Skip to main content

Research into weather impact on transport

Finland's VTT Technical Research Centre is heading a research project into the harmful impact of weather phenomena on transport in the EU. The EWENT project will set a precedent as no previous studies have been conducted on this scale. It will investigate evidence that heavy rainfall in particular impacts on European transport as with climate change, the occurrence of extreme weather is expected to increase. Weather is a major factor in traffic flow and safety as sudden storms and flash floods can paralyse
May 17, 2012 Read time: 2 mins
Finland’s 814 VTT Technical Research Centre is heading a research project into the harmful impact of weather phenomena on transport in the EU.

The EWENT project will set a precedent as no previous studies have been conducted on this scale. It will investigate evidence that heavy rainfall in particular impacts on European transport as with climate change, the occurrence of extreme weather is expected to increase. Weather is a major factor in traffic flow and safety as sudden storms and flash floods can paralyse an entire transport system and cause serious financial and human losses.

More information on these phenomena and their impacts is needed in order to minimise or prevent damage caused. The international research project Extreme Weather Impacts on European Networks of Transport (EWENT) headed by VTT is exploring the impacts of extreme weather phenomena on various forms of transport. The aim is to determine which weather phenomena are the most harmful for transport and what the costs of their impacts might be in the EU.

The research is focusing on atmospheric phenomena, which are more severe than normal and which may pose a danger to traffic and transportation in particular.

Related Content

  • July 17, 2012
    Study highlights weather effects on traffic
    Extreme weather conditions cost the EU’s transport system at least €15 billion (US$18.44 billion) per year according to a a study carried out by the Finnish VTT Technical Research Centre. The study reveals that the greatest costs incurred are from road accidents, with the associated material and psychological effects. Costs arising from accidents are expected to decrease in volume, although time-related costs attributable to delays are projected to increase. In part, this last effect is due to climate chang
  • January 23, 2012
    Impact of extreme weather phenomena on European transport system
    The VTT Technical Research Centre of Finland's Pekka Leviäkangas writes about the initial results of the EWENT project, which was set up to research the effects of severe weather on the European transport network. The European EWENT (Extreme Weather impacts on European Networks of Transport) project, financed by the European Commission under 7th Framework Programme for Research, recently issued its first Work Package (WP1) report. This is a review of extreme weather phenomena and their effects on the Europe
  • March 22, 2012
    Co-operative traffic safety system developed in Finland
    VTT Technical Research Centre of Finland, Mobisoft Oy and the Finnish Meteorological Institute, with support from partners, have developed a communication system for drivers to inform them about weather and road conditions and prevent serious or fatal accidents. When there is snow or ice on the road, the risk of an accident is increased by a factor of 4.1 compared to normal conditions, according to research conducted at the Tampere University of Technology.
  • November 21, 2014
    Ho Chi Minh City ‘must invest in transportation system’
    Ho Chi Minh City (HCMC) could generate economic benefits of US$1.4 billion by investing in making its transportation system more resilient in extreme weather conditions, a study released by Siemens and consulting firm Arup today shows. Siemens and the Arup prepared the study, to show how intelligent infrastructure can assist cities in addressing the increased demand and at the same time offer better protection of their transport networks against extreme weather events. Calculations based on a review o