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首页> 外文期刊>Hoehnea >Description of the soil and root biomass of two subtropical mangroves in Antonina and Guaratuba Bay, Paran???? State, Brazil
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Description of the soil and root biomass of two subtropical mangroves in Antonina and Guaratuba Bay, Paran???? State, Brazil

机译:巴拉那的安东尼亚和瓜拉图巴湾的两个亚热带红树林的土壤和根系生物量的描述?巴西州

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摘要

ABSTRACT The soil of the mangroves influences the root anchorage and the nutrition processes of the plant community. This study evaluated the relationships among edaphic conditions, volume and biomass of roots, and tree structure of two mangroves in Paran???? State. Five soil cores of 50 cm depth were collected from each mangrove for physicochemical analysis. Organosoil thiomorphic salic sodic predominated in Antonina Bay, while in Guaratuba Bay were observed the Gleysoil thiomorphic salic sodic and the Organosoil thiomorphic salic sodic. Fifteen root samples were collected from each mangrove area for root volume and dry mass analysis'?'. The higher values of root mass were found in Guaratuba Bay. The chemical analysis of the soil showed no correlation between biomass and root volume. The high coefficients of variation attested the high heterogeneity in the root distribution in both areas. However, in the Guaratuba Bay, root mass and volume are higher due to the textural composition of the soil and higher tree density.
机译:摘要红树林的土壤影响根系固着和植物群落的营养过程。这项研究评估了帕兰州的红壤条件,根的数量和生物量与两种红树林的树结构之间的关系。州。从每个红树林中收集了五个深度为50 cm的土壤核心进行理化分析。安托尼纳湾的有机土壤硫属类水杨酸占主导地位,而瓜拉图巴湾则观察到Gleysoil的硫属形态水杨酸和有机土的硫属形态水杨酸。从每个红树林区域收集了15个根样品,用于根体积和干重分析。在瓜拉图巴湾发现较高的根质量。土壤化学分析显示,生物量和根系体积之间无相关性。高变异系数证明了两个地区根系分布的高度异质性。然而,在瓜拉图巴湾,由于土壤的质地成分和较高的树木密度,根的质量和体积较高。

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    《Hoehnea》 |2017年第3期|共页
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  • 中图分类 生物科学;
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