Source
doi:10.1016/j.jik.2024.100647 — original publication (opens in a new tab; the file is not redistributed)
Bibliometric overview · Cooperatives & cohousing · 120 papers · WoS 1996–2024
Key claims
- 120-paper bibliometric analysis (WoS, 1996–2024) using co-citation, bibliographic coupling, and keyword co-occurrence (VOSviewer); five thematic clusters identified: (i) Management and collaboration, (ii) Knowledge and dynamic capabilities, (iii) Innovation and technology, (iv) Trust and leadership, (v) Strategies, organization, and sustainability.
- Field grew from rare pre-2003 publications to 14 articles/year at 2019 peak; sustained growth since 2011 reflects recognition of cooperative models as responses to housing affordability, social isolation, and sustainable living challenges (Fig. 1).
- Eco-villages “directly linked to cohousing cooperatives” — serve as “experimental hubs for testing new green technologies, with cooperative structures allowing for collective decision making in technology adoption and use.”
- Top keyword co-occurrences (Table 4): knowledge (9 occurrences, 32 link strength), governance (7, 29), dynamic capabilities (6, 29), open innovation (6, 29), technology (8, 25), leadership (7, 22), trust (5, 21) — governance, knowledge, and technology form the literature’s core triad.
- Democratic member control, economic participation, and concern for community (Rochdale Principles, 1844) remain the defining structural features of viable cohousing cooperatives; collaboration, conflict resolution, and transparent communication are the operationalizing practices.
- Trust is structural, not incidental: “trust” and “leadership” sit at the governance core in keyword co-occurrence; effective cooperative leadership = regulatory navigation + transparency + inclusive conflict resolution + rotating roles to distribute power democratically.
- Dynamic capabilities framing: successful cooperative communities function as adaptive systems capable of evolving in response to economic shocks, technological change, and environmental pressures — not static governance structures; adaptability and continuous learning are central mechanisms.
- Knowledge management systems (shared digital platforms for information exchange, resource management, training, and community updates) enable member adaptation and innovation; digital literacy is a key success factor for technology adoption (Neumeyer et al. 2020).
- Digital platforms redefine cooperative governance from face-to-face to hybrid digital models: digital energy management systems track consumption in real time, enabling residents to optimize usage and reduce costs; digital booking of shared spaces ensures transparent and fair usage.
- 17 future research questions proposed (Table 5); Q8 in the Innovation and technology cluster: “How do cohousing cooperatives integrate renewable energy technologies to promote sustainable living practices?” — identifies this as an unresolved field-level question that Neobiome’s calculation layer is designed to answer.
- Sustainable building design (energy-efficient materials, water conservation systems, green spaces) + shared renewable energy (solar panels, wind turbines, smart grids) cited as practical cooperative-scale sustainability implementations; adopting these reinforces the cooperative principle of democratic energy governance.
- Collective action theory explains cooperative success via aligned individual–collective incentives: cooperative governance structures reduce free-rider problems and coordination failures common in communal living (Olson, 2012; Sandler, 2015).
- Limitations: WoS-only (non-indexed journals excluded); English-language restriction; bibliometric methods cannot capture qualitative governance nuance.
Research targets
Documents to retrieve
- [RT_046] Litfin (2014) — Ecovillages: Lessons for sustainable community (Wiley) — key empirical account of living ecovillage models globally; cited in LIT_009 for eco-village governance and sustainability practices; foundational thesis reference. → I06, I09, thesis
- [RT_047] Carrere et al. (2020) — effects of cohousing on people’s health and wellbeing: a scoping review; Public Health Reviews 41, doi:10.1186/s40985-020-00138-1 — empirical evidence for cohousing as wellbeing intervention. → I10
- [RT_048] Marckmann, Gram-Hansen & Christensen (2012) — sustainable living and co-housing: evidence from eco-villages; Built Environment 38(3):413–429, doi:10.2148/benv.38.3.413 — governance–sustainability link specifically for eco-villages. → I06, I09
Connections
Referenced by