WIT Press


“UNFORTUNATELY, I USE MY CAR”: COMMUTER TRANSPORT CHOICES IN BRISTOL, UK

Price

Free (open access)

Volume

230

Pages

10

Page Range

243 - 252

Published

2018

Paper DOI

10.2495/AIR180231

Copyright

WIT Press

Author(s)

CORRA BOUSHEL, JO BARNES, TIM CHATTERTON, LAURA DE VITO, ANDREW EDWARDS, LAURA FOGG ROGERS, MARK LEACH, EMILY PRESTWOOD, ENDA HAYES

Abstract

The leading source of nitrogen dioxide (NO2) concentrations in Bristol, United Kingdom is road transport, and Bristol exceeds the annual mean national air quality objective of 40 μg/m3 for NO2 in many locations around the city. Understanding the reasons for residents’ modal choice is an important element in managing air quality in the city. The ClairCity Project approach provides insight into how to reduce overall transport demand and identify incentives that will be effective in creating modal switch away from higher polluting private motorised vehicles. From the ClairCity Project survey subset of commuters (n=442), 45% of respondents used cars or vans at least occasionally for their journey to work, with 28% of the total number of commuters relying exclusively on private motorised transport. The majority of these car users (65.6%) said they would prefer not to travel by car to work in the future. Their responses showed a mix of negative perceptions of public transport, geography and health as key motivations. Family responsibilities, lack of safe cycling and walking spaces, poor health and disability, distance, requirements to transport goods as well as themselves and the need for flexibility were all given as barriers to modal switching. This suggests that for car commuters, well-targeted policy interventions could provide practical alternatives that would appeal to those who currently rely on private motorised transport. Understanding citizens’ perceptions, behaviours and activities is a key element in decision-making to reduce transport related air quality emissions and concentrations.

Keywords

air quality, transport, commute, Bristol, Delphi, air quality management