气候适应性建筑和城市的自然解决方案

B. Widera
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摘要

本文讨论了在建筑和城市设计中应用基于自然的解决方案的主题。从可持续发展和环境保护的角度分析这些理念为人类创造的机会。基于自然的解决方案本质上是从自然中获取的。论文的第一部分介绍了它们在能源和资源效率以及适应变化方面的巨大潜力。在研究的第二部分,描述和评估了来自自然的特定概念(复制自然或受自然启发),为建筑和城市提出了建议。作者讨论了它们的功能有用性、空间适宜性、因地制宜、最终用户舒适度、环境效益和复制的可能性。在城市规划中应用基于自然的解决方案可以使城市更具气候适应能力,并有助于生态系统恢复。本文描述了可持续城市化如何刺激经济增长,使城市更具吸引力,并提高居民的福祉。它还解释了特定的建筑如何从自然驱动的概念中受益,例如通过提高原材料消耗方面的能源效率和性能。为了妥善应对气候挑战,人类必须与自然建立一种新的伙伴关系。使用基于自然的解决方案应被视为这一方法的重要组成部分。本文中提出的概念展示了一些最有前途的选择,例如将生命系统与人造系统集成以及将软硬工程创新地结合起来。最后,提出了一些最有希望的基于自然的气候适应性建筑和城市解决方案
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NATURE-BASED SOLUTIONS FOR CLIMATE RESILIENT BUILDINGS AND CITIES
The paper addresses the topic of nature-based solutions applied in the architectural and urban design. These ideas are analyzed in the context of the opportunities they create for the humanity in terms of the sustainable growth and environmental protection. Nature-based solutions are inherently taken from nature. The first part of the paper presents their tremendous potential to be energy and resource-efficient, and resilient to change. In the second part of the research particular concepts driven from nature (copied form nature or inspired by nature) proposed for the buildings and cities are described and evaluated. The author discusses their functional usefulness, spatial appropriateness, adaptation to local conditions, end-user comfort, environmental benefits and the possibility of duplication. Nature-based solutions applied in urban planning can make cities more climate resilient and contribute to ecosystems restoration. The paper describes how sustainable urbanization can stimulate economic growth, make cities more attractive and enhance well-being of the inhabitants. It is also explained how particular buildings can benefit from the concepts driven from nature e.g. by increasing their energy efficiency and performance in terms of raw material consumption. In purpose to properly response to the climate challenge, humanity has to establish a new kind of partnership with nature. Using nature-based solutions should be considered as an important part of this approach. The concepts presented in this paper show some of the most promising options, such as integration of living systems with built systems and innovative combinations of soft and hard engineering. In conclusion some of the most promising nature-based solutions for climate resilient buildings and cities are indicated
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