Abstract

E67 road is a strategically important part of a North Sea – Baltic Core Network Corridor, connecting the three Baltic States with Finland, on the one hand, and with North Eastern Poland, on the other. So-called Via Baltica corridor services more than 30 000 vehicles per day being one of the major arteries for transit and heavy good vehicles transport in the region. Annually around 8 000 road accidents with casualties occur in the three Baltic States with more than 500 fatalities a year. Relatively high road safety risk exposure requires more efficient management of infrastructure safety issues. The three Baltic States use either black spot management (BSM) or network safety management (NSM) or a combination of these two approaches to treat dangerous road sections of the network. In this article three methodologies used in the Baltic countries for dangerous road sections and spots identification were described. Quantitative analysis of dangerous sections/spots identified by the three methodologies was performed for the whole Via Baltica corridor to reveal the differences between the methods used.

Highlights

  • In its policy orientations on road safety European Commission [5] has set a goal of halving the overall number of road deaths in the European Union by 2020 starting from 2010

  • Within the scope of presented study, three methodologies used in the Baltic countries for dangerous road sections and spots identification were compared and the differences between them were assessed analyzing E67 EE – LV – LT corridor

  • There are 126 dangerous sections and spots identified by three various approaches on Via Baltica

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Summary

Introduction

In its policy orientations on road safety European Commission [5] has set a goal of halving the overall number of road deaths in the European Union by 2020 starting from 2010. In line with the strategical documents mentioned before The United Nations adopted its first formal target to halve the number of global deaths and injuries from road traffic accidents by 2020 within the Global Goals For Sustainable Development [12]. European Commission encourages road authorities to use these procedures to the TEN-T roads, and on the whole road network

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