A bibliometric analysis of leachate publications by ASEAN authors

Muhamad Akmal Abdullah, Muhammad Hanis Ghazali, Muhamad Alif Iman Mohamad Rodzi, M. Kamal
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Abstract

Leachates are the aqueous effluent produced from waste filtration of rainwater, biochemical activities in the waste cells, and the unavoidable water content of the waste itself. Leachate can travel into soil and subsoil, seriously affecting the land, surface water, and groundwater ecosystems. Leachates typically contain significant quantities of organic matter, ammonia-nitrogen (NH3-N), toxic chemicals, and organic and inorganic chlorinated salts, which are detrimental to living and biodiversity. Based on the significant risk posed by leachate, many kinds of research have been conducted on these environmental concerns. Therefore, this paper aims to analyse and report leachate-related publications by ASEAN authors based on the data collected from the Scopus database. As of 24th April 2020, a total number of 1133 articles were retrieved and analysed. This study examined publication productivity by analysing descriptive publication patterns and visualising keywords co-occurrences. The results showed that there had been an increase in the literature on leachate growth rate from 1989 until 2020. However, the number of publications slightly dropped in 2011 and 2014. This study revealed the widespread scholarly communication techniques in leachate research, which will assist future researchers in identifying the fundamental parts of this body of knowledge. In conclusion, this study enables researchers to develop innovative solutions to the leachate environmental problem by assessing the bibliometric parameters that provide the study’s crucial and noteworthy findings.
东盟作者对渗滤液出版物的文献计量学分析
渗滤液是废水对雨水的过滤、废水池中的生化活动以及废水本身不可避免的含水量所产生的含水流出物。渗滤液可以进入土壤和底土,严重影响土地、地表水和地下水生态系统。渗滤液通常含有大量的有机物、氨氮(NH3-N)、有毒化学物质以及有机和无机氯化盐,这些物质对生物和生物多样性有害。基于渗滤液所带来的重大风险,人们对这些环境问题进行了多种研究。因此,本文旨在根据从Scopus数据库收集的数据,分析和报告东盟作者的渗滤液相关出版物。截至2020年4月24日,共检索和分析了1133篇文章。本研究通过分析描述性出版模式和可视化关键词共现来检验出版效率。结果表明,1989年至2020年,有关渗滤液增长率的文献有所增加。然而,2011年和2014年的出版物数量略有下降。本研究揭示了渗滤液研究中广泛的学术交流技术,这将有助于未来的研究人员确定这一知识体系的基本部分。总之,这项研究使研究人员能够通过评估文献计量参数来开发渗滤液环境问题的创新解决方案,这些参数提供了研究的关键和值得注意的发现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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