Facilitators & barriers to organic waste and phosphorus re-use in Montreal

Abstract Cities have the capacity to play a key role in resource and pollution management through their decisions about organic waste. Often overlooked, but nevertheless essential, is the role that cities can play in increasing phosphorus (P) recycling because cities are consumers of large amounts o...

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Main Authors: Geneviève S. Metson, Elena M. Bennett
Format: Article
Language:English
Published: BioOne 2015-10-01
Series:Elementa: Science of the Anthropocene
Subjects:
Online Access:http://elementascience.org/article/info:doi/10.12952/journal.elementa.000070
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spelling doaj-684f7821fe2740f2944759aedf0f107b2020-11-25T02:31:36ZengBioOneElementa: Science of the Anthropocene2325-10262015-10-0110.12952/journal.elementa.000070ELEMENTA-D-14-00003Facilitators & barriers to organic waste and phosphorus re-use in MontrealGeneviève S. MetsonElena M. BennettAbstract Cities have the capacity to play a key role in resource and pollution management through their decisions about organic waste. Often overlooked, but nevertheless essential, is the role that cities can play in increasing phosphorus (P) recycling because cities are consumers of large amounts of P-dense food and producers of vast amounts of P-rich waste. Most cities do not take advantage of this potential, seeing P as simply another part of organic waste to be disposed of elsewhere. For example, in Montreal, Canada, only 6% of P in waste is currently recycled. We used semi-structured interviews with key stakeholders (19), participant observation (over 1.5 years), and document review to identify key barriers and facilitators for Montreal to achieve a high level of organic waste recycling through composting. We found that a provincial law mandating 100% recycling of organic matter has great potential to facilitate increased P recycling. However, lack of a shared vision about the role of government, private sector, and citizens in producing high quality compost from waste products is a barrier that inhibits this potential. Cultural inertia, lack of knowledge, and lack of infrastructure also act as barriers to increasing composting in Montreal. Urban agriculture could be a means to overcome some of these barriers as it currently benefits from strong citizen support and is both a consumer and producer of compost. However limited access to potential garden space and training and diversity in desired fertilizer qualities among gardeners somewhat limit this potential. Investing in increasing social capital, and specifically in connecting urban agriculture to waste management objectives, and in linking key stakeholders to co-create shared visions about how to produce high quality compost may act as a stepping stone towards increasing Montreal citizens’ knowledge about, and support for, increasing organic waste and thus P recycling.http://elementascience.org/article/info:doi/10.12952/journal.elementa.000070organic wastephosphorusurban sustainability
collection DOAJ
language English
format Article
sources DOAJ
author Geneviève S. Metson
Elena M. Bennett
spellingShingle Geneviève S. Metson
Elena M. Bennett
Facilitators & barriers to organic waste and phosphorus re-use in Montreal
Elementa: Science of the Anthropocene
organic waste
phosphorus
urban sustainability
author_facet Geneviève S. Metson
Elena M. Bennett
author_sort Geneviève S. Metson
title Facilitators & barriers to organic waste and phosphorus re-use in Montreal
title_short Facilitators & barriers to organic waste and phosphorus re-use in Montreal
title_full Facilitators & barriers to organic waste and phosphorus re-use in Montreal
title_fullStr Facilitators & barriers to organic waste and phosphorus re-use in Montreal
title_full_unstemmed Facilitators & barriers to organic waste and phosphorus re-use in Montreal
title_sort facilitators & barriers to organic waste and phosphorus re-use in montreal
publisher BioOne
series Elementa: Science of the Anthropocene
issn 2325-1026
publishDate 2015-10-01
description Abstract Cities have the capacity to play a key role in resource and pollution management through their decisions about organic waste. Often overlooked, but nevertheless essential, is the role that cities can play in increasing phosphorus (P) recycling because cities are consumers of large amounts of P-dense food and producers of vast amounts of P-rich waste. Most cities do not take advantage of this potential, seeing P as simply another part of organic waste to be disposed of elsewhere. For example, in Montreal, Canada, only 6% of P in waste is currently recycled. We used semi-structured interviews with key stakeholders (19), participant observation (over 1.5 years), and document review to identify key barriers and facilitators for Montreal to achieve a high level of organic waste recycling through composting. We found that a provincial law mandating 100% recycling of organic matter has great potential to facilitate increased P recycling. However, lack of a shared vision about the role of government, private sector, and citizens in producing high quality compost from waste products is a barrier that inhibits this potential. Cultural inertia, lack of knowledge, and lack of infrastructure also act as barriers to increasing composting in Montreal. Urban agriculture could be a means to overcome some of these barriers as it currently benefits from strong citizen support and is both a consumer and producer of compost. However limited access to potential garden space and training and diversity in desired fertilizer qualities among gardeners somewhat limit this potential. Investing in increasing social capital, and specifically in connecting urban agriculture to waste management objectives, and in linking key stakeholders to co-create shared visions about how to produce high quality compost may act as a stepping stone towards increasing Montreal citizens’ knowledge about, and support for, increasing organic waste and thus P recycling.
topic organic waste
phosphorus
urban sustainability
url http://elementascience.org/article/info:doi/10.12952/journal.elementa.000070
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