Vanderbilt Institute for Energy and Environment, Vanderbilt University, PMB 407702, 2301 Vanderbilt Place, Nashville, Tennessee 37240-7702, USA.
Environ Sci Technol. 2011 May 15;45(10):4228-34. doi: 10.1021/es103230n. Epub 2011 Apr 5.
Water and energy resources are interrelated but their influence on each other is rarely considered. To quantify the water and energy portfolios associated with a community's water-energy nexus (WEN) and the influence of geographic location on resources, we present the WEN tool. The WEN tool quantifies a community's transport (consumed for or lost before delivery) and nexus (energy for water and water for energy) resources so communities can assess their resource flows. In addition, to provide insight into the full range of impacts of water and energy resource acquisition and to frame the influence of geography on resources, we coin the term "urban resource islands". The concept of urban resource islands provides a framework for considering the implication of geography on a community's water and energy resource acquisition and use. The WEN tool and the concept of resource islands can promote communities to think about their hidden resources and integrate such concepts into their sustainability trade-off analyses and policy decisions. In this paper, we use Tucson, Arizona, United States as a case study.
水资源和能源资源相互关联,但彼此的影响很少被考虑到。为了量化与社区水-能源纽带(WEN)相关的水和能源组合以及地理位置对资源的影响,我们提出了 WEN 工具。WEN 工具量化了社区的传输(在输送前消耗或损失的)和纽带(水和能源之间的能源)资源,以便社区可以评估其资源流动。此外,为了深入了解获取水和能源资源的全面影响,并阐明地理位置对资源的影响,我们创造了“城市资源孤岛”一词。城市资源孤岛的概念为考虑地理位置对社区获取和使用水和能源资源的影响提供了框架。WEN 工具和资源孤岛的概念可以促使社区思考其隐藏资源,并将这些概念纳入其可持续性权衡分析和政策决策中。在本文中,我们以美国亚利桑那州图森市为例进行了研究。