3. Results and Discussions
Table 3 presents a comprehensive overview of the respondents’ demographic characteristics. In terms of gender distribution, female students constituted a slightly higher proportion (53.3%) compared to their male counterparts (46.7%). Regarding age, the majority of participants were between 22 and 25 years old (46.7%), followed by those over the age of 25 (35.3%), and the youngest group aged 17 to 21 (18.0%). The educational background of the respondents was predominantly at the bachelor’s level (86.8%), with smaller proportions holding a master’s degree (9.0%), a Ph.D. (3.6%), or a diploma (0.6%). When it comes to academic specialization, most respondents majored in radio and television (58.1%), followed by public relations (27.5%), journalism (12.0%), and a small percentage specialized in mass media (2.4%). As for the type of university attended, a slightly higher percentage of respondents were enrolled in public universities (51.5%) compared to private ones (48.5%). In terms of marital status, a significant majority were single (69.4%), while 24.0% were married with children, and 6.6% were married without children. Finally, concerning economic background, most respondents reported having an average income (79.6%), while 18.0% indicated a low income, and only 2.4% reported a high income.
The results of
Table 4 show that (43.1%) of the respondents learn sometimes online, while (29.9%) of them learn rarely online, and (26.9%) of them learn always online.
According to the data in
Table 5 that (49.1%) of the respondents indicated that the role of university education in preparing the student for the labor market is Intermediate, (38.3%) of them believe that the role of university education is weak, and (12.6%) of them indicated that the role of university education in preparing the student for the labor market is big.
Furthermore, the results of the
Table 6 indicate that (66.5%) of the respondents assessed the level of risks to which journalists in Yemen are exposed to high risk as a result of their work, while (29.3%) of them indicated that journalists are exposed to moderate risks, and a limited percentage of (4.2%) of the respondents believed that journalists are exposed to low risks.
Additionally, results in
Table 7 reveal that the respondents’ sources of knowledge regarding occupational safety procedures in the media field were diverse. A majority, 74.3%, reported that their knowledge stemmed from anticipation and a sense of security. Additionally, 71.3% indicated that the Internet was a primary source of information, while 67.1% cited university studies as another key source. Experience and expertise were identified by 64.1% of the respondents as significant sources of knowledge. Training courses contributed to 49.1% of respondents’ understanding, and lastly, 43.7% referred to journalists’ safety and security guidelines as a source of information.
On the other hand, the results of
Table 8 indicate the levels of knowledge of the respondents regarding occupational safety procedures in the media field vary, as (50.9%) of the respondents had a medium level of knowledge of occupational safety procedures in the media field, while (27.5%) of them had a weak level, (12.0%) of them confirmed that they had (no knowledge), while (9.6%) of them had a high level of knowledge of occupational safety procedures. Moreover,
Table 9 explores that (64.7%) of the respondents indicated that they practice the media work, while (35.3%) of them do not practice any media work.
According to the data in
Table 10, the media work practiced by some of the respondents varied, as (24.1%) of the respondents work as (photographers), (18.5%) of them work as writers, (11.1%) of the respondents work as editors, and (7.4%) of them work as (reporters), and (38.9%) of them work within other categories as (monterrey, graphic designer, director, TV producer, and content creator).
The results of
Table 11 confirm that (65.7%) of the respondents who practice the media work adhere medium extent to occupational safety procedures, while (27.8%) of them adhere to a large extent to those procedures, and (6.5%) of them do not adhere to any occupational safety procedures.
Moreover, results of
Table 12 show that the level of interest of (52.7%) of the respondents was highly interested in obtaining information and guidance on occupational safety procedures, while (40.7%) of them were moderately interested, and (6.6%) of them were lowly interested. Furthermore, the data in
Table 13 indicate that 81.4% of the respondents believe that adherence to occupational safety procedures is important, while 18.6% of them consider adherence to occupational safety procedures to be somewhat important.
The data in
Table 14 show that (41.9%) of the respondents believe that their universities do not care about their qualifying in the field of occupational safety, while (24.0%) of them indicated that their universities have low care, (23.4%) of them indicated that their universities care about their qualifying in that field medium, and (10.8%) of them explained that their universities care about their qualifying in that field (large).
According to the results presented in
Table 15 15, respondents identified multiple reasons for some universities’ lack of interest in training students in the field of occupational safety. Foremost among these is the lack of capabilities, cited by 73.1% of respondents. Additionally, 72.5% attributed this lack of interest to outdated educational curricula and a general lack of awareness regarding the importance of teaching occupational safety.
Table 16 presents the various forms of university interest in qualifying respondents in the field of occupational safety. A total of 42.5% of respondents reported that their universities offer “occupational safety” as a formal subject within the curriculum. Additionally, 35.9% stated that their universities dedicate lectures within certain courses to occupational safety topics. Meanwhile, 24.0% indicated that their universities publish journalists’ safety and security guidelines on the university website. Furthermore, 20.4% noted that their institutions either provide occupational safety accreditation courses or conduct relevant training programs. Lastly, 16.8% of respondents mentioned that their universities distribute occupational safety tools and equipment to students actively engaged in professional practice.
The results presented in
Table 17 indicate that respondents’ levels of knowledge regarding occupational safety procedures vary, with an overall moderate rating and an average score of 2.67. Specifically, the procedure of carrying identity documents and wearing a jacket marked “press” or “TV” received a moderate rating with an average of 2.95. Similarly, avoiding the carrying of weapons was rated at 2.92, and identifying trusted contacts averaged 2.73. Knowledge of procedures such as obtaining permission from the Ministry of Defense when covering events and securing accommodation during coverage both received an average of 2.72. Backing up personal documents via email followed closely with an average score of 2.69. Coordination and communication with Yemeni, Arab, or international syndicates, along with keeping emergency numbers stored in one’s phone, were both rated at 2.64. Knowledge of keeping first aid supplies averaged 2.62, while selecting appropriate support staff, such as a local broker or driver, received a score of 2.60. Wearing a helmet, jacket, and gas mask was rated slightly lower, at 2.55, and the use of incognito browsing and data protection averaged 2.53. Respondents rated knowledge of life and risk insurance provided by press foundations at 2.48, while activating the GPS was rated 2.46. The lowest-rated procedure was preparing survival essentials, such as water purification tablets, a survival blanket, dried food, and a door barrier, which received an average of 2.36.
Furthermore, the results in
Table 18 (52.1%) of the respondents confirmed that they first learned about occupational safety for journalists at the undergraduate level, while (35.9%) of them only learned about the occupational safety of journalists through this questionnaire, (34.1%) of them learned about the occupational safety of journalists before undergraduate studies, and (15.6%) of them indicated that they learned about it during graduate studies. Moreover, the data in
Table 19 show that 60.5% of the respondents did not read at least one guide on occupational safety in the media field, while 39.5% of them read at least one guide on occupational safety in the media field.
In addition, results in
Table 20 show that (30.5%) of the respondents follow (sometimes) the accounts of international press organizations on social media sites, while (28.1%) of them do not follow those accounts, while some respondents follow those accounts (rarely) and (always) at two rates of (23.4%) and (18.0%) for each of them, respectively.
According to the data in
Table 21, 83.8% of the respondents indicated that they did not subscribe to the service of receiving messages from international press organizations in their email, while (13.2%) of the respondents subscribed to that service. Furthermore, the data in
Table 22 explain that 83.8% of the respondents indicated that media students in Yemeni universities need to highly adopt a course on occupational safety, and 12.6% of the respondents believe that media students need to moderately adopt a course on occupational safety, while 2.4% of the respondents believe that media students need to lowly adopt a course on occupational safety, and a limited percentage of the respondents, amounting to (1.2%), believe that media students do not need any course on occupational safety. Moreover, the results of
Table 23 show no significant differences by gender (Mann-Whitney U (3298.000) = 0.01; p>0.05). Knowledge of occupational safety procedures levels between female and male students is similar.
According to the results of
Table 24 confirm that the differences are significant by respondents’ practice of the media work (Mann-Whitney U (2055.500) = 0.01; p<0.05). Knowledge of occupational safety procedures levels of the students who practice media work is significantly higher. Moreover, the results of
Table 25 show significant differences by respondents’ education (Kruskal-Wallis H (8.829) = 0.01; p<0.05). Knowledge of occupational safety procedures levels of the students who practice media work is significantly higher. To know the differences significantly by respondents’ education, we used the Mann-Whitney test in
Table 28.
The results of
Table 26 show a correlation between respondents’ knowledge of occupational safety procedures and the university’s interest in qualifying researchers in the field of occupational safety, the correlation coefficient = 0.162*. There is a correlation between respondents’ knowledge of occupational safety procedures and respondents’ practice of the media work, the correlation coefficient = 0.324*. And there is a correlation between respondents’ knowledge of occupational safety procedures and the extent to which respondents follow international press organizations’ social media accounts, the Correlation Coefficient = 0.412*.
On the other side, the results of
Table 27 show a correlation between respondents’ evaluation of the level of risks faced by journalists and the level of respondents’ knowledge regarding occupational safety procedures; the correlation coefficient = 0.190*. And there is a correlation between respondents’ evaluation of the level of risks faced by journalists and the extent to which respondents follow international press organizations’ social media accounts; the correlation coefficient = 0.169*.
Additionally, the results of
Table 28 show significant differences by respondents’ education between Bachelor and Master (= 0.01; p<0.05). Knowledge of occupational safety procedures levels of the students who are masters is significantly higher.
Table 28.
Pairwise Mann-Whitney test results for differences in knowledge of occupational safety procedures between education levels (n = 167). The results show significant differences between Bachelor and Master groups (p = 0.011, p < 0.05).
Table 28.
Pairwise Mann-Whitney test results for differences in knowledge of occupational safety procedures between education levels (n = 167). The results show significant differences between Bachelor and Master groups (p = 0.011, p < 0.05).
| |
Education Level |
| Education Level |
Bachelor |
Master |
Ph.D. |
| Diploma |
0.640 |
0.124 |
0.270 |
| Bachelor |
– |
0.011* |
0.117 |
| Master |
– |
– |
0.759 |