Small-scale botanical in enhancing indoor air quality: A bibliometric analysis (2011-2020) and short review

Huiyi Tan, Keng Yinn Wong, Hong Yee Kek, Kee Quen Lee, Haslinda Mohamed Kamar, Wai Shin Ho, Hooi Siang Kang, Xinyou Ho, Bemgba Bevan Nyakuma, Syie Luing Wong, Muhammad Akmal Hakim Hishammuddin
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Abstract

Poor indoor air quality (IAQ) has developed a positive relationship with human health risks. Recently, research findings reported that the pollution level of indoor air could be 2 – 5 times higher than the outdoor air. In some studies, the poor IAQ could reach up to 100 times or more in a natural/ mechanical ventilated building. IAQ depends heavily on the ambient air quality and pollutants/ contaminants produced by household activities. Poor IAQ could lead to various health issues, i.e., asthma, lung cancer, dizziness, fatigue, headaches, etc. One of the possible solutions to overcome the poor IAQ problem is the utilisation of indoor botanical to improve the IAQ. The phytoremediation of botanical is an affordable and environmentally friendly approach to purify the polluted indoor air. Although there is no established recommendation for determining the best indoor botanical in improving the IAQ, many studies have revealed the ability of specific indoor botanicals to remove pollutants/ contaminants. This paper presents the bibliometric analysis and short review based on 79 publications issued in 2011 – 2021. Those articles were extracted from the Web of Science database. Based on the analysis, the number of publications has increased significantly starting from the year 2017. Indoor Air was identified as one of the top productive journals for this research topic.
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小型植物改善室内空气质量:文献计量分析(2011-2020)和简要综述
室内空气质量差与人类健康风险呈正相关。最近,有研究发现,室内空气的污染水平可能比室外空气高2 - 5倍。在一些研究中,在自然/机械通风的建筑物中,糟糕的室内空气质素可达100倍或更多。室内空气质量在很大程度上取决于环境空气质量和家庭活动产生的污染物/污染物。糟糕的室内空气质量会导致各种健康问题,如哮喘、肺癌、头晕、疲劳、头痛等。解决室内空气质量差的一个可能的方法是利用室内植物来改善室内空气质量。植物修复是一种经济、环保的净化室内污染空气的方法。虽然目前还没有确定改善室内空气质量的最佳室内植物的建议,但许多研究已经揭示了特定室内植物去除污染物的能力。本文对2011 - 2021年发表的79篇论文进行了文献计量分析和简要综述。这些文章摘自Web of Science数据库。根据分析,从2017年开始,出版物数量显著增加。《室内空气》被认为是这一研究课题的最高成果期刊之一。
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