Planning for Environmental Sustainability : Learning from LEED and the USGBC

S. Chance
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引用次数: 16

Abstract

The author analyzes the relationship between the US Green Building Council and higher education by examining campus use of LEED credits over time, and also suggests that the USGBC provides a model for large-scale learning organizations. Since its founding in 1993, the U.S. Green Building Council (USGBC) has made noteworthy strides toward its stated goal of transforming the nation's construction industry. The Washington, DC-based nonprofit organization created the LEED[R] Green Building Rating system to support environmentally sustainable construction. The system spurs demand for green knowledge and green technologies in an overarching effort to grow the nation's capacity to produce green buildings. In this quest, LEED also provides building owners with an incentive for participating and for providing "Leadership in Energy and Environmental Design." A critical aspect of LEED is that it uses principles of encouragement rather than enforcement (McDonough and Braungart 2002). Participation in LEED is voluntary and carries a level of social prestige. LEED also uses an incremental approach that grows out of what we already know how to do. As innovative techniques are tested and then integrated into mainstream practice, the USGBC raises the bar by requiring new registrants to seek more rigorous standards and higher point thresholds. The LEED system engages interested parties in providing the resources of time, money, research, and development that are necessary to foster innovation. Thus, those who elect to participate help carry the up-front cost of innovation. These investments help make new approaches viable for widespread use. The cost of constructing to a higher standard makes good sense on college campuses, where buildings need to last 60 years or more and operating costs are notoriously high (Palmese 2009). Today the USGBC offers an ever-expanding range of programs tailored to specific user groups, including higher education. As one of LEED's largest user groups, higher education has helped the system evolve (Fedrizzi 2009). However, there is ample room to expand higher education's contribution to the green construction knowledge base. Addressing pressing social issues is a core purpose of academe, and this issue warrants increased and immediate attention (Kerr 1995; Levin 2003; Rhodes 2001). Higher education's role in LEED has concentrated on two main areas: using LEED in the construction of campus buildings and serving as USGBC members. Members of the USGBC (2009a) represent all segments of the construction industry, and their various forms of engagement help refine the system. Changes are "consensus-based and market-driven" (USGBC 2009a, p. xi). Together, the USGBC's members define targets, goals, and agendas for the organization to meet. Members volunteer time, effort, and expertise to help establish and cultivate LEED programs. Gauging how well LEED works for members and for users of the system is critical to protecting the investments they are making. This article investigates the popularity of the system among universities--probing strengths, weaknesses, and issues of cost--and identifies trends in universities' use of LEED. Understanding the strengths and weaknesses of the system can help LEED users and the USGBC as they refine the system and their use of it. Moreover, since the USGBC represents a successful "learning organization," it provides an effective model of planning for transformational change (Birnbaum 1988; Goleman 2009). Universities stand to benefit from using it as a precedent. USGBC'S TRANSFORMATIVE PRACTICES Statistical analyses indicate that universities' LEED ratings and point totals have increased over time (Chance 2010b). They also indicate that the category of "Energy and Atmosphere" has been most important in determining the ratings universities have achieved. These findings suggest that the ranking system is true to its name (by rewarding focus on "Energy and Environmental Design"), and that there is some level of organizational learning occurring. …
环境可持续性规划:向LEED和USGBC学习
作者分析了美国绿色建筑委员会与高等教育之间的关系,通过调查校园对LEED学分的使用情况,并建议USGBC为大型学习型组织提供一个模型。自1993年成立以来,美国绿色建筑委员会(USGBC)在实现其改变美国建筑业的既定目标方面取得了显著的进步。总部位于华盛顿特区的非营利组织创建了LEED绿色建筑评级系统,以支持环境可持续建筑。该系统刺激了对绿色知识和绿色技术的需求,从而全面提高了国家生产绿色建筑的能力。在这个过程中,LEED还为建筑业主提供了参与和提供“能源与环境设计领导”的激励。LEED的一个关键方面是它采用鼓励原则而不是强制原则(McDonough and Braungart 2002)。参与LEED是自愿的,具有一定的社会威望。LEED还使用了一种增量方法,这种方法是从我们已经知道如何做的事情中发展出来的。随着创新技术被测试并融入主流实践,USGBC要求新注册者寻求更严格的标准和更高的积分门槛,从而提高了门槛。LEED系统让利益相关方参与进来,为促进创新提供必要的时间、金钱、研究和开发资源。因此,那些选择参与的人帮助承担了创新的前期成本。这些投资有助于使新方法能够广泛使用。在大学校园里,建造更高标准的建筑的成本是有道理的,因为大学校园里的建筑需要持续60年或更长时间,而且运营成本是出了名的高(Palmese 2009)。今天,USGBC为包括高等教育在内的特定用户群体提供了范围不断扩大的项目。作为LEED最大的用户群体之一,高等教育促进了该体系的发展(Fedrizzi 2009)。然而,高等教育对绿色建筑知识库的贡献还有很大的空间。解决紧迫的社会问题是学术的核心目的,这个问题需要增加和立即关注(Kerr 1995;莱文2003;罗兹2001)。高等教育在LEED中的作用主要集中在两个方面:在校园建筑的建设中使用LEED,并成为USGBC的成员。USGBC (2009a)的成员代表了建筑行业的各个部门,他们以各种形式参与,帮助完善该体系。变化是“基于共识和市场驱动的”(USGBC 2009a, p. xi)。USGBC的成员共同确定组织要实现的目标、目标和议程。会员自愿奉献时间、精力和专业知识来帮助建立和培养LEED项目。衡量LEED对会员和系统用户的效果如何,对于保护他们正在进行的投资至关重要。本文调查了该系统在大学中的受欢迎程度,探讨了优势、劣势和成本问题,并确定了大学使用LEED的趋势。了解该系统的优点和缺点可以帮助LEED用户和USGBC完善该系统并对其进行使用。此外,由于USGBC代表了一个成功的“学习型组织”,它为转型变革提供了一个有效的规划模型(Birnbaum 1988;戈尔曼2009)。大学将其作为一个先例而受益。美国绿色建筑委员会的变革实践统计分析表明,随着时间的推移,大学的LEED评级和积分总数有所增加(Chance 2010b)。他们还指出,“能源和大气”这一类别在决定大学所取得的评级方面是最重要的。这些发现表明,这个排名系统是名副其实的(通过奖励对“能源和环境设计”的关注),并且有一定程度的组织学习正在发生。…
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