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Salt in freshwaters: causes effects and prospects - introduction to the theme issue

机译:淡水中的盐:成因影响和前景-主题问题简介

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摘要

Humans are globally increasing the salt concentration of freshwaters (i.e. freshwater salinization), leading to significant effects at the population, community and ecosystem level. The present theme issue focuses on priority research questions and delivers results that contribute to shaping the future research agenda on freshwater salinization as well as fostering our capacity to manage salinization. The issue is structured along five topics: (i) the estimation of future salinity and evaluation of the relative contribution of the different drivers; (ii) the physiological responses of organisms to alterations in ion concentrations with a specific focus on the osmophysiology of freshwater insects and the responses of different organisims to seawater intrusion; (iii) the impact of salinization on ecosystem functioning, also considering the connections between riparian and stream ecosystems; (iv) the role of context in moderating the response to salinization. The contributions scrutinise the role of additional stressors, biotic interactions, the identify of the ions and their ratios, as well as of the biogeographic and evolutionary context; and (v) the public discourse on salinization and recommendations for management and regulation. In this paper we introduce the general background of salinization, outline research gaps and report key findings from the contributions to this theme issue.This article is part of the theme issue ‘Salt in freshwaters: causes, ecological consequences and future prospects’.
机译:人类正在全球范围内增加淡水的盐浓度(即淡水盐碱化),从而在人口,社区和生态系统层面产生重大影响。本主题问题着重于优先研究问题,并提供有助于塑造未来淡水盐渍化研究议程以及增强我们管理盐渍化能力的成果。该问题涉及五个主题:(i)未来盐度的估算和不同驱动因素的相对贡献的评估; (ii)生物体对离子浓度变化的生理反应,特别是淡水昆虫的渗透生理学以及不同组织对海水入侵的反应; (iii)盐碱化对生态系统功能的影响,还考虑了河岸生态系统和河流生态系统之间的联系; (iv)环境在减缓对盐碱化反应中的作用。这些贡献详细审查了其他应激源的作用,生物相互作用,离子及其比例的确定以及生物地理和进化背景; (v)关于盐碱化的公共论述以及有关管理和监管的建议。在本文中,我们介绍了盐渍化的一般背景,概述了研究差距并报告了对该主题问题做出贡献的主要发现。本文是主题“淡水盐:原因,生态后果和未来前景”的一部分。

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