3.1. Procedure
The research was conducted with respondents aged from 16 to 25. The databases of emails to which the questionnaire was sent were collected from driving schools, as well as from volunteer actions and sports events from the largest cities in Serbia. Potential participants were selected randomly, and they were not obliged to participate in the study. The study adhered to the Code of Ethics and Conduct of the Serbian Psychological Association which required that written consent was received from the parents of each minor child (aged less than 18) involved in the research. Respondents did not receive any compensation for participation.
In order to ensure a representative sample, the following sampling techniques were used for collecting respondents’ answers:
Paper survey: This form of questioning was conducted in Belgrade, Novi Sad, Niš and Kragujevac. These are the biggest cities in Serbia and have a population between 200,000 and 1,500,000. One of the objectives of the study was to determine whether there are any differences between rural and urban areas, and as such, those living in rural areas were invited to come to these cities and to participate in the survey. Respondents were most often students of high schools, colleges or driving schools. In these institutions, research guidelines were given, and the respondents volunteered to participate in the research. The survey was conducted in paper and pencil form, in the classroom, with a group of 30 respondents;
Information and Communication Technologies (ICT): The survey was created via a Google-drive application and advertised on the websites of high schools, colleges and driving schools, as well as popular social media platforms and social networks (Facebook, Instagram, Twitter). The questionnaire was posted on the pages of social networks intended for young people (e.g., the Youth of the City of Kragujevac), but also on the pages of institutions involved in traffic (e.g., the Agency for Traffic Safety, Traffic in Kragujevac);
E-mail surveys: The mail body text included basic information about the survey, together with a link to the web-designed questionnaire form if someone did not want to visit website where the survey was uploaded. The database of e-mail addresses was taken from high schools, colleges and driving schools (only those e-mail addresses for which there was the consent of the students to share the addresses for the purpose of promotions and research).
Participants: A total of 525 questionnaires were completed (356 online and 169 one-to-one). However, 20 online respondents were older than 25 years, and these were removed from the dataset. The final sample comprised 505 participants, 56% of whom were male. The majority of participants were from urban areas (72%). Studies on related topics have a similar number of respondents [
31,
32,
33,
34,
35,
36]. Although a 50–50 urban/rural population split was planned, and achieved in the one-to-one sample, this was hard to control in online surveys. However, the number of 143 rural respondents was enough for further analyses.
- 2.
Focus group discussion
Four focus groups were conducted with young people aged between 16 and 25 years. All focus groups had males and females as participants, as well as participants from urban and rural areas. Focus groups were held in the following cities: Belgrade, Niš, Novi Sad and Kragujevac. In each city, one focus group discussion was held. Information about conducting research was posted in high schools, colleges or driving schools. Focus group participants were selected by a random sampling of registered candidates. All of the participants were highly interested in road safety issues and very active in focus group discussions. Each of the focus group discussions lasted about one and a half hours, and all of them were audio-taped.
Participants: A total of 32 participants were involved in the focus groups (eight participants per city). Half of the sample were from urban areas (opposed to rural), and 62.5% were men.
- 3.
In-depth interviews
In-depth interviews were conducted with a range of professionals, including directors, chiefs, deputy chiefs and ordinary members from a range of companies, as well as traffic police officers. Stakeholders (traffic police, first aid, road safety councils, school councils, local road safety administration, national road safety administration) at the local and national level were chosen to identify what activities are done to raise awareness of youth road safety. In-depth interviews were conducted in the four cities that are the regional centers in Serbia—Belgrade, Novi Sad, Niš and Kragujevac—as well as in two rural Belgrade municipalities. Interviews lasted for about one hour on average, and almost all of them were audio-taped (note: traffic police officer from Kragujevac asked not to be audio-taped).
Prior to the main study, pilot studies were conducted for each method. Testing with ten participants was conducted with the questionnaire, which involved one-on-one sessions discussing the interpretation of each potential item. The focus group questions were piloted on four participants, and held in Belgrade, to ensure the validity and relevance of the proposed questions. The one-on-one interview was tested on a stakeholder in Belgrade to ensure validity and relevance.
Participants: Fifteen stakeholders participated in in-depth interviews.
3.2. Materials
The questionnaire contained 34 questions, seeking demographic information (gender, age, level of education and license tenure), crash and infringement notice history, the perceived most important characteristics of a vehicle (nice design, fast car, safe car, comfort, specific make), driving style (fast, normal, slow) and gender differences in perceived driving style. Participants were also asked information about their own driving (frequency, main reason for driving) and whether their behavior changes according to trip type (yes, no) or presence of passengers (yes, no). Attitude questions were also included, such as respecting pedestrians, playing loud music while driving, showing off to friends by violating road rules (yes often, yes infrequently, no). Opinions of the most dangerous behaviors were also sought, with participants asked to select any that were appropriate (from speeding, not yielding to pedestrians, not complying with traffic signs, driving under the influence of alcohol or drugs, using mobile phones while driving, offensive driving). It also examined the behavior of young drivers when driving in a column (the leader of the column, somewhere in the middle, at the back of the column). The remainder focused on key behaviors and attitudes of interest, such as:
Seatbelt usage (as a driver and as a passenger in the front and back seats). The main reasons for wearing a seatbelt were sought, which included: friends or family approval, fear of a ticket, safety, legal requirements, and other. Participants were also asked whether they require passengers in vehicles to wear a seatbelt (yes, no);
Mobile phone use while driving. Participants were asked to select the most applicable attitude from the following options: they use their phone while driving because it will not interfere with the driving task, they use their phone but know it will interfere with the driving task, they do not use their phone while driving. They were also asked whether, as a learner driver, they can use hands-free when driving (yes, yes but only if older than 18, or no);
Driving under the influence of alcohol. Participants were asked about frequency (never, several times per week, several times per month, several times per year) of drink driving, whether they had been fined for driving under the influence and how often they had driven in a vehicle with a driver under the influence (never, a few times, many times) and why (did not want to offend, was in a hurry, did not want to walk, driver was a parent, other). Participants were also asked if they intervene when somebody attempts to drive when under the influence (yes, no);
Speeding: Information was also pursued about usual speed choice (I respect speed signs and do not speed, I speed when in a hurry, I speed when driving slow makes me tired, I speed when I can do so safely). Participants were also asked whether it was “cool” to drive fast (yes, no).
- 2.
Focus group discussion
Apart from demographic data, 16 questions on traffic safety were asked within the focus groups (open-ended questions), in accordance with the aims of the paper.
Participants: A total of 32 participants were involved in the focus groups (eight participants per city). Half of the sample were from urban areas (opposed to rural), and 62.5% were men.
- 3.
In-depth interviews
In-depth interviews were conducted in a similar manner as the focus groups; after collecting demographic data of respondents, they answered 16 open-ended questions, to examine their view of youth safety in traffic.
3.3. Data Handling and Analysis
Statistical analysis was carried out in the statistical software package IBM SPSS Statistics v22. There were no missing data in the final sample of 505 participants answers. The normality of distribution was tested by inspection of histograms and the Kolmogorov–Smirnov test. Since the data for all measured variables distribution were not normally distributed, nonparametric analyses were used. To assess the significance of differences, the chi-square test was used. The most significant responses from focus groups and in-depth interviews are presented in the study.
Table 3 shows the breakdown of the sample in terms of age, gender and location. Most of the respondents were aged between 20 and 22 years old (49%), with only 13% aged between 16 and 19 years old. The average age of the respondents was 21.78 (2.13) years.
The results show that a notable percentage (16%) of young drivers reported having already been involved in a crash. Sixty-nine percent of those involved in a crash were from urban areas, and comparing this percentage with the survey sample size of the urban population (72%) suggests that rural youth are overrepresented in road accidents compared to urban youth. Moreover, it is also interesting that 48.8% of respondents involved in road accidents had held their license for less than five years, while 10.7% of respondents involved in road accidents had been licensed for less than one year.
According to research results, a notable percentage of respondents had received a traffic violation ticket (22%). Only 1.4% of respondents reported that they were punished for traffic violation more than five times. However, of those, 71.4% has also been involved in a crash.
What are the dominant trends in road safety behavior among young people?
The results showed that there are some dominant trends in youth road safety behavior. Those dominant trends are especially about speeding (
Table 4), using seatbelts (
Table 5) and drinking and driving (
Table 6).
Speeding. As can be seen in
Table 4, Speeding was common among respondents, with 72% of all participants reporting usually driving above the posted speed limit. Most of them were men. Comparing age groups, the oldest young people (age group 23–25) more frequently sped compared to others (χ
2 = 3.130;
p = 0.792). The main reasons for speeding are: “if I estimate that I could drive safe over speed limit, without consequences” (52%), “be in a hurry” (15%). However, there is a statistically significant gender difference for speeding (χ
2 = 10.485;
p = 0.015). Female participants reported complying with the restriction more than males (female = 30.9%, male = 20.9%).
Seatbelt usage: Most respondents reported that they always use seatbelts in the front seats, with 87% always using a seatbelt as a driver. A higher percentage of females (91.3%) compared to males (82.9%) used seatbelts (χ2 = 7.551, p = 0.023). Probing about why youth do not use seatbelts showed that the main reasons are: “I do not want to use it”, “because police officers know me”, “there is no enforcement”, “seatbelts strangle me”. Most (79%) respondents reported using seatbelts as passengers in the front seats. Analyses of gender differences also showed that females use seatbelts more than males as passengers in the front seats, and probing about why youth do not use seatbelts as a passenger in the front seats showed similar reasons for non-using as a driver. In contrast, only 9% of the respondents used seatbelts when sitting in the rear of a vehicle. There were three main reasons for this: “I do not have habit to use it in the rear seats”, “I think that it is not necessary” and “my car is not equipped with rear seatbelts”.
Driving when under the influence. Most (76%) respondents reported never driving under the influence of alcohol. Others (24%) had driven while under the influence of alcohol at least once. A higher percentage of males reported driving under the influence of alcohol when compared to females (χ
2 = 37.303,
p < 0.001). A very small percentage of respondents (2.4%) reported driving under the influence of drugs, and there were no differences in prevalence across males and females (χ
2 = 7.063,
p = 0.070). There are statistically significant differences between age and driving under the influence of alcohol (χ
2= 16.776,
p = 0.033). The youngest participants, in a smaller percentage, drive under the influence of alcohol, unlike the older ones. The results of descriptive statistics are shown in
Table 6. The majority (75%) of those who drove under the influence of drugs also drove under the influence of alcohol, demonstrating a broader pattern of behavior.
Almost half (45%) of the respondents reported using their mobile phone while driving, and most (55%) of them were males. This was a statistically higher prevalence than for females (χ2 = 30.728, p < 0.001). The reasons for this, albeit usage was rare, were mainly if something was urgent, or by using hands-free devices. On the other hand, there were no statistically significant age differences in mobile phone use while driving (χ2 = 2.049, p = 0.727).
How do attitudes and perceptions regarding road safety differ among young people?
Table 7 shows that perception and attitudes regarding road safety differ across gender. In general, males and females agreed that males are more aggressive and faster drivers than females (females 35.4%, males 64.6%), and, on the contrary, females are also risky because of the lack of experiences.
About a quarter of the sample did not change their behavior according to the purpose of the trip. For those who did, the main reason was “being in a hurry” (female = 31.6%, male = 68.4%).
Table 8 shows the responses regarding important characteristics of vehicles. The majority of the youth population (73%) put safety as one of the main important characteristics of their car (female = 51.5%, male = 48.5%). Others stated that a fast car (female = 9.5%, male = 90.5%), a nice design (female = 24.1%, male = 75.9%) and a comfortable car (female = 25.5%, male = 74.5%) were important. Thus, perception of road safety could also be defined indirectly through emphasis of the main important characteristics of the car.
The questions regarding speeding and overtaking a convoy of vehicles (i.e., three or more vehicles in a convoy) on a road section where overtaking is prohibited constitute a measure of aggressive driving. Interestingly, about 16% of all young people reported being very aggressive drivers, as can be seen from the percentages reported in the table. The drivers who often drive very fast liked to compete as “who is first” and liked to be “at the head of the column” (female = 71.5%, male = 28.5%) (
Table 8). Almost one quarter (23%) of the respondents tried to show off, mostly through speeding. The majority (78%) of these drivers were males, demonstrating that males had more propensity for showing off than females.
Figure 2 shows that awareness about road safety behavior among young people still exists. Because youth population recognized unsafe behaviors of young people, it could be said that awareness about road safety behavior still exists among young people. Those who reported unsafe behaviors could also point to key areas for redirecting actions for improving youth road safety (alcohol, speeding, using mobile phone while driving, etc.).
How does road safety behavior differ between rural and urban young people?
Behavior was also compared across rural and urban residents. Differences were found for speeding, but not for seatbelt use (ps < 0.05), driving under the influence (ps > 0.05) or mobile phone usage (ps > 0.05). Respondents in urban areas reported driving above speed limits more than rural respondents (urban = 75.9%; rural = 71.7%; there are no statistically significant differences, χ2 = 1.05; p = 0.789), although both samples reported almost the same reasons for driving above the speed limits: “being in a hurry” or “own estimation that it will be safe”.
What is the dominant understanding of road safety rules among young people?
Both rural and urban respondents agreed that males are mostly unsafe as drivers because of showing off, and females are unsafe because of the lack of driving experience. Male participants were significantly more likely to report showing off (male = 32.6%, female = 11.8%; χ2 = 31.11, p < 0.001). Male participants had more driving experience than female participants (males of about 4 years, female of about 3 years). In addition to the lack of understanding of the importance of safety behaviors and the lack of positive attitudes and perception of road safety issues among young people, comparing males and females, both agreed that males were more likely to behave unsafe than females. Both also agreed that the rural population is mostly unsafe because of small communities (everyone know each other, police officers too), and that the urban population is unsafe because of the lack of police enforcement (most of them respect traffic rules only if there are traffic police officers).
Where do young people learn about road safety and road safety behavior?
Youth usually do not learn from the road safety system (education, etc.), but they do learn from their experience. Less than 1% of the respondents saw from their parents how to behave safe, and approximately 27% improved their behavior because of police enforcement. In addition, those who started to behave safely as a result of enforcement now habitually use seatbelts, and do not speed or drive under the influence of alcohol. However, this behavior change took more than one enforcement situation, as less than 1% of the sample reported that they changed their behavior after their first traffic violation penalty.