Source
doi:10.1186/s12940-016-0098-z — original publication (opens in a new tab; the file is not redistributed)
Summary
Macmillan et al. (2016) use participatory system dynamics modelling (SDM) with 50+ stakeholders from 37 UK organisations (government, industry, community, academia) to construct a shared qualitative causal theory linking housing, energy, and wellbeing as an integrated complex system. Seven interconnected causal themes are mapped as feedback loops: community connection, energy efficiency/climate, fuel poverty/indoor temperature, household crowding, housing affordability, land ownership/development patterns, and ventilation/indoor air quality. The central finding is that single-objective housing policies (e.g. carbon reduction) consistently produce “policy resistance” and unintended consequences because they fail to account for the complex system dynamics through which housing interventions propagate across health, equity, and environmental domains simultaneously.
Key thesis insights
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Housing/energy/wellbeing as a complex system — The paper models housing not as a domain with a single objective but as a dynamically complex system in which energy efficiency interventions cascade across health, equity, and environmental sustainability; “unintended consequences” across this broad system are as significant as intended outcomes. Directly supports the thesis argument that community self-sufficiency requires multi-domain integrated design, not single-domain optimisation. LIT_025
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Seven interconnected leverage points — The causal loop diagrams cover: community connection, energy efficiency/climate, fuel poverty/indoor temperature, household crowding, housing affordability, land ownership/development patterns, and ventilation/indoor air quality — seven interdependent system nodes that map closely onto SSI indicators I01 (financial), I04 (human development), I06 (resilience), I07 (basic needs), I09 (environmental), I10 (psychological). The mapping validates that the SSI framework captures the right system dimensions. LIT_025
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Policy resistance as a systems dynamics concept — Housing policies fail to achieve intended objectives because housing is a complex adaptive system; narrowly targeted carbon-reduction policies produce unintended negative health equity and social outcomes. This “policy resistance” framing parallels the thesis critique of techno-centric self-sufficiency approaches and Bibri et al.’s finding that governance is co-equal with technology (LIT_023). LIT_025
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Participatory SDM as co-design methodology — The paper uses SDM with 50+ multi-sector stakeholders as a collaborative learning process to develop shared causal understanding, not merely collect opinions. Relevant as a potential process design tool for co-designing Neobiome community systems with future residents, and validates that systems thinking tools can bridge technical and social dimensions of community design. LIT_025
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Fuel poverty as a reinforcing loop connecting energy cost, warmth, and health — Fuel poverty (inability to afford adequate indoor warmth) is modelled as a reinforcing feedback loop connecting housing affordability → energy cost → indoor temperature → health outcomes → back to housing demand. Makes the energy-health nexus in housing a structurally embedded policy problem, not a side effect. Directly relevant to I07 (energy as basic need) and I01 (financial sufficiency as a health determinant). LIT_025
Connections
Links to
Sources (1): LIT_023