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生态评估终点定义中的个体、生物体与种群

Individuals versus organisms versus populations in the definition of ecological assessment endpoints.

作者信息

Suter Glenn W, Norton Susan B, Fairbrother Anne

机构信息

Office of Research and Development, U.S. Environmental Protection Agency, 26 W Martin Luther King Drive, MC-A130, Cincinnati, Ohio 45268, USA.

出版信息

Integr Environ Assess Manag. 2005 Nov;1(4):397-400.

Abstract

Discussions and applications of the policies and practices of the U.S. Environmental Protection Agency (USEPA) in ecological risk assessment will benefit from continued clarification of the concepts of assessment endpoints and of levels of biological organization. First, assessment endpoint entities and attributes can be defined at different levels of organization. Hence, an organism-level attribute, such as growth or survival, can be applied collectively to a population-level entity such as the brook trout in a stream. Second, assessment endpoints for ecological risk assessment are often mistakenly described as "individual level," which leads to the idea that such assessments are intended to protect individuals. Finally, populations play a more important role in risk assessments than is generally recognized. Organism-level attributes are used primarily for population-level assessments. In addition, the USEPA and other agencies already are basing management decisions on population or community entities and attributes such as production of fisheries, abundance of migratory bird populations, and aquatic community composition.

摘要

美国环境保护局(USEPA)在生态风险评估方面的政策和实践的讨论与应用,将受益于对评估终点和生物组织层次概念的持续澄清。首先,评估终点实体和属性可以在不同的组织层次上定义。因此,一个生物体层次的属性,如生长或存活,可以共同应用于一个种群层次的实体,如一条溪流中的溪鳟。其次,生态风险评估的评估终点常常被错误地描述为“个体层次”,这导致了这样一种观念,即此类评估旨在保护个体。最后,种群在风险评估中所起的作用比一般认为的更为重要。生物体层次的属性主要用于种群层次的评估。此外,美国环境保护局和其他机构已经在依据种群或群落实体及属性做出管理决策,如渔业产量、候鸟种群数量以及水生群落组成。

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