170 Publications

This report is an analysis of responses to the Building Scotland’s Low Emission Zones Consultation which sought feedback on the Scottish Government’s proposals to introduce Low Emission Zones in Scotland

This report analyses and summarises responses that were received through a Scottish Government consultation on the shape of the regulatory framework for bus services in Scotland

This report analyses and summarises responses that were received through a Scottish Government consultation on the future of smart ticketing in Scotland

The aim of this study is to follow on from suggestions given in the ‘X-Route’ report and the CH2MHILL ‘Glowing Roads’ study, to research, trial and evaluate the viability of a glow in the dark strategy as an improvement to active travel routes in Scotland.

The purpose of this study is to investigate the implications related to changing the geometry, in particular the layout on both the merge and diverge tapers as a result of increasing the segregation island width. The findings should provide benefit not just for the A9 Dualling project, but for lay-by designs on the whole trunk road network.

Landslides can cause potentially costly damage and disruption to Scottish road infrastructure. This report builds on previous work on debris flows in Scotland.

The primary aim of this research is to build upon the results of the Stage 1 Evaluation (completed in 2016) and further develop understanding of the extent to which the Borders Railway is on track to meet its Investment Objectives

The aim of this research was to complete a repeat of the Stage 1 Evaluation two years after the re-opening of the Borders Railway

This report is a follow-up to the report titled Cost Benchmarking - Phase 1 Final Report, dated 31 July 2017, which primarily looked at establishing annual Baseline Unit Costs (BUCs) for ten different carriageway treatments carried out by Scottish Local Authorities.

Scottish Road Research Board (SRRB) commissioned an investigation into how safety on road construction projects can be improved using site proximity warning systems (PWS). These systems use innovative technology to create safe working environments by reducing the risk of accidental collisions between plant/ site vehicles and operatives as well as valuable assets.