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首页> 外文期刊>Building and environment >Review of key factors that affect the implementation of bio-receptive fa?ades in a hot arid climate: Case study north Egypt
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Review of key factors that affect the implementation of bio-receptive fa?ades in a hot arid climate: Case study north Egypt

机译：Review of key factors that affect the implementation of bio-receptive fa?ades in a hot arid climate: Case study north Egypt

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摘要

Bio-receptive facade panels that support the natural growth of mosses, micro-organisms, and small plant species are potential alternatives than traditional green walls. Supporting the moss's development naturally could offer great potential for achieving ecologically richer, healthier, and zero-carbon cities. In particular, a limited amount of hydration is required for mosses to grow on these bio-receptive surfaces, which is ideal for the hot, humid environment of north Egypt. This review paper is aimed at identifying the feasibility and influencing factors of implementing such a facade innovation in a hot, humid climate as north Egypt. To investigate this feasibility, first, it is essential to compare the critical factors for moss growth with the target environmental conditions. These key feasibility factors for the approach were classified as environmental and physical growth factors. Second, a field study was undertaken to confirm the availability of such moss resources in north Egypt since the climatic conditions correspond to the acceptable range necessary for its application of the approach. This study resulted in promising families of mosses being available, in which great potential for the use of bio-receptive concrete with a cover of moss to expand the green areas vertically is expected. Especially, this green expansion will be with moss, which blooms randomly in the natural environment. This technique may bring additional advantages by generating new sustainable materials from low-cost and readily available resources. It is considered to be an approach to enhance greening and reduce urban environment's susceptibility to climate change without requiring extensive irrigation and maintenance.

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