Skip to main content

TRL consortium research project to address climate change

With climate change generating increasing challenges for road operators, the UK’s Transport Research Laboratory (TRL) has begun a US$491,000 (€450,000) research project to help European road operators better address the impacts of climate change and reduce greenhouse gas emissions. Following a successful competitive bid, TRL is leading a consortium of six partners to deliver the two year DeTECToR (Decision-support Tools for Embedding Climate Change Thinking on Roads) project. The project is part of CEDR’
October 27, 2016 Read time: 2 mins
With climate change generating increasing challenges for road operators, the UK’s Transport Research Laboratory (491 TRL) has begun a US$491,000 (€450,000) research project to help European road operators better address the impacts of climate change and reduce greenhouse gas emissions.

Following a successful competitive bid, TRL is leading a consortium of six partners to deliver the two year DeTECToR (Decision-support Tools for Embedding Climate Change Thinking on Roads) project. The project is part of CEDR’s Transnational Road Research Programme, Call 2015 Climate Change: From Desk to Road and is funded by Germany, Netherlands, Ireland, Norway, Sweden and Austria.   

DeTECToR will produce practical tools and guidance documents, enabling road operators to better integrate climate change considerations in decision making and procurement. These include a cost-benefit tool that will utilise climate projections and asset information to enable the assessment of the cost-effectiveness of different adaptation actions.

DeTECToR will also produce a self-assessment tool to help embed climate change mitigation and adaptation into procurement. With most transport operators contracting out their maintenance, integrating consideration of carbon reduction and climate change adaptation into procurement process is a vital part of addressing climate change. The DeTECToR tool will help operators to assess their processes and identify areas for action.  

A series of pilot studies will be delivered to trial the guidance and tools, including one in the UK conducted by TRL. Road operators will be engaged throughout the project, though surveys, interviews and workshops to ensure the tools and guidance produced meet their needs. The DeTECToR outputs will be an important new resource for road operators helping them to address some of the most challenging issues relating to climate change.

For more information on companies in this article

Related Content

  • Is driver information heading for multi-channel mayhem
    October 22, 2013
    Colin Sowman talks to TRL’s research director Dr Alan Stevens about the future for cash-strapped road authorities’ driver information systems.
  • OPINION: ITS must be included in EU Green Deal
    September 14, 2022
    To reach the objectives of the European Green Deal, a classification system has been developed to identify environmentally-sustainable activities. However, Richard Lax of Kapsch TrafficCom is worried that it might not have the intended effect – and ITS could lose out as a result…
  • USDoT looks at the costs and potential benefits of connected vehicles
    October 26, 2017
    David Crawford looks at latest lessons learned from the trials of connected vehicles in the US. The progress of connected vehicle (CV) technologies takes centre stage among the hot topics highlighted in the September 2017 edition – the first since 2014 – of the ‘ITS Benefits, Costs and Lessons Learned’ survey from the US ITS Joint Program Office (JPO). The organisation is an arm of the US Department of Transportation (USDoT).
  • Move_UK develop new validation method to speed up AV deployment
    October 20, 2017
    Move_UK has completed the first phase of its three-year research programme for the real-world testing of autonomous vehicles (AVs) in the borough of Greenwich, London. The project has enabled the company to develop a new validation method to reduce the time taken to test automated driving systems and bring them to market. The project’s data is gathered from sensors installed on a fleet of Land Rover vehicles that have already completed more than 30