Outputs (3)

Reverse logistics in household recycling and waste systems: a symbiosis perspective (2016)
Journal Article
A Jalil, E. E., Grant, D. B., Nicholson, J. D., & Deutz, P. (2016). Reverse logistics in household recycling and waste systems: a symbiosis perspective. Supply chain management, 21(2), 245-258. https://doi.org/10.1108/SCM-02-2015-0056

Purpose: The article investigates the proposition there is a symbiosis effect for exchanges between household waste recycling systems (HWRS) and household recycling behaviour (HRB) within the reverse logistics (RL) discourse. Design/methodology/appro... Read More about Reverse logistics in household recycling and waste systems: a symbiosis perspective.

Investigating household recycling behaviour through the interactions between personal and situational factors (2014)
Presentation / Conference Contribution
A-Jalil, E. E., Grant, D. B., Nicholson, J. D., & Deutz, P. Investigating household recycling behaviour through the interactions between personal and situational factors. Presented at Waste Management and The Environment VII

In recent years household recycling behaviour (HRB) has become a focal point in social science research to understand the concept of household waste recycling management. Household recycling systems involve two main actors: households and municipalit... Read More about Investigating household recycling behaviour through the interactions between personal and situational factors.

A 'symbiosis effect' perspective to understand reverse logistics and household recycling waste systems
Book Chapter
Deutz, P., Grant, D., Nicholson, J., & A-Jalil, E. E. A 'symbiosis effect' perspective to understand reverse logistics and household recycling waste systems.

Paper presented at 19th ISL, 2014, Ho Chi Minh The essence of the problem with waste is that it is by definition something that is not wanted. We argue here that achieving a sustainable solution requires consideration of both regulatory responsibilit... Read More about A 'symbiosis effect' perspective to understand reverse logistics and household recycling waste systems.