This study proposed the development of a house with the following characteristics： grows, builds, and repairs itself; changes with the seasons; uses the forces of nature and is in harmony with its environment; favors...This study proposed the development of a house with the following characteristics： grows, builds, and repairs itself; changes with the seasons; uses the forces of nature and is in harmony with its environment; favors biodiversity and natural equilibrium; Low cost and does not require considerable workforce or industrial material; carbon free and waste free; returns to nature when no longer in use; enables sustainable and balanced mankind development. The use of Living architecture to decrease or nullify the environmental costs of structure materials was also investigated. Furthermore, the use of Living architecture techniques to comply with the current Living and construction style with as Little change as possible was analyzed. A new envelope material with Little to no carbon impact was scientifically explored, and the use of this material to create a sustainable house was technically examined. Findings demonstrate that such a house is not only feasible but also rational and beneficial from the economic and environmental perspectives.展开更多
文摘This study proposed the development of a house with the following characteristics： grows, builds, and repairs itself; changes with the seasons; uses the forces of nature and is in harmony with its environment; favors biodiversity and natural equilibrium; Low cost and does not require considerable workforce or industrial material; carbon free and waste free; returns to nature when no longer in use; enables sustainable and balanced mankind development. The use of Living architecture to decrease or nullify the environmental costs of structure materials was also investigated. Furthermore, the use of Living architecture techniques to comply with the current Living and construction style with as Little change as possible was analyzed. A new envelope material with Little to no carbon impact was scientifically explored, and the use of this material to create a sustainable house was technically examined. Findings demonstrate that such a house is not only feasible but also rational and beneficial from the economic and environmental perspectives.
