持续性
优势和劣势
邻里(数学)
建筑
建筑工程
标准化
认证
可持续发展
可持续设计
环境规划
环境资源管理
工程类
计算机科学
地理
政治学
环境科学
法学
考古
操作系统
哲学
数学分析
认识论
生物
数学
生态学
作者
Duygu Çınar Umdu,Ebru Alakavuk,Aleyna Koyuncu
标识
DOI:10.1109/icdata52997.2021.00048
摘要
The point where Sustainable Development and Smart Growth understandings meet with standardization and technology has enabled eco-labels, assessment models and guidelines to emerge and become a trend. With Agenda 21, this trend has been well adopted and eco-labels, assessment models and certifications have begun to be created for many disciplines. The concept of sustainable neighbourhood, strengthened by the development of the Eco-Urbanism concept, constitutes an important basis for sustainable urban design and the Neighbourhood Sustainability Assessment (NSA) concept is nourished from this basis. BREEAM stands out as the first example developed when it comes to sustainability models of architecture and urban design. This study is a review on the criteria and indicators, purpose, status of the BREEAM Communities Model developed for smart and sustainable urban design, which is a rising value, and the scoring system was examined through BREEAM data and literature. In addition, the differences, and similarities between 5 different Neighbourhood Sustainability Assessments which are LEED ND, CASBEE UD, Citylab, and BEAM Plus Neighboorhood by 4 organizations from 70 members of the World Green Building Council, including BRE, which constitutes the BREEAM system, were investigated. As a result of all these studies, the strengths, and weaknesses of BREEAM Communities were determined.
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