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Waterways & Wellbeing: Unlocking the Health Benefits of the World’s Canals

WCC Scotland
September 22, 2016

Waterways & Wellbeing: Unlocking the Health Benefits of the World’s Canals

Dr Sebastien Chastin is a tenured Reader in Physical activity and health at the Institute of Applied Health Research at Glasgow Caledonian University. He received BSc in metrology, a Master in Rehabilitation Sciences and a PhD in Non-linear physics. He is a fellow of the Royal Statistical Society. Previously he had post at the British Antarctic Survey, Oxford and Edinburgh Universities.

WCC Scotland

September 22, 2016
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  1. Waterways and Wellbeing: Unlocking the Health Benefits of the World’s

    Canals www.wcc16.com #WCCSCOTLAND Dr Seb Chastin Glasgow Caledonian University/ Ghent Univers
  2. Live Polling • Select Live Polling from home screen •

    Select the relevant session • Select your answer • Click “Submit” www.wcc16.com
  3. NCD = 63% of global death (38 million/year) 80% in

    low-middle incom countries 82% before age of 60 COST = 48% of global GDP (Harvard/IEF 2011)
  4. Urban waterway • Water resources • Traffic accident • Physical

    inactivity • Unhealthy diet • Stress • Loneliness • Health inequities Urbanisation
  5. YES but How? It is logical Scientific evidence of effect

    on hea of all the pieces is theoretically the
  6. Physical activity Diet Stress Road safety Air quality Economy LOGIC

    MODEL DETERMINANTS OF HEALTH ACTIONS Who is this user? I HAVE NOT CHANGED ANYTHING JUST DISPLACED A CYCLING ROUTE BENEFIT THOSE ALREADY BENEFITING NO NEW IMPACT ON HEALTH GENTRIFICATION INCREASED INEQUITIES - Already a cyclist - From a wealthy area
  7. Morta Mitchell et al. 2008 Mortality rate compared to highest

    income group 1 Question: Do inland waterways have a greater potential to reduce health inequalities?
  8. Guiding principles • What health changes are observed as the

    results of canals and inland waterway development • Size of the health effect? • How far does this effect stretch? • Can we really attribute health changes to the developments? Or are there other mechanisms? • Are the changes equitable?
  9. “None of the decisions were initiated based on scientific evidence

    or from listening to the community. ” Centre for Health, Environment and Justic
  10. Scientific evidence of health impact of inland waterways on health

    Systematic literature review 98% evidence focuses on PATHOGENIC EFFECTS SALUTOGENIC EFFECTS 2% - 0 quantified/evaluate health effect of canals/water - 2 reviews on effect of blue spaces - 1 Epidemiological study around the Mississippi river - 1 Review of Health impact assessment of urban waterway decisions.
  11. Very few planning process consider health impact Limited attention to

    salutogenic effects (4 cases) Very complex Very limited data to inform planning - Water quality generally monitored - no monitoring systems for - usage - physical activity No framework for community engagement non-users disavantaged 4 Cases only
  12. Question Could you rate on a scale of 1 (high)

    to 5 (low) the priority you would give to the each of these needs highlighted by the review below? 1) NEED TO ESTABLISH AN EVIDENCE BASE 2) NEED TO ESTABLISH A MONITORING SYSTEM 3) NEED TO ESTABLISH A FRAMEWORK FOR COMMUNITY ENGAGEMENT
  13. The Scottish Canals Study AIMS: – Co-Create with stakeholders/users/ communities

    and establish an evidence base – Establish a framework for community engagement – Establish a monitoring system (international)
  14. Natural experiment • Most extensive natural experiment in green and

    blue space • 1 person in 10 live within 3km • Worst health in Europe • Diverse communities • Diversity of salutogenic assets Housing Leisure Sports Attractions Events Active transport
  15. Scientific plan Citizen Science Train Equip USERS/NON-USERS Gather and analyse

    data - What works/doesn’t work? - What impact on their life? “OUR VOICE” Global Citizen Science network Epidemiology Match - Chronology of regeneration - Population Health data Has health changed? By how much? Where and how far? For how long? Can we attribute it to the canals? PER ASSET Evaluation Observatory Who use? Why ? How often? For what purpose? Health Economics Cost benefit of ASSETS Co-creation ALL STAKEHOLDERS Report Observatory Tool for planning/evaluating health impact
  16. Better shared Health Canal transformation Simple Conceptual Logic Model Increased

    Canal use Positive changes in individuals and places Dr Paul Kelly @narrowboat_paul Physical Activity for Health Research Centre (PAHRC) Institute for Sport, Physical Education and Health Sciences University of Edinburgh
  17. Resources and input Activities and Outputs Short and Intermediate outcomes

    Outcomes Awareness Policy and regulation Promotion, engagement Local councils Scottish Canals SUSTRANS Contractors Funding Media Canal side communities/ schools Social Enterprises Construction and maintenance Impacts Improved perceptions Walking behaviour Cycling behaviour Social norms for usage Safety in numbers Usage Social connected- ness IMPROVED SHARED HEALTH Improved access and safety Enjoyment of usage Green environment exposure Walking and cycling efficacy Blue environment exposure Leisure, social and community activities Operational Logic model v3.0 Place for activity, engagement, meeting others Reasons for activity, engagement, meeting others Education, discovery and capacity building activities Blue environment exposure
  18. Improved shared health Canal transformatio n Emerging socio-economic pathway New

    business opportunities Commercial spaces Tourism Creative industries Business use Renewable energy New housing Improved living conditions Employment Shifting demographics Improved health statistics “Gentrification”
  19. Thank you for listening FOR FUTHER INFORMATION IF YOU INTERESTED

    IN COLLABORATING WITH US Or IF YOU CAN FUND THE STUDY Contact: [email protected]