Department of Agricultural Economics, Ghent University, Coupure Links 653, B-9000 Ghent, Belgium.
J Environ Manage. 2011 Oct;92(10):2683-90. doi: 10.1016/j.jenvman.2011.06.006. Epub 2011 Jun 24.
The competent waste authority in the Flemish region of Belgium created the 'Implementation plan household waste 2003-2007' and the 'Implementation plan sustainable management 2010-2015' to comply with EU regulation. It incorporates European and regional requirements and describes strategies, goals, actions and instruments for the collection and treatment of household waste. The central mandatory goal is to reduce and maintain the amount of residual household waste to 150 kg per capita per year between 2010-2015. In literature, a reasonable body of information has been published on the effectiveness and efficiency of a variety of policy instruments, but the information is complex, often contradictory and difficult to interpret. The objective of this paper is to identify, through the development of a binary logistic regression model, those variables of the waste collection scheme that help municipalities to reach the mandatory 150 kg goal. The model covers a number of variables for household characteristics, provision of recycling services, frequency of waste collection and charging for waste services. This paper, however, is not about waste prevention and reuse. The dataset originates from 2003. Four out of 12 variables in the model contributed significantly: income per capita, cost of residual waste collection, collection frequency and separate curbside collection of organic waste.
比利时佛兰德斯地区的主管废物管理部门为了遵守欧盟法规,制定了“2003-2007 年家庭废物实施计划”和“2010-2015 年可持续管理实施计划”。该计划纳入了欧洲和地区的要求,并描述了家庭废物收集和处理的战略、目标、行动和手段。核心强制性目标是在 2010-2015 年间将人均剩余家庭废物量减少并维持在 150 公斤/年。在文献中,已经发表了大量关于各种政策工具的有效性和效率的合理信息,但这些信息复杂、常常相互矛盾且难以解释。本文的目的是通过开发一个二元逻辑回归模型,确定有助于各市镇达到强制性 150 公斤目标的废物收集计划变量。该模型涵盖了家庭特征、回收服务提供、废物收集频率和废物服务收费等方面的一些变量。然而,本文不是关于废物预防和再利用的。该数据集来源于 2003 年。模型中有四个变量显著:人均收入、残余废物收集成本、收集频率和有机废物路边单独收集。