斯德哥尔摩大学对自然水的研究显示,全球缺水风险被低估,因为评估风向环境条件使风险增加近50%。 Stockholm University study in Nature Water reveals that global water scarcity risks are underestimated, as assessing upwind environmental conditions increases risk by nearly 50%.

斯德哥尔摩大学在《自然水》杂志上发表的一项研究报告显示,如果只关注当地的降雨量,就会低估全球缺水风险。 A study from Stockholm University published in Nature Water reveals that global water scarcity risks are underestimated when focusing only on local rainfall. 研究人员对379个水文流域进行了分析,发现评估风向环境条件对水的可用性产生重大影响,使风险增加近50%。 Analyzing 379 hydrological basins, researchers found that assessing upwind environmental conditions significantly impacts water availability, increasing the risk by nearly 50%. 这突出表明,需要在水资源管理方面开展国际合作,因为土地使用的变化可能影响跨界水安全。 This highlights the need for international cooperation in managing water resources, as changes in land use can affect water security across borders.