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OVERLAYING SUSTAINABILITY ISSUES ON THE DESIGN PROCESS

机译:设计过程中的可持续性问题

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摘要

Many of the world's most prominent scientists (1,575 from 69 countries), including a majority of the Nobel laureate scientists, appealed to the peoples of the world to take immediate action to halt the accelerating damage threateningrnthe global life support systems. It is self-evident that the built environment and the natural environment are inextricably linked and interconnected: Buildings account for more than 40% of all US energy use, while building placement, i.e. land use, accounts for 26%. Thus, about two-thirds of US energy use is determined by the way werndesign our buildngs and communities. The advent of more holistic design procedures as described in this paper must cover the necessary spectrum of functional entities that we take for granted in our human constructs for the necessary ecological balances to occur. Further, we suggest a need for a new language to conceptualize these entities and to understand both higher and lower orders within which any particular project falls relative to both the entire development construct and the natural order. It is important to realize that perhaps no civilization now or in the past has ever purposely set off to live within its bounds, and that we as a species must admit our absolute dependency on all other life forms from the tiniest to the broadest concept of GAIA herself. The breadth of scope might have to be treated as an entirely new condition facing humanity.
机译:世界上许多最杰出的科学家(来自69个国家的1,575名),包括诺贝尔奖获得者中的大多数,都呼吁世界各国人民立即采取行动,制止威胁全球生命维持系统的加速损害。不言而喻的是,建筑环境和自然环境有着千丝万缕的联系和相互联系:建筑物占美国所有能源消耗的40%以上,而建筑物(即土地使用)占26%。因此,美国约三分之二的能源使用是通过对建筑和社区进行设计的方式确定的。如本文所述,更全面的设计程序的出现必须涵盖必要的功能实体范围,而这些功能实体是我们在人类构造中理所当然的,以实现必要的生态平衡。此外,我们建议需要一种新的语言来概念化这些实体,并理解相对于整个开发结构和自然顺序而言,任何特定项目所处的高位和低位。重要的是要认识到,也许现在或过去没有文明有意在其范围内生活,而且作为一个物种,我们必须承认我们对从最小到最广泛的GAIA概念的所有其他生命形式的绝对依赖她自己。范围的广度可能必须被视为人类面临的全新条件。

著录项

  • 来源
  • 会议地点 San Jose CA(US);San Jose CA(US)
  • 作者单位

    Center for Maximum Potential Building Systems, Inc. 8604 FM 969 Austin, TX 78724 USA;

    Center for Maximum Potential Building Systems, Inc. 8604 FM 969 Austin, TX 78724 USA;

    Center for Maximum Potential Building Systems, Inc. 8604 FM 969 Austin, TX 78724 USA;

    Texas State Energy Conservation Office 211 E. 11th Austin, TX 78701 USA;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 TK511(712);
  • 关键词

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