Abstract

Cities must address many challenges including air quality, climate change and the health and wellbeing of communities. Public authorities and developers increasingly look to improve these through the implementation of interventions and innovations, such as low traffic neighbourhoods, deep housing retrofits and green infrastructure. Monitoring the impacts of interventions is essential to determine the success of such projects and to build evidence for broader urban transformation. In this paper we present a mixed-method cross-disciplinary approach that brings together cutting edge atmospheric and data science, measurements of activity in public spaces and novel methods to assess wellbeing-promoting behaviours. The Manchester Urban Observatory focuses on living areas that have a high density of inter-related systems, which require observation, understanding and intervention at multiple levels. This must be completed in line with urban planning goals as well as a clear and succinct data solution that allows robust scientific conclusions to be made and viewed in real time. Delivery of such a monitoring strategy is not trivial and is time, resource and expertise heavy. This paper discusses the methods employed by the Manchester Urban Observatory to monitor the effectiveness off interventions implemented within cities and effective communication strategies with local communities.

Highlights

  • Urban environments play a key role influencing human health and wellbeing and there is a requirement to improve these environments to support more immediate and long-term positive outcomes

  • The mixed methods approach discussed in this paper has been co-produced by the Manchester Urban Observatory with stakeholders and have been in development since 2018 in the Greater Manchester area, but are sufficiently developed to be utilised in other areas of interest

  • This is significant as such measurements will inform policy, infrastructure planning and health delivery at the local and national levels and provide an evidence base to drive urban transformation

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Summary

INTRODUCTION

Urban environments play a key role influencing human health and wellbeing and there is a requirement to improve these environments to support more immediate and long-term positive outcomes. Interventions must be planned, developed, measured, quantified and understood with the relevant expertise, bringing together multiple specialities including health, social, atmospheric, environmental and data scientists, local government, community resident knowledge, healthcare practitioners as well as developers This collective expertise allows a holistic approach to developing and understanding change, addressing future sustainable goals and informing best practise. The mixed methods approach discussed in this paper has been co-produced by the Manchester Urban Observatory with stakeholders and have been in development since 2018 in the Greater Manchester area, but are sufficiently developed to be utilised in other areas of interest This is significant as such measurements will inform policy, infrastructure planning and health delivery at the local and national levels and provide an evidence base to drive urban transformation

MIXED METHODS APPROACH
Background
DISCUSSION AND OUTLOOK
Findings
DATA AVAILABILITY STATEMENT

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