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

  • Are truck bans the wrong move in the battle for air quality
    June 29, 2016
    Low emission zones and heavy goods vehicles’ access to city centres may at first glance appear attractive but how effective are such controls? Jon Masters reviews emerging trends across Europe. Around 1,700 European cities have implemented low emission zones (LEZs) and in addition some have restricted city centre access for heavy goods vehicles (HGVs). Even those that restrict HGV access, such as Paris and Rome, allow exemptions at certain times and for particular classes of vehicle. But with what effect?
  • Hikvision offers faster and better traffic management decisions
    April 8, 2021
    In today’s crowded cities, effective traffic management is critical for reducing congestion and preventing accidents. With the Hikvision Traffic Visualisation Dashboard, traffic managers can view historical and real-time traffic information, helping them make the best decisions and improve outcomes for road users and residents.
  • ParkNow and BMW solution takes Intertraffic 2018 Innovation Award
    March 20, 2018
    A smart parking solution which directs city drivers to the likeliest available spaces based on historical and real-time traffic flow data has won the overall prize at the Intertraffic 2018 Innovation Awards. The On-Street Parking Information (OSPI) feature in BMW cars, coupled with an in-dash payments system from ParkNow, guides drivers to the area in which they should have the best chance of parking and then allows them to pay for it.
  • Lidar: eyes wide open
    March 3, 2022
    Lidar is on the cusp of becoming an indispensable part of transportation infrastructure worldwide. Itai Dadon of Ouster takes a high-level overview of the technology and its applications in ITS