Workplace violence in a conflict zone: a study from Syria’s healthcare frontline
- Open Access
- 30.12.2025
- Research
Abstract
Background
Workplace violence (WPV) is a growing global concern in the healthcare sector. Resident doctors, nurses, and other professionals are particularly vulnerable to various forms of violence in clinical settings, including physical assaults, verbal abuse, and threats [1, 2]. Such violence carries serious consequences—not only endangering staff well-being and performance but also straining healthcare systems, particularly in resource-limited and unstable environments [3]. Among all professions, healthcare workers face the highest risk of WPV, with the World Health Organization estimating that 8% to 38% experience it during their careers [4].
The impact of WPV often extends beyond the immediate incident. Between 5% and 32% of affected individuals may develop post-traumatic stress disorder (PTSD) [5, 6]. Yet many receive insufficient emotional or institutional support. Supportive workplace measures are essential to prevent long-term harm and aid recovery [7].
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WPV also compromises patient safety. Providers under stress or working in unsafe environments are more prone to clinical errors, which can lower care quality [8]. Despite its serious consequences, most WPV cases go unreported due to fear, stigma, or lack of trust in institutional systems—leaving authorities without a clear understanding of the problem’s scope [9].
In the Arab region, research on WPV remains scarce. A few studies from Kuwait and Saudi Arabia have addressed it, but more data are needed to understand its true extent and consequences [10, 11]. In Syria, one study reported that 84.74% of resident doctors experienced verbal violence and 19.08% experienced physical violence over a 12-month period. Patients’ associates were the most common perpetrators, and both forms of WPV were significantly associated with higher depression and stress, and poorer sleep quality and overall health [12].
Following the recent drastic shifts in the political and security landscape in Syria, violence and civil unrest have sharply increased, with rising aggression across multiple sectors—including healthcare. Despite this escalation, WPV data remain limited. Unlike earlier studies that focused solely on physicians, this research also includes nurses, an often-overlooked but high-risk group. By examining the current prevalence and nature of WPV among resident doctors and nurses in public university hospitals, this study provides timely insights to inform institutional policies and protective strategies during one of Syria’s most unstable periods.
Methods
Study design and setting
This study employed a cross-sectional design to assess the prevalence and associated factors of workplace violence (WPV) among healthcare workers in Syria. Data were collected over 50 days from April 6th to May 26th, 2025. The study was conducted in public hospitals that host residency training programs approved by the Ministry of Higher Education (MoHE). The settings included major urban centers in the governorates of Damascus, Aleppo, and Lattakia, selected to broadly represent the country’s main geographical regions.
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Participants and sampling strategy
The target population consisted of physicians (including both attending physicians and resident doctors) and nurses actively employed in clinical roles within the selected public university hospitals.
Inclusion criteria were: (1) being a licensed physician, resident doctor, or nurse; (2) having been actively employed in a clinical role at one of the study hospitals for at least three months prior to data collection; and (3) providing informed consent.
Exclusion criteria were: (1) administrative, laboratory, or non-clinical support staff; (2) staff on extended leave during the data collection period; and (3) those in purely supervisory roles without direct patient care duties.
A multi-stage, non-probability sampling strategy was employed, dictated by the operational and security constraints of the research setting.
1.
Governorate and Hospital Selection (Stage 1): Three major governorates (Damascus, Aleppo, Lattakia) were purposively selected to represent central, northern, and western regions of government-controlled Syria. Within each governorate, all major public, MoHE-affiliated teaching hospitals that were accessible and fully functional were invited to participate. A total of eight hospitals agreed and were included in the study: six in Damascus, one in Aleppo, and one in Lattakia.
2.
Department/Ward Selection (Stage 2): Within each hospital, high-risk departments known from the literature for increased exposure to WPV were targeted. These included Emergency Departments, Internal Medicine, Surgery, Psychiatry, and Obstetrics/Gynecology wards. The head of each department granted permission for the study.
3.
Participant Recruitment (Stage 3): A convenience sample of eligible healthcare workers from the selected departments was recruited. Research assistants visited each ward during shift changes and handover meetings. They presented the study to all available staff, distributed information sheets, and invited participation. The self-administered questionnaire was completed on-site. This method was necessary due to the absence of reliable, up-to-date staff registries and the infeasibility of instituting a random sampling frame across multiple, overburdened hospitals in a conflict-affected setting.
The final sample comprised 832 healthcare workers who provided complete responses.
Data collection and instrument
Data were collected using a self-administered electronic questionnaire created with Google Forms, requiring approximately 10–15 min to complete.
The study instrument was adapted from a pre-validated English questionnaire used in a similar Ethiopian study [13]. This original tool is based on a foundational framework developed by the International Labour Organization (ILO), the International Council of Nurses (ICN), the World Health Organization (WHO), and Public Services International (PSI) [14].
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To ensure conceptual equivalence and suitability for the Syrian context, the selected sections of the original English version were translated into Arabic using a rigorous forward-backward translation process. The translated version underwent review by a senior researcher in the field for content and cultural appropriateness. The final instrument was then pilot-tested with a sample of 50 randomly selected nurses and female residents. Feedback from this pilot study was used to refine the final version, confirming the clarity and local relevance of the questions. The final English version of the questionnaire has been included as a supplementary file (S1).
The questionnaire was structured to gather information across five key domains:
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Sociodemographic and professional characteristics (e.g., age, gender, profession, years of experience).
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Experience with Workplace Violence (WPV), categorized as verbal and physical violence, including frequency and perpetrator details.
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Responses to and impacts of violent incidents.
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Reporting procedures, covering their availability, use, and perceived encouragement to report.
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The overall level of concern regarding WPV in the workplace.
The authors collected the data under mutual supervision in a quiet room attached to each unit. All eligible participants were first read an information sheet, and written consent was obtained before proceeding with the survey.
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The electronic questionnaire (Google Forms) was administered using tablets and laptops provided by the research team. Despite the use of an online form, researchers were present in a quiet room adjacent to the clinical units to facilitate the process. This approach was adopted for several key reasons pertinent to the context: (1) to ensure stable internet connectivity via mobile hotspots; (2) to provide immediate technical assistance and clarify any survey questions, minimizing missing data; (3) to guarantee a private and secure environment for participants, which was not consistently available on the busy wards; and (4) to obtain witnessed informed consent and verify eligibility criteria, enhancing the rigor of the recruitment process. All participants completed the survey independently, and researchers did not view individual responses to protect anonymity.
Ethical considerations
Ethical approval for this study was granted by the Faculty of Medicine at Damascus University (Approval ID: MD-210125-400). All participants were informed about the study’s objectives and the academic use of the data before providing verbal informed consent. The questionnaire was anonymous, collecting no personal identifiers to ensure confidentiality. Submission of the completed Google Form was considered implied consent to participate.
Statistical analysis
Data were analyzed using SPSS version 27 (IBM Corp., Armonk, N.Y., USA). Descriptive statistics were calculated, with frequencies and percentages used for categorical variables and mean and standard deviation for continuous variables.
To identify factors associated with exposure to violence, a binary logistic regression model was developed. An initial bivariate analysis was conducted to screen 14 potential explanatory variables, and those with a p-value < 0.25 were retained for the multivariate model. The final model included ten variables. Prerequisite checks for logistic regression were performed, including testing for multicollinearity (using VIF and tolerance values). The model’s goodness-of-fit was assessed using the Hosmer-Lemeshow test, which indicated a good fit (p = 0.259). An Omnibus test confirmed that the set of independent variables collectively influenced the likelihood of violence exposure (p < 0.001). In the final multivariate analysis, an Adjusted Odds Ratio (AOR) with a 95% Confidence Interval (CI) and a p-value < 0.05 was used to determine statistically significant associations.
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Results
Participant characteristics
The study sample included 832 healthcare workers (physicians, residents, and nurses), with a mean age of 28.24 (SD = 6.41) years. The majority of participants were female (64.4%) and single (61.6%). Physicians and residents constituted 68.1% of the sample, while nurses made up the remaining 31.9%. Approximately one-quarter of participants (25.8%) had five or more years of work experience. Detailed demographic and professional characteristics are presented in Table 1.
Table 1
Demographic and work details of participants (N = 832)
Variable | Category Count | Percentage | Mean (SD) |
|---|---|---|---|
Age | - | - | 28.24 (6.41) |
sex | |||
Male | 296 | 35.6% | - |
Female | 536 | 64.4% | - |
Marital Status | |||
Single | 513 | 61.6% | - |
In a Relationship | 109 | 13.1% | - |
Married | 210 | 25.3% | - |
Governorate of Work | |||
Damascus | 485 | 58.3% | - |
Aleppo | 255 | 30.6% | - |
Latakia | 92 | 11.1% | - |
Profession | |||
Physician / Resident | 567 | 68.1% | - |
Nurse | 265 | 31.9% | - |
Usual Hospital Shifts | |||
Morning | 305 | 36.7% | - |
Night | 213 | 25.6% | - |
Morning and night | 314 | 37.7% | - |
Years of Work | |||
1 | 133 | 16.0% | - |
2 | 197 | 23.7% | - |
3 | 175 | 21.0% | - |
4 | 113 | 13.6% | - |
5 | 58 | 7.0% | - |
More than 5 | 156 | 18.8% | - |
Monthly Income (USD) | - | - | 44.02 (23.98) |
Weekly Work Hours | - | - | 36.56 |
Violence exposure was assessed in two categories: verbal violence (including all its forms) and physical violence.
In the past 12 months, 538 out of 832 participants (64.7%) reported exposure to at least one form of workplace violence. Verbal violence was the most frequently reported type, affecting 515 participants (61.9%), while physical violence was reported by 114 participants (13.7%) (Table 2).
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Table 2
Prevalence of workplace violence (past 12 months)
Type of violence | n (%) |
|---|---|
Physical violence | 114 (13.7) |
Verbal violence | 515 (61.9) |
Any verbal and/or physical violence | 538 (64.7) |
Among participants who experienced physical violence (n = 114), the most common immediate response was self-defense (50.0%), followed by requesting time off (29.8%), seeking help from senior staff or colleagues (28.1%), and leaving the area (26.3%). A smaller proportion informed family or friends (14.9%) or took no action (13.2%).
Among those exposed to verbal violence (n = 515), the most frequently reported responses were requesting time off (42.3%) and ignoring the incident (33.2%). Approximately one quarter sought assistance from supervisors (25.0%) or colleagues (24.7%), while 20.8% reported taking no action. Active verbal self-defense was reported by 8.0% (Table 3).
Table 3
Immediate responses following workplace violence in the past 12 months (multiple responses allowed)
Immediate response | Physical violence (n = 114), n (%) | Verbal violence (n = 515), n (%) |
|---|---|---|
Took no action | 15 (13.2) | 107 (20.8) |
Ignored the incident | 8 (7.0) | 171 (33.2) |
Requested time off | 34 (29.8) | 218 (42.3) |
Self-defense (physical/verbal) | 57 (50.0) | 41 (8.0) |
Informed supervisor/manager | 30 (26.3) | 129 (25.0) |
Sought help from colleagues/staff | 32 (28.1) | 127 (24.7) |
Informed family/friends | 17 (14.9) | 76 (14.8) |
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Consequences of violent incidents. Among participants reporting physical violence (n = 114), 15 (13.2%) reported sustaining an injury, and 4 (26.6%) required medical care (Table 4).
Table 4
Physical consequences following physical workplace violence (past 12 months; n = 114)
Outcome | n (%) |
|---|---|
No injury | 99 (86.8) |
An injury occurred due to the incident | 15 (13.2) |
Required medical care due to the incident (among the injured) | 4 (26.6) |
Did not require medical care | 11 (73.3) |
Workplace preparedness and perceptions of violence
Table 5 outlines key workplace characteristics related to violence preparedness. A large majority of participants (87.3%) reported having received no specific training on how to handle violent incidents. Concurrently, 82.1% of respondents expressed some level of concern about workplace violence, ranging from slight to extreme concern.
Table 5
Workplace characteristics, preparedness, and concern about violence (N = 832)
Variable | Category Count | Percentage |
|---|---|---|
sex | ||
Male | 296 | 35.6% |
Female | 536 | 64.4% |
Do you have routine direct physical contact with patients? | ||
Yes | 550 | 66.1% |
No | 282 | 33.9% |
What is the sex of patients you usually deal with? | ||
Females | 106 | 12.7% |
Males | 15 | 1.8% |
Both sexes | 711 | 85.5% |
Have you been trained to handle violent incidents? | ||
Yes | 106 | 12.7% |
No | 726 | 87.3% |
How concerned are you about hospital violence? | ||
Not concerned | 149 | 17.9% |
Slightly concerned | 239 | 28.7% |
Moderately concerned | 257 | 30.9% |
Very concerned | 134 | 16.1% |
Extremely concerned | 53 | 6.4% |
Violence reporting procedures
As shown in Table 6, just over half of the participants (56.1%) stated that their workplace had formal procedures for reporting violence against employees. However, of those with access to such procedures, less than half (44.5%) reported using them. Overall, only 25.0% of the total sample had ever used a reporting system. Furthermore, 52.3% of all participants felt there was no encouragement to report violent incidents at their hospital. Among those who did feel encouraged, the most common source was colleagues (17.5%), followed by the hospital administration (23.2%).
Table 6
Violence reporting procedures and encouragement (N = 832)
Variable | Category Count | Percentage |
|---|---|---|
Are there procedures for reporting violence at your work? | ||
Yes | 467 | 56.1% |
No | 365 | 43.9% |
Do you use the violence reporting procedures? | ||
Yes | 208 | 25.0% |
No | 259 | 31.1% |
No procedures exist | 365 | 43.9% |
Is reporting violence encouraged at your hospital? | ||
Yes | 397 | 47.7% |
No | 435 | 52.3% |
Who encourages reporting violence? | ||
No encouragement | 435 | 52.3% |
Administration | 193 | 23.2% |
Colleagues | 146 | 17.5% |
Family/Friends | 46 | 5.6% |
Medical Syndicate | 11 | 1.3% |
Hospital Security | 1 | 0.1% |
Among participants who experienced physical violence (n = 114), symptom severity varied across domains (Table 7). For recurrent memories/thoughts, 33 (28.9%) reported no symptoms, 29 (25.4%) mild symptoms, and 27 (23.7%) moderate symptoms, while 6 (5.3%) and 19 (16.7%) reported severe and very severe symptoms, respectively. To avoid talking about the incident, 43 (37.7%) reported no avoidance, 26 (22.8%) mild, and 18 (15.8%) moderate, whereas 9 (7.9%) and 18 (15.8%) reported severe and very severe avoidance. Regarding hypervigilance, 34 (29.8%) reported not at all, 12 (10.5%) mild, and 32 (28.1%) moderate symptoms, while 17 (14.9%) and 19 (16.7%) reported severe and very severe hypervigilance. Feeling exhausted/stressed showed the greatest severity: 22 (19.3%) reported no symptoms and 13 (11.4%) mild symptoms, whereas 27 (23.7%) reported moderate symptoms and 20 (17.5%) and 32 (28.1%) reported severe and very severe exhaustion/stress, respectively.
Table 7
Severity of post-incident psychological symptoms among exposed participants (Not at all to very severe) A) physical violence (n = 114)
Symptom | Not at all, n (%) | Mild, n (%) | Moderate, n (%) | Severe, n (%) | Very severe, n (%) |
|---|---|---|---|---|---|
Recurrent memories/thoughts | 33 (28.9) | 29 (25.4) | 27 (23.7) | 6 (5.3) | 19 (16.7) |
Avoiding talking about the incident | 43 (37.7) | 26 (22.8) | 18 (15.8) | 9 (7.9) | 18 (15.8) |
Hypervigilance | 34 (29.8) | 12 (10.5) | 32 (28.1) | 17 (14.9) | 19 (16.7) |
Feeling exhausted/stressed | 22 (19.3) | 13 (11.4) | 27 (23.7) | 20 (17.5) | 32 (28.1) |
Among participants who experienced verbal violence (n = 515), the reported severity of post-incident symptoms also varied (Table 8). For memories of the incident, 152 (29.5%) reported no symptoms, 117 (22.7%) mild symptoms, and 113 (21.9%) moderate symptoms, while 70 (13.6%) and 63 (12.2%) reported severe and very severe memories, respectively. To avoid talking about it, 227 (44.1%) reported ‘not at all’, 108 (21.0%) reported ‘mild’, and 89 (17.3%) reported ‘moderate’ avoidance, whereas 51 (9.9%) and 40 (7.8%) reported ‘severe’ and ‘very severe’ avoidance, respectively. Regarding hypervigilance, 208 (40.4%) reported not at all, 113 (21.9%) mild, and 77 (15.0%) moderate symptoms, while 55 (10.7%) and 62 (12.0%) reported severe and very severe hypervigilance. For feeling exhausted/stressed, 145 (28.2%) reported no symptoms and 96 (18.6%) mild symptoms, whereas 78 (15.1%) reported moderate symptoms and 91 (17.7%) and 105 (20.4%) reported severe and very severe exhaustion/stress, respectively.
Table 8
Severity of post-incident psychological symptoms among exposed participants (Not at all to Very severe) B) verbal violence (n = 515)
Symptom | Not at all, n (%) | Mild, n (%) | Moderate, n (%) | Severe, n (%) | Very severe, n (%) |
|---|---|---|---|---|---|
Memories of the incident | 152 (29.5) | 117 (22.7) | 113 (21.9) | 70 (13.6) | 63 (12.2) |
Avoiding talking about it | 227 (44.1) | 108 (21.0) | 89 (17.3) | 51 (9.9) | 40 (7.8) |
Hypervigilance | 208 (40.4) | 113 (21.9) | 77 (15.0) | 55 (10.7) | 62 (12.0) |
Feeling exhausted/stressed | 145 (28.2) | 96 (18.6) | 78 (15.1) | 91 (17.7) | 105 (20.4) |
Prevalence of and factors associated with workplace violence
A binary logistic regression model was used to identify factors associated with experiencing workplace violence. The final adjusted model (Table 9) identified five variables with a statistically significant association.
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Profession: After adjusting for other variables, physicians and residents had 2.7 times the odds of experiencing WPV compared to nurses (AOR = 2.723; 95% CI: 1.695–4.375; p < 0.001).
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Shift Timing: Working night shifts was associated with 1.8 times higher odds of experiencing violence compared to morning shifts (AOR = 1.824; 95% CI: 1.148–2.899; p = 0.011).
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Patient Contact: Healthcare workers with direct patient contact had 2.6 times the odds of experiencing violence compared to those without such contact (AOR = 2.632; 95% CI: 1.087–6.373; p = 0.032).
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Age: Compared to the reference group of workers aged 50 and older, those in their 40s had 2.4 times the odds of experiencing violence (AOR = 2.402; 95% CI: 1.092–5.285; p = 0.029). While the odds were also elevated for those in their 30s (AOR = 2.648), this association did not reach statistical significance at the conventional alpha level (p = 0.061).
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Concern About Violence: A strong dose-response relationship was observed between the level of concern and experiencing violence. Compared to those who were not concerned, the adjusted odds of experiencing violence were 4.5 times higher for those with moderate concern (AOR = 4.458; p < 0.001), 9.1 times higher for those who were very concerned (AOR = 9.145; p < 0.001), and 22.7 times higher for those who were extremely concerned (AOR = 22.668; p < 0.001). The confidence interval for the “Extremely concerned” category is extensive (95% CI: 7.197–71.400), indicating a lack of precision in this estimate due to the small number of unexposed individuals in this group.
Table 9
Factors associated with exposure to workplace violence. This binary logistic regression model identifies variables significantly associated with experiencing workplace violence. Statistically significant associations (p < 0.05) are marked with an asterisk (*)
Variable | Workplace Violence | COR (95% CI) | P-value | AOR (95% CI) | P-value | |
|---|---|---|---|---|---|---|
Yes | No | |||||
Age | ||||||
50s and older | 21 | 35 | 1 | - | 1 | - |
40s | 54 | 49 | 1.837 (0.945–3.571) | 0.073 | 2.402 (1.092–5.285) | 0.029* |
30s | 463 | 202 | 3.820 (2.170–6.726) | < 0.001 | 2.648 (0.955–7.342) | 0.061 |
20s | 7 | 1 | 0.238 (0.027–2.073) | 0.194 | 1.072 (0.094–12.232) | 0.956 |
Occupation | ||||||
Nurse | 115 | 150 | 1 | - | 1 | - |
Physician/Resident | 424 | 143 | 3.867 (2.842–5.263) | < 0.001 | 2.723 (1.695–4.375) | < 0.001* |
Hospital Shifts | ||||||
Morning | 146 | 159 | 1 | - | 1 | - |
Night | 163 | 50 | 3.550 (2.408–5.235) | < 0.001 | 1.824 (1.148–2.899) | 0.011* |
Morning & Night | 230 | 84 | 2.982 (2.131–4.173) | < 0.001 | 1.232 (0.784–1.937) | 0.365 |
Patient Contact | ||||||
No | 11 | 29 | 1 | - | 1 | - |
Yes | 528 | 264 | 5.273 (2.593–10.720) | < 0.001 | 2.632 (1.087–6.373) | 0.032* |
Concern About Violence | ||||||
Not concerned | 51 | 98 | 1 | - | 1 | - |
Slightly concerned | 123 | 116 | 2.038 (1.335–3.110) | < 0.001 | 1.437 (0.903–2.286) | 0.126 |
Moderately concerned | 200 | 57 | 6.742 (4.306–10.558) | < 0.001 | 4.458 (2.728–7.284) | < 0.001* |
More than moderately | 116 | 18 | 12.383 (6.790-22.584) | < 0.001 | 9.145 (4.777–17.505) | < 0.001* |
Very concerned | 49 | 4 | 23.539 (8.043–68.895) | < 0.001 | 22.668 (7.197–71.400) | < 0.001* |
Discussion
This cross-sectional study investigated the prevalence, predictors, and institutional context of workplace violence (WPV) among physicians, residents, and nurses in three major Syrian governorates. The findings reveal a disturbingly high prevalence of violence, identify key professional and situational risk factors, and expose profound systemic failures in prevention and reporting mechanisms.
The primary finding of this study is the high prevalence of WPV, with 64.78% of the 832 participating healthcare workers (HCWs) reporting exposure to at least one form of violence. This rate positions WPV as a significant and pervasive occupational hazard within the studied healthcare settings. This figure aligns closely with, and in some instances surpasses, prevalence rates reported in global and regional systematic reviews. For example, a comprehensive meta-analysis encompassing studies from numerous countries estimated a global WPV prevalence of 61.9% among HCWs [15], while a recent review focusing on the African continent reported a pooled prevalence of 62.3% [16].
Regionally, the prevalence observed in our study is consistent with the high rates documented across the Middle East. Studies have reported WPV prevalence rates of 80.4% in Palestine, 75% in Jordan, and 64.8% in Lebanon [17]. Our finding is somewhat higher than rates from several studies conducted in Saudi Arabia, which found prevalence rates of 57.5% in one hospital-based study [18] and 46.9% in a study focused on primary care centers [19]. The consistency of our findings with those from neighboring countries underscores that WPV is an endemic and critical issue plaguing healthcare systems throughout the region [17].
However, the interpretation of this high prevalence must be nuanced by the unique context in which this study was conducted. The participating governorates—Damascus, Aleppo, and Latakia—have been profoundly affected by over a decade of conflict, a critical, unmeasured variable that likely exacerbates the risk of WPV. Protracted conflict and societal instability can induce immense psychological stress and trauma within the general population, potentially lowering the threshold for frustration and aggression in stressful situations, such as seeking medical care [20]. Concurrently, healthcare systems in such environments are often severely strained, characterized by chronic under-resourcing, shortages of essential supplies and qualified personnel, and consequently, long waiting times and an inability to consistently meet patient expectations [21‐24]. These very conditions are well-established triggers for violence against HCWs globally [21‐24]. Therefore, the 64.78% prevalence rate in this study likely reflects not only the universal occupational hazards of healthcare but also the compounded pressures of a fragile, post-conflict societal context. This suggests that WPV in conflict-affected settings is a complex socio-occupational phenomenon. Therefore, effective prevention strategies must be system-wide, trauma-informed, and explicitly account for the heightened societal stress and institutional deficiencies that characterize these environments.
The binary logistic regression analysis identified five statistically significant predictors of exposure to WPV: professional role, hospital shift timing, direct patient contact, age, and the HCW’s level of concern about violence. A detailed examination of these factors provides insight into the specific dynamics of risk within this study.
A particularly striking finding from the regression model is that physicians and residents had 2.7 times the odds of experiencing WPV compared to their nursing colleagues (AOR = 2.723, p < 0.001). This finding is noteworthy because it appears to contradict a substantial body of literature that consistently identifies nurses as the professional group most vulnerable to WPV [25‐31]. The elevated risk for nurses is typically attributed to their frontline position, greater amount of time spent in direct patient care, and their role in enforcing hospital rules [25‐31].
However, the research landscape is complex. Some studies suggest that while nurses may experience more overall violence, physicians may be at a higher risk for more severe physical violence [20, 32, 33]. Other work has found no statistically significant difference in overall exposure between the two professions [32]. The heightened risk for physicians and residents observed in our study may be explained by their specific roles as ultimate decision-makers and primary communicators of consequential news, particularly within a severely strained healthcare system. In many healthcare hierarchies, physicians are tasked with delivering diagnoses and prognoses, explaining treatment limitations, and making final decisions about care plans and the allocation of scarce resources [32, 34]. In the Syrian context, where the healthcare system is likely characterized by significant resource constraints and potentially poorer patient outcomes due to these systemic deficiencies, the gap between patient and family expectations and the reality of what can be provided is likely immense [21, 23]. The frustration, anger, and grief stemming from this “expectation-reality gap” may be disproportionately directed toward the individual perceived to hold the most authority and responsibility: the physician [32, 33]. While nurses manage the continuous, moment-to-moment aspects of care, physicians often become the face of systemic failures or unfavorable clinical outcomes. This finding underscores that violence is often a reaction to perceived systemic failures. Institutional interventions must therefore address not only staff safety but also the communication of resource constraints and management of patient expectations across the care team.
The analysis confirmed two well-established, universal risk factors for WPV. Working night shifts was associated with an 82% increase in the odds of experiencing violence compared to working morning shifts (AOR = 1.824, p = 0.011), and having direct contact with patients increased the odds by 163% compared to those without such contact (AOR = 2.632, p = 0.032). These findings strongly corroborate a vast body of international research.
The association between night shifts and WPV is consistently documented and is often attributed to a confluence of factors, including reduced staffing levels, diminished administrative and security presence, a higher prevalence of patients presenting under the influence of alcohol or drugs, and increased fatigue among staff, which can impair communication and judgment [18, 35‐37]. One case-control study specifically demonstrated that an accumulation of night shifts was a significant predictor of WPV occurrence [36]. Similarly, direct interaction with patients and their families is the fundamental conduit for Type II WPV (i.e., violence from patients or visitors) [34, 38]. The risk is inherent to the nature of healthcare delivery, which necessitates frequent and close interaction with individuals who are often in physical pain, anxious, cognitively impaired, or experiencing profound emotional crises [26, 31, 34, 39].
The significance of these findings in the present study lies in their powerful confirmation that these universal risk factors remain potent drivers of violence even within the unique, conflict-affected Syrian context. It might be hypothesized that in such a setting, context-specific factors like heightened societal aggression or the availability of weapons would overshadow more traditional occupational risks. However, our data demonstrate that fundamental organizational and situational factors—namely, shift scheduling and the nature of the HCW-patient interaction—remain robust predictors. This strongly implies that evidence-based interventions proven effective in other global contexts are likely to be highly relevant and impactful here. Strategies such as optimizing night shift staffing models, implementing predictable forward-rotating schedules [36], enhancing security presence during off-hours, and providing targeted training in de-escalation and management of agitated patients should be considered primary pillars of any prevention program. This reinforces the concept that WPV, at its core, is an occupational health and safety problem that responds to targeted organizational measures, regardless of the broader geopolitical landscape.
The most powerful statistical predictor of experiencing violence in our model was the participant’s self-reported level of concern. A clear dose-response relationship was observed: compared to HCWs who were not concerned, the odds of reporting exposure to violence were 4.5 times higher for those who were moderately concerned, 9.1 times higher for those who were very concerned, and a staggering 22.7 times higher for those who were extremely concerned. While the literature extensively documents that fear, anxiety, burnout, and post-traumatic stress are severe consequences of being exposed to WPV [21, 27, 31, 40‐42], its use as a predictive variable requires cautious interpretation, given the study’s methodological design.
The primary limitation in interpreting this association is the cross-sectional nature of the study, which makes it impossible to establish the temporal sequence of events [43, 44]. A cross-sectional design provides a “snapshot in time,” measuring both the exposure (concern) and the outcome (violence) simultaneously. This precludes any definitive determination of which came first and therefore prohibits causal inference [43‐46]. To suggest that being concerned causes an individual to be victimized would be a logically flawed conclusion that risks blaming the victim.
The most parsimonious and professionally responsible interpretation is one of reverse causality. It is highly probable that individuals who have been previously assaulted, threatened, bullied, or have repeatedly witnessed violent incidents in their workplace will, as a direct result, develop a heightened level of concern for their safety. In this light, the regression model is likely not identifying a cause of violence but rather a powerful marker of prior victimization.
A complementary explanation is that “concern” may be acting as a proxy variable for working in an objectively high-risk environment. HCWs assigned to notoriously dangerous units, such as an understaffed and unsecured emergency department, will rationally report higher levels of concern because the threat of violence is real, palpable, and ever-present. Their concern is not an abstract anxiety but a realistic assessment of their daily occupational risk.
Even with this causal ambiguity, the finding is profoundly important. An adjusted odds ratio of 22.7 signifies a deep-seated and extreme level of fear among a segment of the healthcare workforce. This intense concern is, in itself, a severe negative psychological outcome and a critical indicator of a toxic work environment. Such levels of fear are inextricably linked to adverse consequences for both the HCW and the healthcare system, including job dissatisfaction, burnout, increased absenteeism, and higher turnover intentions [21, 27, 41, 42], all of which ultimately compromise the quality and safety of patient care [23, 40].
Beyond individual-level predictors, the study’s findings point to critical failures at the organizational and systemic levels in creating a safe work environment and responding appropriately to violent incidents.
The results reveal a significant disconnect between the availability of violence reporting systems and their actual use. While a majority of workplaces (56.1%) reportedly have procedures for reporting violence, these systems are largely ineffective or ignored. Only 44.5% of workers in these institutions—equating to a mere 25.0% of the total sample—stated that they use these procedures. Compounding this issue is a lack of institutional encouragement; over half of the participants (52.3%) reported receiving no encouragement to report violent incidents.
This finding is a classic illustration of the pervasive and well-documented culture of underreporting that plagues healthcare systems globally [47, 48]. Official statistics consistently and dramatically underestimate the true scale of the problem because the vast majority of incidents are never formally reported [49‐51]. The reasons for this silence are multifaceted and deeply embedded in healthcare’s professional and organizational culture. They include a widespread belief among HCWs that violence is an inevitable and unavoidable “part of the job” [31, 42]; a pervasive fear of being blamed for the incident or facing negative repercussions from management [41]; and a cynical perception, often born from experience, that reporting is futile and that “nothing will be done” in response [19]. Furthermore, reporting procedures can be cumbersome and time-consuming, creating a significant barrier for already overburdened staff [52].
The data from this study suggest a fundamental failure of top-down safety leadership. The fact that the most cited source of encouragement to report violence comes from colleagues (17.5%), while the administration is perceived as absent or silent by the majority, points to a safety mentality that is peer-led and reactive rather than institutional, proactive, and robust. A functional safety system requires more than just a reporting form; it demands active, visible, and unwavering support from management [49]. The finding that over half of HCWs feel no encouragement to report indicates a passive, if not actively discouraging, stance from hospital leadership. This institutional passivity validates the common HCW perception that reporting is useless [19], creating a vicious cycle of silence. When incidents go unreported, the true magnitude of the WPV problem remains hidden from administrators, no data-driven preventive actions are taken, and HCWs become further demoralized and discouraged from reporting future events, perpetuating a hazardous work environment [38]. The problem is therefore not merely a lack of procedure but a profound lack of a supportive, responsive, and non-punitive safety culture, the cultivation of which is a direct responsibility of hospital management [38].
The study uncovered a critical and alarming gap in preparedness: an overwhelming majority of HCWs (87.3%) have not received any specific training on how to prevent or manage violent incidents. This finding reflects a common, yet inexcusable, deficit in occupational safety within healthcare [25]. The literature not only highlights this widespread lack of training but also increasingly questions the effectiveness of simplistic, one-off educational sessions that are not integrated into a broader organizational safety framework [52]. Research indicates that effective WPV prevention programs are multi-component, context-specific, and continuous. They combine education with practical skills development, are tailored to the specific risks of different clinical settings, and are supported by strong organizational policies and leadership commitment [51].
The near-total absence of training identified in this study represents a fundamental failure of the employer’s duty to provide a safe work environment and a massive missed opportunity for proactive risk mitigation. WPV is a known, well-documented, and foreseeable occupational hazard in the healthcare sector [38]. Providing employees with training on hazard recognition, risk assessment, verbal de-escalation techniques, and emergency response protocols is a basic and essential tenet of modern occupational health and safety [50]. The fact that nearly nine out of ten HCWs in this high-risk environment have not been equipped with these skills indicates that violence is being treated as an unavoidable occupational certainty to be endured, rather than a preventable problem to be actively managed. This institutional passivity is immensely costly, contributing directly to staff injury, psychological distress, burnout, and turnover [21, 26], which in turn degrades the quality of patient care and jeopardizes patient safety [23, 40]. Investing in effective, comprehensive, and sustained training is not just a matter of staff well-being; it is a critical component of organizational resilience, quality improvement, and risk management. Its absence constitutes a major systemic vulnerability.
The findings of this study have profound and urgent implications for healthcare policy and hospital management in Syria and other conflict-affected regions. The high prevalence of WPV, compounded by systemic failures in reporting and prevention, necessitates a multi-pronged, top-down, and bottom-up approach to create a safer healthcare environment.
At the policy level, national and regional health authorities must formally recognize WPV as a critical occupational health and safety issue. Mandating the development and enforcement of clear, system-wide, zero-tolerance policies is essential to protect all healthcare personnel. Enacting and enforcing legal frameworks that criminalize violence against all healthcare workers would send a powerful message that such acts are unacceptable and will be prosecuted, aligning with international norms. Furthermore, mandating a standardized, national incident reporting system is crucial. Such a system would allow for the accurate tracking of WPV trends, the identification of high-risk settings and populations, and the rigorous evaluation of the effectiveness of implemented interventions.
At the hospital management level, the implications are more direct and demand immediate action. First, institutional leaders must actively cultivate a culture of safety. This requires moving beyond the passive availability of reporting forms to actively and visibly championing a non-punitive environment where reporting is encouraged, supported, and demonstrably leads to investigation and tangible action. A culture of safety is characterized by open communication, management support, and a commitment to learning from adverse events to prevent their recurrence.
Second, hospitals must implement multi-component interventions. It is clear from extensive research that simple, isolated solutions are ineffective. A comprehensive WPV prevention strategy must be layered, incorporating environmental modifications (e.g., improved lighting, controlled access, installation of panic buttons, enhanced security presence), administrative controls (e.g., ensuring adequate staffing levels, particularly on night shifts; implementing policies to reduce wait times), and robust training programs.
Third, institutions must invest in tailored, evidence-based training. Generic, one-time training sessions have shown limited efficacy. Hospitals must commit resources to ongoing, recurring training programs that are specific to the unique risks encountered in different departments. Training must be role-specific and context-aware. For example, curricula should include verbal de-escalation for emergency staff, structured communication protocols for delivering difficult news, and techniques for managing agitated patients for ward staff, ensuring all team members have competencies relevant to their patient interactions. This training must include opportunities for hands-on practice and skills reinforcement to ensure that knowledge can be effectively applied under pressure.
Finally, organizations must establish clear and accessible procedures for post-incident support. Employees who experience a violent event require immediate and sustained support, including access to medical treatment for physical injuries, confidential psychological counseling to address emotional trauma, and administrative assistance with the reporting and, if necessary, legal processes.
Limitations
While this study provides critical insights into workplace violence (WPV) in Syrian healthcare, several limitations must be acknowledged when interpreting the findings.
First, the use of a non-probability convenience sampling method, while operationally necessary, introduces the potential for selection bias. Healthcare workers who were more available, or those with stronger personal experiences or concerns about violence, may have been more likely to participate. This could lead to an overestimation of the true prevalence of WPV. Conversely, workers in the most stressed or dangerous units might have been too busy to participate, potentially leading to underestimation. Consequently, the results may not be fully generalizable to all healthcare workers in Syria or to other conflict settings.
Second, the cross-sectional design captures associations at a single point in time but cannot establish causality. This is particularly relevant for the strong association found between the level of concern about violence and experiencing violence. The temporal sequence cannot be determined; concern may be a consequence of prior victimization rather than a predictive risk factor. Longitudinal studies are needed to explore causal pathways.
Third, all data were self-reported, which is subject to recall and social desirability biases. Participants may have underreported experiences due to stigma, fear, or normalization of violence as “part of the job,” or they may have overreported due to frustration. The lack of linkage to objective data from formal institutional reporting systems (which themselves are underused) means the figures rely on subjective recall.
Fourth, although the study was conducted in a conflict zone and the title reflects this context, the survey instrument did not include specific items measuring direct exposure to conflict-related violence (e.g., shelling, armed incursions) or perceptions of how the conflict influences patient aggression. Therefore, while we hypothesize that the conflict exacerbates WPV risk through systemic strain and population trauma, this relationship is inferred rather than empirically measured. Future research should incorporate validated measures of conflict exposure and stress.
Fifth, the analysis grouped attending physicians and resident doctors together. These groups have different levels of experience, authority, and patient interaction patterns, which could influence their risk profiles. Combining them may have obscured important nuances. Similarly, nursing roles were not disaggregated (e.g., staff nurses vs. head nurses).
Sixth, the study collected individual-level data but lacked detailed organizational-level variables. While we assessed the presence of reporting procedures and training at the individual level, we did not systematically audit hospital policies, the quality of existing training programs, or security infrastructure. This limits our ability to make specific institutional recommendations.
Finally, the security situation precluded data collection from all regions of Syria, and the findings are most representative of major urban public hospitals in the three included governorates. The experiences of workers in rural areas, private clinics, or more severely affected regions may differ substantially.
Despite these limitations, this study is among the first to systematically document the epidemic scale of WPV against healthcare workers in contemporary Syria. The findings provide a crucial evidence base for advocating for urgent interventions. The limitations primarily highlight directions for more granular, longitudinal, and institutionally linked research in the future.
Conclusion
This study provides compelling and sobering evidence that workplace violence is a crisis-level occupational hazard for healthcare workers in Syria. The finding that nearly two-thirds of the healthcare workforce report exposure to violence is a stark indictment of the conditions under which they must work. This epidemic of violence is not random; it is systematically associated with identifiable risk factors—such as being a physician or working a night shift—and dangerously enabled by a culture of silence and a near-total lack of preventive training. The powerful, dose-dependent association between experiencing violence and being concerned about it underscores the profound and lasting psychological toll this hazard takes on the workforce, turning fear into a daily feature of their professional lives.
These results issue an urgent and unequivocal call to action. Protecting the healthcare workforce is not a secondary concern; it is an absolute prerequisite for a functioning, resilient, and effective healthcare system. The failure to act is not a neutral choice; it is a decision that actively degrades the quality of patient care, accelerates the burnout and departure of essential personnel, and undermines the very foundation of the healthcare system. It is imperative to move beyond passive acknowledgment of the problem and to design and implement robust, multi-faceted, and evidence-based interventions. Fostering a genuine culture of safety—through visible leadership, supported reporting, tailored training, and targeted risk mitigation—is not merely an administrative task. It is an ethical and organizational imperative. Ultimately, protecting the healthcare workforce is not a secondary concern; it is an absolute prerequisite for a functioning, resilient, and effective healthcare system capable of serving the Syrian people.
Acknowledgements
We would also like to acknowledge the following collaborators, who assisted in data collection but did not meet the International Committee of Medical Journal Editors (ICMJE) criteria for authorship: Lana Sabbagh, Sarah Alghoutani, Zienab Koussa, Laith Abo Alhawa and Momen Nasra.
Declarations
Ethics approval and consent to participate
This study was conducted in strict adherence to internationally recognized ethical standards, including the principles outlined in the Declaration of Helsinki. To ensure the protection of participants’ rights, dignity, and welfare, rigorous protocols were implemented to maintain anonymity, safeguard confidentiality, and prioritize voluntary participation.
Formal approval for the research was granted by the Biomedical Research Ethics Committee (BMREC) at Damascus University (ID: MD-210125-400). Prior to enrollment, all participants provided written informed consent following a comprehensive explanation of the study’s objectives, procedures, potential risks, and benefits. Emphasis was placed on transparency, with explicit assurances that participants retained the right to withdraw from the study at any time without penalty or consequence.
Consent for publication
Not applicable.
Competing interests
The authors declare no competing interests.
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