Are We Meeting the Challenges of Landscape-Scale Riverine Research? A Review

E. Steel, R. Hughes, A. Fullerton, S. Schmutz, John A. Young, M. Fukushima, S. Muhar, M. Poppe, B. E. Feist, Clemens Trautwein
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引用次数: 45

Abstract

Identifying and quantifying relationships among landscape patterns, anthropogenic disturbances, and aquatic ecosystems is a new and rapidly developing approach to riverine ecology. In this review, we begin by describing the policy and management drivers for landscape-scale riverine research and we synthesize the technological advances that have enabled dramatic progress in the field. We then describe the development of landscape-scale riverine research through a series of landmark theoretical and review papers. Focusing on landscape-fish relationships, we consider the degree to which past efforts have been successful at meeting three challenges: (1) Has new research effectively incorporated the strengths of new technologies or are we doing the same old thing with more expensive data? (2) Have we incorporated key concepts from landscape ecology to improve our understanding of how landscapes affect rivers? (3) Have we been able to use landscape analyses to address management and policy needs? We conclude with a review of opportunities for advancement in the field of landscape-scale riverine research. These include moving toward the development of mechanistic theories of how landscapes affect rivers across disparate regions; considering the spatio-temporal structure of human impacts to landscapes; harnessing new statistical tools; and carefully defining landscape and response metrics to capture specific features.
我们正在迎接景观尺度河流研究的挑战吗?回顾
识别和量化景观格局、人为干扰和水生生态系统之间的关系是研究河流生态学的一种新的、快速发展的方法。在这篇综述中,我们首先描述了景观尺度河流研究的政策和管理驱动因素,并综合了使该领域取得巨大进展的技术进步。然后,我们通过一系列具有里程碑意义的理论和综述论文描述了景观尺度河流研究的发展。关注景观鱼之间的关系,我们考虑过去的努力在多大程度上成功地应对了三个挑战:(1)新的研究是否有效地结合了新技术的优势,或者我们是否在用更昂贵的数据做同样的事情?(2)我们是否纳入了景观生态学的关键概念,以提高我们对景观如何影响河流的理解?(3)我们是否能够利用景观分析来解决管理和政策需求?最后,我们回顾了景观尺度河流研究领域的发展机会。其中包括:发展关于景观如何影响不同地区河流的机械理论;考虑人类活动对景观影响的时空结构利用新的统计工具;并仔细定义景观和响应指标,以捕捉特定的特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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