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Forestry control in the Brazilian Amazon I: wood and charcoal anatomy of three endangered species

机译:巴西亚马逊的林业控制I:三种濒危物种的木材和木炭解剖学

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摘要

The Brazilian Amazon is vastly deforested by unsustainable practices. Several species of trees are threatened by extinction and their exact number is hard to quantify. Federal laws prohibit the harvest of endangered forest species. It is a vast challenge to control the illegal trade of wood and especially charcoal in Brazil. The goal of this work is to contribute to an identification database. It presents the anatomy of wood and charcoal of Bertholletia excelsa, Hevea brasiliensis and Swietenia macrophylla. Structural modifications due to carbonization were also studied. One Eucalyptus sp. hybrid was analysed as a comparison with native species. Anatomical features were well preserved in charcoals. Quantitative modifications, such as mass loss, increase of vessel and ray density, and reduction of vessel diameter and ray height, were seen in all species. The native species were easily distinguished from eucalypt in both wood and charcoal, and this study will allow easily sorting these species in cases of illegal trading. Since Amazon conservancy is highly dependent on the knowledge of native species, our results contribute to avoid illegal charcoal trade.
机译:巴西亚马逊因不可持续的做法大大砍伐。几种树木被灭绝威胁,他们的确切数量很难量化。联邦法律禁止收获濒危林种。在巴西控制非法贸易,特别是木炭的非法贸易是一项巨大的挑战。这项工作的目标是为识别数据库做出贡献。它提出了Bertholletia Excelsa,Hevea Brasiliensis和Squietenia Macrophylla的木材和木炭的解剖学。还研究了由于碳化引起的结构修改。一个桉树。分析杂种作为与本地物种的比较。分子特征在木炭中保持良好。在所有物种中,在所有物种中可以看到定量修饰,例如质量损失,血管和射线密度的增加,以及减少血管直径和射线高度。本土物种容易区别于木材和木炭中的桉树,这项研究将在非法交易的情况下轻松地对这些物种进行分类。由于亚马逊保护高度依赖于本土物种的知识,因此我们的结果有助于避免非法木炭贸易。

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