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The five articles in this omnibus issue report on research and scholarly work conducted in North America and on a map of Rome, Italy. Research methods used by the authors range from quantitative and qualitative survey research and design performance evaluation to historiography. Among the authors, there are three associate professors and two assistant professors at institutions in the United States. The article by Courtney Crosson examines the potential of transitioning Tucson, Arizona, to a net zero water balance, where water demand in the city equals locally available water supply by 2050. The article concludes that urban design strategies must assess all water as a single resource system. It suggests new forms and languages to integrate alternative water sources with existing city fabrics to achieve sustainable net zero balance water systems. In another setting in the desert landscape of southern Arizona, Kirk Dimond adapts the theoretical pattern language popularized by Christopher Alexander and colleagues in developing a new pattern for integrating solar photovoltaic cells into the urban landscape. He argues that such a system must efficiently integrate the location of solar energy production with the location of energy consumption to reduce energy sprawl in rural landscapes as growth of renewable energy systems continues to rise. The article surveys the judgment of various energy professionals in proposing a solar photovoltaic pattern for use in the urban environment.
机译:本发明的五篇文章在北美和意大利罗马地图上进行的研究和学术作品报告。作者来说,作者提供的研究方法从定量和定性调查研究和设计绩效评估到史学。在作者中,美国有三位副教授和两位助理教授。 Courtney Crosson的文章审查了Tucon,亚利桑那州过渡到净零水平衡的潜力,其中城市的水需求等于2050年的局部供水等。该文章的结论是,城市设计策略必须将所有水作为单一资源评估所有水资源系统。它提出了与现有城市面料整合替代水源的新形式和语言,以实现可持续的净零平衡水系统。在亚利桑那州南部沙漠景观的另一个环境中,Kirk Dimond适应了克里斯托弗亚历山大和同事推广的理论图案语言,在开发一种新的模式,以将太阳能光伏电池整合到城市景观中。他认为,这种系统必须有效地将太阳能生产的位置与能源消耗的位置,以减少农村景观中的能量蔓延,因为可再生能源系统的增长持续增长。文章调查各种能源专业人员的判断,提出用于城市环境的太阳能光伏模式。

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  • 来源
    《Landscape journal》 |2020年第1期|ⅵ-ⅵ|共1页
  • 作者

    David Pitt;

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