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Barriers Militating Against the Adoption of Biomimicry as a Sustainable Construction Practice

机译:反对采用仿生作为可持续建筑实践的障碍

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The integration of sustainable practices into construction processes and activities are imperative for achieving the greening agenda of the construction industry. However, there has been a proliferation of several sustainable construction practices (SCPs) with biomimicry standing out among them. As a novel approach that studies and emulates nature’s forms, processes, and strategies to proffer sustainable solutions to human challenges, biomimicry is beginning to gain momentum in its application across different sectors. This research sets out to identify what constitutes the barriers to the application of biomimicry. A structured questionnaire survey was conducted to establish the perception of construction professionals on the significant barriers to biomimicry adoption and implementation. A quantitative approach to data analysis was employed using the mean scores of the identified variables. Lack of awareness, lack of professional knowledge, and lack of training and education are identified as the top three barriers to biomimicry adoption and implementation. The study recommended that government, relevant professional bodies and stakeholders should encourage and embrace the adoption of biomimicry through awareness, education, training, and inclusion in the curriculum of institutions of higher learning. These will maximise the potential of biomimicry to aid innovative and sustainable outputs in the construction industry.
机译:将可持续实践纳入建筑过程和活动中对于实现建筑行业的绿色议程至关重要。但是,已经出现了几种可持续建筑实践(SCP),其中仿生学尤为突出。作为一种研究和模拟大自然的形式,过程和策略以提供可持续解决方案以应对人类挑战的新颖方法,仿生技术开始在其在不同领域的应用中获得动力。这项研究着手确定是什么构成了仿生应用的障碍。进行了结构化的问卷调查,以了解建筑专业人士对仿生采用和实施的重大障碍的看法。使用已识别变量的平均得分对数据进行定量分析。缺乏认识,缺乏专业知识以及缺乏培训和教育是仿生仿生采用和实施的三大障碍。该研究建议政府,相关专业机构和利益相关者应通过意识,教育,培训以及将其纳入高等学校的课程中来鼓励和接受仿生学的采用。这些将最大限度地利用仿生技术来帮助建筑业创新和可持续发展。

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