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胡桃醌对淡水藻类生长的影响。

Effect of juglone on freshwater algal growth.

机构信息

Department of Life and Health Sciences, Bloomsburg University, 17815, Bloomsburg, Pennsylvania.

出版信息

J Chem Ecol. 1989 Jul;15(7):2127-34. doi: 10.1007/BF01207443.

Abstract

Allelopathic growth inhibition of various freshwater algal species was observed upon the addition of juglone to culture medium under laboratory conditions. Juglone is a phenolic chemical compound common to most parts of the black walnut (Juglans nigra L.). Growth inhibition of all species occurred at a juglone concentration of 10(-3) M. Three of the five species were inhibited by a concentration of 10(-4) M juglone, while no inhibition occurred at 10(-5) M juglone. The results of this study indicate that juglone is less toxic to algae than fish. Therefore, the potential of juglone for aquatic management purposes is limited. Algal biomass will increase at natural juglone concentrations from 10(-8) to(-10) M due to the elimination of secondary producers. Algal biomass will decrease at natural juglone concentrations between 10(-4) and 10(-3) M. Species richness will decrease at juglone concentrations of 10(-5) and higher.

摘要

在实验室条件下,向培养基中添加胡桃醌可观察到各种淡水藻类的化感生长抑制。胡桃醌是黑胡桃( Juglans nigra L. )大部分部位常见的酚类化学化合物。所有物种的生长抑制都发生在胡桃醌浓度为 10(-3) M 的情况下。五种物种中有三种被 10(-4) M 胡桃醌抑制,而在 10(-5) M 胡桃醌浓度下则没有抑制。这项研究的结果表明,胡桃醌对藻类的毒性小于鱼类。因此,胡桃醌在水管理方面的潜力有限。由于次级生产者的消除,自然胡桃醌浓度从 10(-8) 到 10(-10) M 时,藻类生物量将增加。自然胡桃醌浓度在 10(-4) 和 10(-3) M 之间时,藻类生物量将减少。在胡桃醌浓度为 10(-5) 和更高时,物种丰富度将下降。

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