Skip to main content

EarthSense Systems reveals cleaner air routes in city-wide project

A project has been launched to produce city-wide visualisations of air quality through combining EarthSense Systems' (ESS) ordnance survey (OS) geospatial data and real-time air quality data. The technology, a joint venture between Bluesky and University of Leicester, is being used to highlight areas of higher pollution and allows users to identify cleaner air routes such as parks or canal routes. ESS captures measurements on air quality through using a zephyr sensor and a city-wide network of sensors.
October 13, 2017 Read time: 2 mins

A project has been launched to produce city-wide visualisations of air quality through combining EarthSense Systems' (ESS) ordnance survey (OS) geospatial data and real-time air quality data.

The technology, a joint venture between Bluesky and University of Leicester, is being used to highlight areas of higher pollution and allows users to identify cleaner air routes such as parks or canal routes.

ESS captures measurements on air quality through using a zephyr sensor and a city-wide network of sensors. It delivers data forecasting, master planning and confirms cleaner cycling routes by combining with other inputs such as satellite observations, weather conditions and traffic emission data in its MappAir modelling solution. The data is available hourly, with a three day forecast, and historically, with resolutions ranging from 1m for detailed study areas to 10m for full city maps, and 100m for the national picture.

The OS Open Greenspace product is used to communicate EarthSense’s modelled air quality levels; depicting the location and extent of recreational and leisure facilities. The features included within the data are parks, play spaces, golf courses and allotments. In addition, the OS Maps app allows users to view the greenspace information and assists them with locating greenspaces in their local area.

Philip Wyndham, strategic development manager at the Ordance survey, said, “The insights gained from such modelling can also be used by policy makers and city planners to make practical interventions around mitigating hot spots – such as traffic light phasing, coordination of streetworks or correctly maintained urban trees and hedges which can trap many harmful pollutants."

Related Content

  • January 6, 2022
    EarthSense joins TTAS framework
    Transportation customers will be able to access pollution monitoring technology
  • October 15, 2018
    EarthSense app identifies clean air routes
    company says the application could also help wider clean air strategies when combined with population movement data. According to EarthSense, collating this data would allow key decision-makers to identify popular exercise routes and target resources to improve air quality at these locations. The app is being funded by the European Space Agency’s grant programme Project CARAMEL (Clean Air Routing and Mobile Exposure Limitation). The CARAMEL app uses space-based data, traffic simulation data, open data and
  • August 14, 2018
    EarthSense app to identify clean air routes for UK cyclists
    UK-based air quality specialists EarthSense is developing an app which will identify and map clean air routes for people cycling or exercising. The company says the application could also help wider clean air strategies when combined with population movement data. According to EarthSense, collating this data would allow key decision makers to identify popular exercise routes and target resources to improve air quality at these locations. The app is being funded by the European Space Agency's grant
  • January 15, 2018
    EarthSense sensors deployed on BBC Fighting for Air project
    Birmingham's 'leave your car at home' project has significantly reduced nitrogen Dioxide (NO2) in the Kings Heath area, in an initiative led by residents, television producers and Dr. Xan van Tulleken who presented the pilot on the BBC's Fighting for Air program. The project used EarthSense's Zephyr air quality monitoring sensors to obtain the improved air quality results.The experiment urged residents to switch to public transport or walk for their daily commute while the sensors monitored air pollution