Built Environment Ecosystems Framework towards Sustainable Urban Housing Infrastructure
As the rates of urbanization increase to unprecedented levels, the urgent need for sustainable housing and infrastructure has become a widespread global challenge with social, economic and ecological implications. The housing sector directly impacts the majority of the United Nations (UN) Sustainabl...
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| Vydáno v: | IOP conference series. Earth and environmental science Ročník 588; číslo 4; s. 42027 - 42035 |
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01.11.2020
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| Abstract | As the rates of urbanization increase to unprecedented levels, the urgent need for sustainable housing and infrastructure has become a widespread global challenge with social, economic and ecological implications. The housing sector directly impacts the majority of the United Nations (UN) Sustainable Development Goals (SGDs). However, striving to achieve these goals in a compartmentalized or siloed manner has impeded the implementation of transformational solutions that increase the security and wellbeing of urban populations. Here, we introduce the Built Environment Ecosystems (BEE) framework, alongside a case study from the Ecological Living Module (ELM) UNEP Program, through an integrated systems approach with synergistic impact. We demonstrate how the multifunctional interlinking of building systems that harness local bioclimatic resources (ie. solar, wind, water, food, agricultural waste, biomaterials) can more viably address a broad spectrum of sustainable development challenges, while increasing local stakeholder agency. We outline how the BEE framework enables the association of SDGs as an integrated package, with an ELM performing as a scalable but Self-reliant Ecosystem of Systems, that could enable systemic change, suggesting the need for further research towards a scale up in the density of such housing systems across multiple climatic and cultural contexts towards ubiquitous sustainable urban housing. |
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| AbstractList | As the rates of urbanization increase to unprecedented levels, the urgent need for sustainable housing and infrastructure has become a widespread global challenge with social, economic and ecological implications. The housing sector directly impacts the majority of the United Nations (UN) Sustainable Development Goals (SGDs). However, striving to achieve these goals in a compartmentalized or siloed manner has impeded the implementation of transformational solutions that increase the security and wellbeing of urban populations. Here, we introduce the Built Environment Ecosystems (BEE) framework, alongside a case study from the Ecological Living Module (ELM) UNEP Program, through an integrated systems approach with synergistic impact. We demonstrate how the multifunctional interlinking of building systems that harness local bioclimatic resources (ie. solar, wind, water, food, agricultural waste, biomaterials) can more viably address a broad spectrum of sustainable development challenges, while increasing local stakeholder agency. We outline how the BEE framework enables the association of SDGs as an integrated package, with an ELM performing as a scalable but Self-reliant
Ecosystem of Systems
, that could enable systemic change, suggesting the need for further research towards a scale up in the density of such housing systems across multiple climatic and cultural contexts towards ubiquitous sustainable urban housing. As the rates of urbanization increase to unprecedented levels, the urgent need for sustainable housing and infrastructure has become a widespread global challenge with social, economic and ecological implications. The housing sector directly impacts the majority of the United Nations (UN) Sustainable Development Goals (SGDs). However, striving to achieve these goals in a compartmentalized or siloed manner has impeded the implementation of transformational solutions that increase the security and wellbeing of urban populations. Here, we introduce the Built Environment Ecosystems (BEE) framework, alongside a case study from the Ecological Living Module (ELM) UNEP Program, through an integrated systems approach with synergistic impact. We demonstrate how the multifunctional interlinking of building systems that harness local bioclimatic resources (ie. solar, wind, water, food, agricultural waste, biomaterials) can more viably address a broad spectrum of sustainable development challenges, while increasing local stakeholder agency. We outline how the BEE framework enables the association of SDGs as an integrated package, with an ELM performing as a scalable but Self-reliant Ecosystem of Systems, that could enable systemic change, suggesting the need for further research towards a scale up in the density of such housing systems across multiple climatic and cultural contexts towards ubiquitous sustainable urban housing. |
| Author | Aly-Etman, Mohamed Otto, Martina Dyson, Anna Duwyn, Jonathan Radka, Mark Bradford, Kipp Loran, Sophie Gindlesparger, Matt Novelli, Nick Organschi, Alan Wildman, Hind Keena, Naomi Beltrandi, Catherine Gray, Lisa |
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| Cites_doi | 10.1016/j.ecolmodel.2017.10.006 10.1016/j.rser.2015.12.124 10.1007/s11077-009-9097-z 10.1109/TII.2018.2819169 10.1016/j.scs.2017.06.013 10.1016/j.gloenvcha.2012.07.005 10.1016/j.rser.2017.02.002 10.1016/j.atmosenv.2011.02.062 |
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| References | Broto (EES_588_4_042027bib25) 2013; 23 (EES_588_4_042027bib1) 2019 Hildebrandt (EES_588_4_042027bib24) 2017; 34 (EES_588_4_042027bib28) 2010 Keena (EES_588_4_042027bib15) 2017 Schmidt-Traub (EES_588_4_042027bib17) 2015 Raugei (EES_588_4_042027bib22) 2020 Keena (EES_588_4_042027bib14) 2017 Dyson (EES_588_4_042027bib12) 2015 Organschi (EES_588_4_042027bib13) 2016 EES_588_4_042027bib26 EES_588_4_042027bib23 EES_588_4_042027bib21 Aydogan (EES_588_4_042027bib9) 2011; 45 EES_588_4_042027bib20 EES_588_4_042027bib6 Aly Etman (EES_588_4_042027bib7) 2016 Bossink (EES_588_4_042027bib18) 2017; 77 EES_588_4_042027bib5 EES_588_4_042027bib4 Rehmani (EES_588_4_042027bib27) 2018; 14 Li (EES_588_4_042027bib29) 2016; 57 Masson-Delmotte (EES_588_4_042027bib3) 2018 Aydogan (EES_588_4_042027bib10) 2012 Bringezu (EES_588_4_042027bib2) 2017 Dyson (EES_588_4_042027bib11) 2010 Keena (EES_588_4_042027bib8) 2016 Keena (EES_588_4_042027bib19) 2018; 367 Dyson (EES_588_4_042027bib16) 2017 Meadowcroft (EES_588_4_042027bib30) 2009; 42 |
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