未来水可持续城市面临的挑战:意大利的案例研究

L. Bonzanigo, G. Sinnona
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引用次数: 2

摘要

摘要全球人口越来越多地集中在城市。城市和城市地区面临着许多挑战——经济、社会、卫生和环境方面的挑战——往往因自然灾害频率的增加而加剧。总之,这些挑战要求向可持续城市转变,减少对周围环境的影响,同时成功地为越来越多的居民提供资源。本研究探讨了高度城市化的意大利北部地区水管理实践的现状,并为水管理的未来发展制定了计划和范围。虽然该区域目前没有严重的用水压力,但最近一些城市面临缺水问题,被迫实行水配给。我们评估了帕尔马和费拉拉对水危机的脆弱性,以及已经采取的常规和紧急适应措施,以及近期的预测。在两个工作坊中,作者将澳大利亚的水敏感型城市设计理念应用于意大利的环境中。尽管人们仍然普遍没有意识到最近两次严重干旱事件(2003年和2006/7年)的影响,但是许多适应措施已经到位——技术上、制度上和个人上——以更可持续地利用水资源。然而,水资源管理者认为,整合城市水资源管理循环所需的剧烈而明确的变化,以及最大限度地减少城市空间的生态足迹,都是遥远的未来。
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Present challenges for future water sustainable cities: a case study from Italy
Abstract. The global population is increasingly concentrated in cities. Cities and urban areas face many challenges – economic, social, health and environmental – which are often exacerbated by an increase in the frequency of natural disasters. Together, these challenges call for a shift towards sustainable cities which reduce their impact on the surrounding environment, whilst at the same time succeeding to make resources available to their increasing number of inhabitants. This study explores the state of the art of water management practices of the highly urbanised Northern Italian region and plans and scope for the future development of water management. Although the region is at present not under severe water stress, recently some cities faced water scarcity problems and were forced to implement water rationing. We assessed the vulnerability of Parma and Ferrara to a water crisis, together with the regular and emergency adaptation measures already in place, and the forecast for the near future. In two workshops, the authors adapted the Australian concept of water sensitive urban design for the Italian context. Although the population remains generally unaware of the impact of the two latest severe drought events (2003 and 2006/7), many adaptation measures towards a more sustainable use of the water resource are already in place – technically, institutionally, and individually. Water managers consider however that the drastic and definite changes needed to integrate the urban water management cycle, and which minimise the ecological footprint of urban spaces, lay far in the future.
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来源期刊
Drinking Water Engineering and Science
Drinking Water Engineering and Science Environmental Science-Water Science and Technology
CiteScore
3.90
自引率
0.00%
发文量
3
审稿时长
40 weeks
期刊最新文献
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