Waste separation behavior with a new plastic category for the plastic resource circulation: Survey in Kansai, Japan

塑料废料 塑料袋 塑料污染 答辩人 分离(统计) 业务 城市固体废物 废物管理 工程类 污染 政治学 数学 生态学 统计 法学 生物
作者
Jiarong Hu,Lei Miao,Ji Han,Weisheng Zhou,Xuepeng Qian
出处
期刊:Journal of Environmental Management [Elsevier]
卷期号:349: 119370-119370
标识
DOI:10.1016/j.jenvman.2023.119370
摘要

Japan is a leading country in establishing an efficient waste management system. However, the recycling rate of plastic waste remains low, as different types of plastic are separated into different categories based on local policies in different municipalities. In April 2022, Japan introduced the new Plastic Resource Circulation Act, which requires all plastic waste to be separated and collected in a new category as recyclable resource. Thus, the waste separation criteria received major revision, providing a good opportunity to observe citizens' behavior change. This study aims to investigate the factors that influence citizens' waste separation behavior with the introduction of a new plastic waste category in Japan. A questionnaire survey was conducted among 1676 Kansai citizens, extending the theory of planned behavior by including personal norms, plastic sorting knowledge and government policy. The sample population was divided into two groups based on whether the respondent's municipality implements mandatory plastic container and packaging waste separation policies and governance. The results show that people living in municipalities with mandatory separation policies were more likely to participate in plastic waste separation and showed greater consistency between their intentions and actual behavior compared to those living in areas without such policies. Moreover, the influence of knowledge and personal norms on the intention was more significant in the mandatory separation policy group. In both groups, there was a positive relationship between knowledge, personal norms, and people's intention. The findings provide insights for promoting plastic waste separation, recycling, and reducing plastic pollution by improving plastic circulation.
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