Landscapes of recovery from psychosis: Co-creating real-world solutions in Urban settings

Introduction Recovery-oriented care requires a paradigm shift from a vulnerability to a protection model. However, protective factors and resources to recovery in urban milieus remain poorly understood. Whether material, emotional or social, the identification of those resources calls for user-led initiatives and a more situated understanding of environments, where those recovery trajectories occur. Objectives The Lausanne-based Urban Remediation program is a multi-stakeholder (service users, psychiatrists, geographers, community actors and public authorities) initiative, which aims to identify key elements of an ‘urban recovery milieu for psychosis’ and create such a milieu in the city of Lausanne (Switzerland). This talk describes the participatory methods used to create a strategy to foster recovery from psychosis in cities to better inform city’s mental health plan and policies. Methods We implement a living lab approach aimed at real-world experimentation in four phases: (i) exploration , (ii) co - creation , (iii) experimentation , and (iv) implementation. During phase one, we’ve used participatory mapping, go-along interviews and photovoice for an in-situ engagement with 10 young patients to ensure a systematic understanding of obstacles and resources for recovery. For phase 2, qualitative analysis and collective workshops with the various stakeholders were used to co-elaborate relevant urban interventions and identify partners for further implementation. Results Introducing a Living Lab methodology to experiment the recovery-oriented strategy in a limited area in a real-world setting provides us with solutions, which can be further scaled up to inform the creation of a more inclusive city. Lessons learnt with early psychosis patients can benefit to the community as a whole, as high sensitivity of psychotic patients can teach us a great deal both regarding urban stressors and resources common to the general population. Conclusions Using real-world methodologies in cities allows to mobilize actors and resources beyond individual resilience to support recovery trajectories. Consistent transdisciplinary efforts are needed to involve all stakeholders (urban planners, mental health plan developers and society at large) for effective user-based changes and implementation of sustainable solutions. Disclosure of Interest None Declared

Authors

Institutions

Publication Details

Journal
European Psychiatry
Published
2025-04-01
DOI
https://doi.org/10.1192/j.eurpsy.2025.303
Primary Topic
Mental Health and Patient Involvement
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Landscapes of recovery from psychosis: Co-creating real-world solutions in Urban settings

Philippe Conus, Jérôme Favrod, Ola Söderström, Philippe Golay et al.
European Psychiatry
Mental Health and Patient Involvement
article

Landscapes of recovery from psychosis: Co-creating real-world solutions in Urban settings

Philippe Conus, Jérôme Favrod, Ola Söderström, Philippe Golay, Marc Winz, Lilith Abrahamyan Empson, Aurora Ruggeri
article en

Abstract

Introduction Recovery-oriented care requires a paradigm shift from a vulnerability to a protection model. However, protective factors and resources to recovery in urban milieus remain poorly understood. Whether material, emotional or social, the identification of those resources calls for user-led initiatives and a more situated understanding of environments, where those recovery trajectories occur. Objectives The Lausanne-based Urban Remediation program is a multi-stakeholder (service users, psychiatrists, geographers, community actors and public authorities) initiative, which aims to identify key elements of an ‘urban recovery milieu for psychosis’ and create such a milieu in the city of Lausanne (Switzerland). This talk describes the participatory methods used to create a strategy to foster recovery from psychosis in cities to better inform city’s mental health plan and policies. Methods We implement a living lab approach aimed at real-world experimentation in four phases: (i) exploration , (ii) co - creation , (iii) experimentation , and (iv) implementation. During phase one, we’ve used participatory mapping, go-along interviews and photovoice for an in-situ engagement with 10 young patients to ensure a systematic understanding of obstacles and resources for recovery. For phase 2, qualitative analysis and collective workshops with the various stakeholders were used to co-elaborate relevant urban interventions and identify partners for further implementation. Results Introducing a Living Lab methodology to experiment the recovery-oriented strategy in a limited area in a real-world setting provides us with solutions, which can be further scaled up to inform the creation of a more inclusive city. Lessons learnt with early psychosis patients can benefit to the community as a whole, as high sensitivity of psychotic patients can teach us a great deal both regarding urban stressors and resources common to the general population. Conclusions Using real-world methodologies in cities allows to mobilize actors and resources beyond individual resilience to support recovery trajectories. Consistent transdisciplinary efforts are needed to involve all stakeholders (urban planners, mental health plan developers and society at large) for effective user-based changes and implementation of sustainable solutions. Disclosure of Interest None Declared

European PsychiatryVol. 68(S1)
Golestan University of Medical Sciences (IR), Early Intervention Foundation (GB), University of Neuchâtel (CH), University of Lausanne (CH)
Openalex Percentile: Top 61%
Mental Health and Patient Involvement
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.