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Unearthing ecological wisdom from natural habitats and its ramifications on development of biocement and sustainable cities

机译:从自然栖息地发掘出的生态智慧及其对生物水泥和可持续城市发展的影响

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As the world population migrates to the urban areas in increasingly greater numbers, building and maintaining urban infrastructure in a sustainable fashion is a great challenge. Present construction technologies use too much material and energy and produces huge quantities of greenhouse gases. Nature, on the other hand, has been building habitats such as ant hills, coral reefs and silk webs that has been sheltering billions of species for millions of years in a sustainable way. The ecological wisdom embodied in these high-performance prototypes may give us clues to sustainable urban infrastructure. In this paper we highlight some of the amazing ecologically wise natural habitats. Although many amazing natural examples. have been recently highlighted, emulating them in engineering practice has remained a challenge. One of the most promising biological processes that are closest to human adaptation is biomineralisation by which living organisms produce minerals, chiefly carbonate products that offer strength to bones, shells and antlers. With the help of some microorganisms, it is possible to produce and deposit minerals (e.g. calcium carbonate) and emulate some of the biological processes such as formation of corals. This paper briefly discusses biomineralisation technology. The present status of application of the technology in urban infrastructure has been summarised. (C) 2016 Elsevier B.V. All rights reserved.
机译:随着世界人口越来越多地迁移到城市地区,以可持续方式建设和维护城市基础设施是一个巨大的挑战。当前的建筑技术使用过多的材料和能源,并产生大量的温室气体。另一方面,自然界一直在建造诸如蚁丘,珊瑚礁和丝网之类的栖息地,这些栖息地已经以可持续的方式庇护了数十亿种物种达数百万年之久。这些高性能原型所体现的生态智慧可能为我们提供可持续城市基础设施的线索。在本文中,我们重点介绍了一些令人惊叹的生态明智的自然栖息地。虽然有许多惊人的自然例子。最近已被强调,在工程实践中模拟它们仍然是一个挑战。最接近人类适应性的最有前途的生物过程之一是生物矿化作用,生物体通过该过程产生矿物质,主要是碳酸盐产品,这些产品可增强骨骼,贝壳和鹿角的强度。在某些微生物的帮助下,可能产生和沉积矿物质(例如碳酸钙)并模仿某些生物过程,例如形成珊瑚。本文简要讨论了生物矿化技术。总结了该技术在城市基础设施中的应用现状。 (C)2016 Elsevier B.V.保留所有权利。

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