热带r岛聚果聚糖藻种非结构碳水化合物与海拔带和分布的关系

M. Marschall, A. SASS-GYARMATI
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引用次数: 0

摘要

产果聚糖的植物主要局限于温带气候,而在热带地区几乎没有。虽然Sphagnum属具有世界范围的分布和相当大的生态重要性,它是相对罕见的整个热带非洲。rsamunion岛位于热带气候,拥有丰富的泥沼植物群,包含14种。作为藓类植物中的一个例外,藻属植物可以合成果聚糖,同时也含有相当数量的蔗糖。迄今为止,尚无关于热带生境中褐藻果聚糖含量的资料报道。本文首先在实验的基础上,对来自rsamununion岛热带地区的Sphagnum物种的非结构性碳水化合物池,特别是果聚糖进行了研究。果聚糖占所测泥茅总可溶性碳水化合物的2-4%。本文比较了云南8种石楠属植物的果聚糖含量与海拔带和分布的关系。随着海拔的升高,各树种的果聚糖积累量普遍增加。初步的实验结果表明,果聚糖作为淀粉的替代储存碳水化合物可能在不同海拔带的泥鳅物种生态位偏好中起作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Data to the non-structural carbohydrates of the fructan accumulating Sphagnum species from the tropical Réunion Island in relation to their altitude zone and distribution
The prevalence of fructan-producing plants is primarily restricted to the temperate climate, while they are virtually absent from the tropical regions. Although the Sphagnum genus has a worldwide distribution and considerable ecological importance, it is relatively rare for the whole of tropical Africa. The island of Réunion is located in the tropical climate and has a rich Sphagnum flora containing 14 species. Sphagnum species - as an exception amongst mosses - synthesise fructan and have a considerable amount of sucrose as well. No data on fructan content of Sphagnum occuring in tropical habitats have been reported so far. This short paper provided data first, based on experimental results, on the non-structural carbohydrate pool, especially fructans in Sphagnum species from a tropical region, from Réunion Island. Fructans accounted for 2-4% of the total soluble carbohydrates in the examined Sphagnum species. We compared the fructan content of eight Sphagnum species collected from Réunion in relation to their altitude zone and their distribution. The species generally increased their fructan accumulation as the altitude increased. Our preliminary experimental results show that fructans as an alternative storage carbohydrate to starch may play a role in the ecological niche preference of the Sphagnum species according to altitudinal zones.
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