Pilot project in Ghent: Setting up oxygen districts and evaluating school streets and circulation plans
The City of Ghent is rolling out several initiatives with a focus on school streets and mobility plans. On the one hand, the city is measuring the impact of school streets on local air quality. On the other hand, it examines how circulation plans can be implemented. Various sensors are deployed to measure nitrogen dioxide concentrations, with the main objectives being:
1
Assessment of different mobility plans for residential areas
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Building support for school streets in Ghent
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Improving air quality monitoring in mobility plans
Improving air quality monitoring of district mobility plans in Ghent
The impact of all district mobility plans on air quality is being monitored using passive NO2 samplers. Reliability of passive samplers is high, but the potential to involve citizens is rather low due to the lack of transparency and the long wait for lab results. Within CityTRAQ, Ghent investigates if sensors can be used as an alternative for passive samplers to evaluate the impact of mobility measures on air quality. Therefore, NO2 sensor boxes have been installed in the district of Dampoort/Oud-Gentbrugge. Fixed NO2- sensors are measuring at at least 10 locations in the district, from 4 months before implementation of the mobility plan until at least 6 months after.
Insight into theeffectiveness and added valueof NO2 sensors in the context of the monitoring of mobility interventions
Bring about more transparency in the evaluation process of policy action
Increase support for policy action
Building support base for school streets through air quality monitoring
The already existing school street approach of the city of Ghent is being enriched with an air quality perspective from start to finish, centered around participative NO2 measurements. These measurements are conducted with passive samplers and sensors in and near a school street. Real time air quality will also be visualised on a screen near the school entrance. These measurements and visualization will be used to build a support base for school streets and induce behavioural change.