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An Integrated Conceptual Model in Salmon Ecology

机译:鲑鱼生态的综合概念模型

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In recent years, salmon ecologists have conducted a series of studies that revised longstanding concepts and added new kinds of information to the collective understanding of how salmon ecosystems function. The implications of these studies have beenfar-ranging and may lay the groundwork for a new emerging conceptual model of salmon ecology, management, and conservation. This paper argues that this model integrates the interrelated concepts of scale, connectivity, and biocomplexity, which underlie ecosystem function and have direct impMcations for management decisions and the scales at which effective management must operate. Provided that these concepts continue to stand up to scientific and applied rigor, they will formalize an integrated model of how salmon ecosystems operate that incorporates and broadens decades of system-specific studies. While many of these ideas are already informing management decisions, integrating or connecting these concepts will change the context for future decisions. As we enter a time of accelerating global change, the context in which management decisions are made will have an overwhelming influence on the future health of ecosystems and the livelihoods of those who depend on them.
机译:近年来,鲑鱼生态学家进行了一系列研究,这些研究可以修改长期概念,并为集体了解鲑鱼生态系统如何运作的集体理解增加了新的信息。这些研究的含义都是义的,可以为鲑鱼生态,管理和保护的新兴概念模型奠定基础。本文认为,这种模型集成了相互关联的规模,连接和生物复用概念,它基础生态系统函数并具有直接的管理决策和有效管理必须运行的秤。此外,这些概念继续坚持科学和应用严谨,他们将正式化三文鱼生态系统如何运作的综合模型,该模拟融合和拓宽了数十年的系统特定研究。虽然这些想法中的许多想法已经通知管理决策,但整合或连接这些概念将改变未来决策的背景。正如我们进入加速全球变革的时间,所做的管理决策的背景将对生态系统的未来健康以及依赖于他们的人的生计影响。

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