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The Waste Commons in an Emerging Resource Recovery Waste Regime: Contesting Property and Value in Melbourne's Hard Rubbish Collections
Author(s) -
LANE RUTH
Publication year - 2011
Publication title -
geographical research
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.695
H-Index - 47
eISSN - 1745-5871
pISSN - 1745-5863
DOI - 10.1111/j.1745-5871.2011.00704.x
Subject(s) - commons , resource recovery , context (archaeology) , household waste , resource (disambiguation) , municipal solid waste , natural resource , waste management , business , parallels , environmental planning , engineering , geography , political science , operations management , archaeology , law , computer network , wastewater , computer science
Practices of scavenging of Melbourne's hard rubbish collections are examined in the context of an emerging resource recovery waste regime linked with policy shifts that promote resource recovery over disposal through landfill. Waste regimes have many parallels with regimes in natural resource management and contestations over property are an important but neglected aspect. Based on research conducted primarily in the south eastern suburbs of Melbourne, I argue that hard rubbish on the kerb‐side forms an informal ‘waste commons’ that facilitates various forms of revaluing of municipal household waste. Results of a survey conducted by householders scavenging of their own hard rubbish piles suggest that informal scavenging activities were more effective for diverting waste from landfill by recycling than the formal processes of council hard rubbish contractors. Interviews conducted with residents, waste management contractors and self identified ‘professional’ scavengers revealed different perspectives on the waste commons and highlighted the contested nature of property in hard rubbish. Together with the survey findings, they allow tentative conclusions to be drawn about the role of the waste commons in the transition from a regime of disposal through landfill to one focused on resource recovery.