Dynamic transnational inter-ecosystem framework for smart and inclusive age-friendly environments: The Transnational Local-Sphere Model

The demographic change calls for the creation of age-friendly environments that result from the collaboration between several fields. Previous initiatives fostering age-friendly environments often had less-than-desired impact or reach due to financial and bureaucratic constraints. Additionally, territory-specific standards and needs hinder the replication of good practices. Based on a mixed-methods approach combining a narrative review of knowledge models followed by expert consultation, we propose a framework to maximise the sustainability of Smart Healthy Age-friendly Environment (SHAFE) initiatives by connecting local ecosystems and stakeholders, including underrepresented entities, and thus promote sustainable business models, to ensure the replicability, scalability, and sustainability – the Transnational Local-sphere Model. This social innovation framework goes beyond previously established helix frameworks, by incorporating fresh ideas on democratic policy making, transnational spanning, and inter-ecosystem collaboration, as well as emphasising the role of institutions, stakeholders, networks, and principles. The collaboration and competition between the different stakeholders ensure a value-driven, cost-effective, and inclusive intervention, maximising impact. The Transnational Local-Sphere Model can also be applied in the development of other social innovation initiatives that benefit a usercentred multi-stakeholder inter-ecosystem approach.

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Publication Details

Journal
Technium Social Sciences Journal
Published
2024-11-08
DOI
https://doi.org/10.47577/tssj.v63i1.11899
Citations
1
Primary Topic
Smart Cities and Technologies
Type
article
Field-Weighted Citation Impact
0.32
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article

Dynamic transnational inter-ecosystem framework for smart and inclusive age-friendly environments: The Transnational Local-Sphere Model

María do Rosário Cabrita, Carina Dantas, Silvia Urra-Uriarte, Miriam Cabrita et al.
1 citations
Technium Social Sciences Journal
Smart Cities and Technologies
0.32
article

Dynamic transnational inter-ecosystem framework for smart and inclusive age-friendly environments: The Transnational Local-Sphere Model

María do Rosário Cabrita, Carina Dantas, Silvia Urra-Uriarte, Miriam Cabrita, Willeke van Staalduinen, Dieuwertje Van Boekel, Francesca Masiero, Dimitris Georgoulis
article en
1 citations

Abstract

The demographic change calls for the creation of age-friendly environments that result from the collaboration between several fields. Previous initiatives fostering age-friendly environments often had less-than-desired impact or reach due to financial and bureaucratic constraints. Additionally, territory-specific standards and needs hinder the replication of good practices. Based on a mixed-methods approach combining a narrative review of knowledge models followed by expert consultation, we propose a framework to maximise the sustainability of Smart Healthy Age-friendly Environment (SHAFE) initiatives by connecting local ecosystems and stakeholders, including underrepresented entities, and thus promote sustainable business models, to ensure the replicability, scalability, and sustainability – the Transnational Local-sphere Model. This social innovation framework goes beyond previously established helix frameworks, by incorporating fresh ideas on democratic policy making, transnational spanning, and inter-ecosystem collaboration, as well as emphasising the role of institutions, stakeholders, networks, and principles. The collaboration and competition between the different stakeholders ensure a value-driven, cost-effective, and inclusive intervention, maximising impact. The Transnational Local-Sphere Model can also be applied in the development of other social innovation initiatives that benefit a usercentred multi-stakeholder inter-ecosystem approach.

Technium Social Sciences JournalVol. 63
University of the Basque Country (ES), Universidade Nova de Lisboa (PT)
Industry, innovation and infrastructure
Openalex Percentile: Top 35%
Smart Cities and Technologies
0.32
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