The popularity of train travel in the European Union has been constantly increasing in recent years. According to Eurostat statistics, trains carried at least 2.4 billion passengers in the EU in the second quarter of 2019. One of the reasons for the increasing number of passengers could be the increased environmental awareness of the European population. Due to climate change, member states are likely to further promote train travel in the future.
However, Slovenia has a problem. Unlike the rest of the European Union, the number of passengers has been declining in Slovenia in recent years. If almost 16 million passengers traveled by train according to Eurostat in 2009, this number dropped to only 13 million in 2018.
What is the reason? Experts draw attention to several causes or obstacles that prevent people from traveling by train. Researchers at the University of Southampton identified 73 such obstacles in 2012 that discourage individuals from traveling by train. They were divided into hard, soft and complementary obstacles. Hard obstacles can be measurable and affect all passengers, while soft and complementary obstacles are issues of each individual person.
EDJNet’s large investigation on trains has studied in great detail some solid obstacles when traveling by train. We wanted to know how accessible are train stations to the residents in different countries in the European Union, what is the price of tickets compared to the income of residents in each country, as well as how quickly passengers can travel by train compared to car.
Train station accessibility
The first important obstacle when traveling by train is the station’s distance from an individual’s place of residence. The relative distance of the station in relation to the length of the route should be emphasized here. If a person is going on a train journey lasting several hours, a fifteen minute drive to the train station may seem like a very short trip. If one commutes by train every day, an extra fifteen minute drive to the train station may seem like a lot of time lost on the way to work.
EDJNet’s investigation gathered information on the location of train stations in 16 EU member states. The investigation considered only the stations from which a passenger could travel to the capital city by train – even if he or she had to change the train. Those stations from which passengers cannot travel to the capital by train were not taken into account – for example, those where passengers would have to make part of the journey by bus.
The average air distance of the population from the nearest train station was then calculated on the basis of the population grid in these countries. The calculation shows that the average distance of the population from the station is the shortest in Czechia, where it is only two kilometers. The longest travel to the train station is in Croatia and it amounts to almost 13 kilometers. In Slovenia, the average distance is 4.3 kilometers, which represents a golden mean of the European countries studied.
A comparison by Slovenian regions was also made. Train stations are the closest to the population in the central Slovene region. The inhabitants of the Dolenjska region have to travel the longest to get to the stations – the average distance a person has to travel to the station there is more than 8 kilometers.
A similar result is obtained with other measures of distance – for example, by looking at the percentage of the population who lives more than 3 or more than 5 kilometers away from the nearest train station. In the Prekmurje region, slightly less than 60 per cent of the population has to travel 5 or more kilometers to get to a train station, while in the central Slovene region only 12.5 per cent of the population has to travel such a distance.
Ticket price and travel speed
Another important obstacle when travelling by train is the cost of price tickets in relation to the quality of the service, e.g. the speed of travel. If tickets are relatively inexpensive in Slovenia, the average train speed is quite low.
EDJNet’s investigation collected data on over 8000 ticket prices and travel times for 73 representative routes within the EU. For these routes, the train is faster than the car in 35 cases. As a rule, train travel is faster on longer routes and slower on shorter ones.
The ticket price was calculated as a percentage of the median disposable monthly income of the individual in each country. The cheapest regular ticket price per route was taken into account (i.e. without youth or retired discounts, etc.). Based on this approach, it appears that tickets are generally more expensive in terms of incom