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GUEST ARTICLE   Janine Benyus maintains that we could learn from natural systems   neighbourhood  rejuvenation  pilots  that  subsequently  lead  to
         INDUSTRY WATCH


        and ‘adapt, communicate, cooperate, self- organise, and build
                                                             whole urban renewal programmes, with the help of communities
                                                             participating in the reinvention. Adapting biomimicry or
        effective networks’ in order to be resilient. Human communities
                                                             biomimetics to human habitat systems can be introduced at a
        and societies not able to adapt to nature have ended up either
                                                             project, or neighbourhood at a time. From building houses to
        migrating or becoming extinct. Beginning with design and
        technology institutions coupled with an engaged public discourse
                                                             planning entire transit networks (applying the Ant Theory for route
        to steer public policy, it will be possible to alter human habitation
                                                             Inspiration is everywhere! in slime molds, or inside the human
        for the better. Through the use of systems thinking processes to
        emulate nature, there would be a fair chance for humankind not   planning), we could reimagine urban lives completely.
                                                             body. Nature has the majority of the answers. As long as there
        to commit hara kiri on itself. This process would figuratively entail   are inventive and problem -solving minds coming together, aided
        putting entire natural habitats inside our cities, to enable cities to   by advanced digital systems to capture and transmit intelligence,
        become resilient.                                    there is hope for humanity.
                                                             Biomimicry or biomimetics is as deep as it is extensive in its scope,
        Asian and African action -based imperatives          it is micro, as it is macro in its application.
        Of even greater urgency is getting it right in Asian and fast   The only question is will there be the gargantuan resolve to make
        urbanizing African cities. To enable this, citizen involvement with   it happen?
        city planners, academic and technical institutions, technocrats,
        and youth is the only way forward. A suggested approach could   References
        be pilot biomimetic innovation is introduced at the neighbourhood   1.   Jennifer Levine (2016). Why redwoods are one of the great
        level, multiplied and replicated over the entire city, through   wonders of the world. Published September 07, 2016. http://
        concurrent building permit interventions.               crosstalk.cell.com/blog/why-redwoods-are-one-of-the-
        The need would be to look at a development zone with a   great-wonders-of-the-world
        ‘connected, symbiotic lens from the top, while planning the   2.   Yeang and Wai (2018). Biomimicry- A new design to building
        sectors and neighbourhood. Biomimetic design and technology   support system. https://www.slideshare.net/djbbox94/                                                    19-21 SEP 2022
        innovation  can  be mandatory  in  the  planning  of greenfield   biomimicry-giant-redwood-prototype                                                                  THE INDIAN TRADE SHOW
        and brownfield township projects using development control   3.   Matthew Palmer (2018). How Biomimicry Could Change The                                              FOR CONSTRUCTION, INFRA
        rules and regulations. This way the local climatic conditions,   Way We Build Our Cities.https://www.talesbytrees.com/how-                                            AND MINING MACHINERY
        vernacular building materials, topographical attributes, etc   biomimicry-could-change-the-way-we-build-our-cities/
        would be considered and built into the project plan. One   4.   Social Innovation: How would Nature Do It? https://bio-sis.
        could adopt a systems approach for neighbourhoods to adopt   net/social-innovation-how-would-nature-do-it/
        vernacular layouts, construction materials, renewable tech, waste   5.   Knippers J., Nickel K., Speck T., (2016) Biomimetic research for
        management at higher performance thresholds.            architecture and building reconstruction. Biological Design
        To make this a reality design and technology schools have to   and Integrative Structures. Springer, ISBN (ebook) 978-3-319-
        shape and prepare human talent that can produce biomimicking   46374-2.
        designs for the built environment.                   6.  Oliver Scheffer (2016). From Biomimicry to Ecomimicry:
                                                                Reconnecting Cities- and Ourselves- to Earth’s Balances.
        Urban planning and project level examples               https://www.thenatureofcities.com/2016/11/30/from-
        Few examples that use biomimicry are Masdar City in the Gulf,   biomimicry-to-ecomimicry-reconnecting-cities-and-
        Lavasa Township in India, and the long- term Singapore Green   ourselves-to-earths-balances/
        Plan which aims at making Singapore a ‘City in a Garden’. At   7.     Dissertation Rodney S. Hanley (2015). Biomimicry
        a project level, biomimicry has been applied in the design of   and sustainable communities: the urban challenge.
        Zimbabwe’s East Gate Centre building. The design imitates the   University of Cambridge. https://www.researchgate.net/
        massive termite mounds, borrowing their passive architecture   publication/296707279 _ Biomimicry _ and _ Sustainable _
        principles to stay cool. Termite mounds can reach up to a height   Communities _ The _ Urban _ Challenge
        of 30 feet. Inside the mounds an intricate system of ventilation   8.   Linda Poon (2016). Researchers studying the potential of
        prevents the interiors from overheating. The building material to   organic materials such as seashells say future cities may
        build these massive mounds is the humble earth, scraped over   emulate the ultimate designer—nature. Bloomberg City
        thousands of years of termite activity.                 Lab https://www.bloomberg.com/news/articles/2016-09-06/
                                                                biomimicry-how-nature-inspires-the-cities-of-our-future
        Daunting but doable                                  9.   Óscar Jiménez Salvador (2014). Biomimicry and city design.
        Have we forgotten, or have we stopped learning from the 3.8   Architecture _ MPS; Ravensbourne; Woodbury University.
        billion years of tacit, evolved intelligence existing in nature? Is it   https://architecturemps.com/wp content/uploads/2013/09/
        time we unlearn the prevalent unsustainable ways and relearn   mc _ london _ jimc3a9nez _ salvador _ oscar1.pdf
        from the natural systems that ancient communities adopted? Can
        we take the effort to apply higher level intelligence to achieve   For more details contact:
        contemporary scale?                                  Email: vayati@vayatisystems.com; vayatisystems@gmail.com
        Beginning with greenfield and brownfield projects, several   Website: www.vayatisystems.com


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