的肥料时,树木指标的数值高于未受益于营养补充的试验变异,这表明泡桐人工林最重要的危险因素是种植密度和施肥元素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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