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首页> 外文期刊>The Science of the Total Environment >Climate change, water and security in the Mediterranean: Introduction to the special issue
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Climate change, water and security in the Mediterranean: Introduction to the special issue

机译:地中海的气候变化,水与安全:特刊简介

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Climate change is impacting the Mediterranean region in manifold and distinct ways. Observed trends and projections for the future indicate a strong susceptibility to changes in the hydrological regimes, an increasing general shortage of water resources and consequent threats to water availability and management However, it must be clearly stated that current uncertainties in climate projections and subsequent impact models, a yet incomplete understanding of the impact of a climate change signal on economic mechanisms or the lack of an elaborate and integrated human security conceptual framework are imposing strong limitations on water-related decision-making under conditions of climate change. This is particularly true due to the general lack of regional data and the yet unresolved mismatch of spatial and temporal scales of operation from different scientific perspectives. This Special Issue, composed of sixteen original contributions, illustrates current interdisciplinary approaches to mitigate the existing gaps in the understanding of climate change impacts on water and security in the Mediterranean region. It draws its findings from the research projects CLIMB (Climate Induced Changes on the Hydrology of Mediterranean Basins) and WASSERMed (Water Availability and Security in Southern Europe and the Mediterranean), both funded under the Seventh Research Framework Program for Research and Technological Development (FP7).
机译:气候变化正以多种不同的方式影响着地中海地区。观察到的未来趋势和预测表明,人们很容易受到水文制度变化的影响,水资源的普遍短缺日益增加,从而对水的可获得性和管理构成威胁。但是,必须明确指出的是,当前的气候预测和后续影响模型存在不确定性,对气候变化信号对经济机制的影响的尚未完全理解或缺乏详尽而完整的人类安全概念框架,这在气候变化条件下对与水有关的决策具有很大的局限性。由于普遍缺乏区域数据,而且从不同的科学角度来看,尚未解决运行时空尺度的失配问题,因此尤其如此。本期特刊由16篇原始论文组成,阐述了当前的跨学科方法,以缓解在理解气候变化对地中海地区水和安全的影响方面的现有差距。它从研究项目CLIMB(地中海盆地水文气候引起的变化)和WASSERMed(南欧和地中海的水的可获得性和安全性)中汲取了研究成果,这两个项目均由第七研究与技术开发研究框架计划(FP7)资助。 )。

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