Composición química de la madera de Cedrela odorataL. y su relación con las propiedades químicas del suelo de la parroquia Zumba provincia de Zamora Chinchipe, Ecuador

Yadira Abad-Cordero, Nohemí Del Carmen Jumbo – Benítez, P. Fernandez-Guarnizo, J. González Rogel, Diana Paulina Iñiguez – Ordoñez, D. Pucha – Cofrep
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Abstract

The research had the objective of determining the chemical composition of the wood o f Cedrela odorataL. and its relationship with the chemical properties of the soil in a forest ecosystem; for this purpose, five trees were taken as samples, from which a branch of one meter long of 10 to 20 centimeters in diameter was obtained and the analyses of ash, extracts, lignin and holocellulose of each sample were carrie d o ut; th e analysis of the level of pH, phosphorus and nitrogen of the soil was made. For statistical analysis, the non-parametric Kruskal-Wallis test was used with the Dunn test, and a bivariate correlation of Spearman was applied. In general, it was obtained that the holocellulose (62,97 %), is the most abundant component, followed by lignin (30,15 %) and with a lower percentage the content of extractable (5,64) and Ashes (1,24 % ). Th e soil where the individuals grew is very acidic (pH of4,70) with a medium p h os p ho rus level (33,74 ppm), and a high level of nitrogen (165,24 ppm). The relationship betw ee n the chemical properties of the wood and each of the chemical properties of the soil resulted in four relationships, two positive (phosphorus -lignin with a s ign if ic a n c e o f 0.1 and nitrogen -holocellulose with a significance = 0,01) and two negative (p H -a s h with a significance of 0,01 and nitrogen -lignin with a significance value of 0,04). Key words: Chemical composition, wood, Cedrela odorata
气味雪松木的化学成分。以及它与厄瓜多尔萨莫拉钦奇佩省尊巴教区土壤化学性质的关系
本研究的目的是测定香柏木的化学成分。森林生态系统土壤化学性质及其与土壤化学性质的关系为此,我们取了5棵树作为样本,从中提取了1米长、10 ~ 20厘米直径的树枝,并对每个样本的灰分、提取物、木质素和纤维素进行了分析;对土壤的pH、磷、氮进行了分析。统计分析采用非参数Kruskal-Wallis检验和Dunn检验,采用Spearman双变量相关。总的来说,总纤维素含量最高(62,97%),其次是木质素(30.15%),可萃取物(5,64)和灰分(1,24%)含量较低。这些个体生长的土壤酸性很强(pH值为4.70),磷磷含量中等(33,74 ppm),氮含量高(165,24 ppm)。木材化学性质与土壤各化学性质的关系为4个正相关关系(p - H - s - H显著值为0.01,氮-纤维素显著值为0.01)和2个负相关关系(p - H显著值为0.01,氮-木质素显著值为0.04)。关键词:化学成分,木材,香柏木
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