Disaster nursing plays a crucial role in crises, making the preparedness and response competencies of nurses vitally important.Reference Reed, Rohrbeck and Wirtz 1 , Reference Imdat and Tastan 2 In these scenarios, the quick and effective interventions of nurses are critical for saving lives and contributing to the recovery of the community.Reference Naik, Maxwell and Jones 3 –Reference Sohrabizadeh, Shojaei and Möckel 5 The challenges faced by nurses in such disasters are not limited to medical skills; they also encompass psychological resilience, stress management, and emergency communication.Reference Ryan, Kako and Şimşek 6 , Reference Milburn, McNeill and Clay 7 Disaster preparedness and response competency involves systematically developing and applying these skills.Reference Naik, Maxwell and Jones 3 , Reference Küçük, Sari and Demirbağ 4 Enhancing these competencies prepares nurses for unexpected and challenging disaster situations and enables them to respond effectively.Reference Küçük, Sari and Demirbağ 4 , Reference Loke, Guo and Molassiotis 8 Thus, competencies in disaster nursing are fundamental not only for individual nurses but also for the resilience of health systems and communities.
The 2023 Kahramanmaraş earthquakes marked one of the most devastating natural disasters in Turkey’s modern history. Occurring on February 6, 2023, with magnitudes of 7.7 and 7.6 and followed by another 6.4 magnitude quake on February 20, these tremors predominantly affected the districts of Pazarcık and Elbistan. The aftermath saw over 48 000 lives lost, over half a million buildings damaged, and significant economic losses. The total population of the 11 impacted provinces was about 14 million, representing 16.4% of Turkey’s populace, including over 1.7 million temporary protected migrants. Economically, the region faced substantial burdens, with approximately 5.6 million houses constituting 14.05% of the national housing stock. The disaster’s economic impact on Turkey is estimated to be around $103.6 billion, potentially reaching about 9% of the country’s 2023 GDP. 9 , Reference Kahraman 10
Despite Turkey’s high disaster risk, the lack of a specialized disaster ministry or comprehensive structure, particularly in the health care sector, brings certain challenges.Reference Kahraman 10 , Reference Koçak and Serin 11 Moreover, the lack of specialized undergraduate or postgraduate programs in disaster nursing limits nurses’ preparedness and response capabilities for disasters.Reference Küçük, Sari and Demirbağ 4 , Reference Bodur and Kaya 12 In large-scale disasters like the Kahramanmaraş earthquake, although nurses are selected for duty based on certain criteria such as pregnancy, recent childbirth, having dependents to care for, or holding critical roles in their institutions, the nurses both assigned and not assigned to these duties generally possess similar levels of preparedness and competencies in disaster response.Reference Bodur and Kaya 12 –Reference Harmanci Seren and Dikeç 14 In other words, there is no predetermined competency difference between nurses who are deployed and those who are not. This situation creates an opportunity to test the competencies and perceptions of a subset of nurses with similar skills in sudden disaster response scenarios. This highlights the need for a more robust framework and strategy in Turkey for disaster preparedness and response, especially in the health care sector.
The devastating impact of the 2023 Kahramanmaraş earthquakes underscores the critical need for comprehensive research into the preparedness and response competencies of nurses in disaster scenarios. 9 , Reference Kahraman 10 This study seeks to delve into the nuances of these competencies by comparing nurses who were abruptly deployed in the disaster with their counterparts who were not, despite having similar qualifications.Reference Koçak and Serin 11 , Reference Harmanci Seren and Dikeç 14 , Reference Altuntaş, Çiçek Korkmaz and Efe 15 Such a comparative analysis is essential for understanding the dynamics of disaster response among health care professionals. This research, therefore, aims to investigate preparedness and response competency in disaster nursing by conducting a comparative analysis of nurses who were instantly deployed and those who were not in the context of the 2023 Kahramanmaraş Earthquakes in Turkey. The study focuses on understanding the differential impacts of immediate deployment on nurses’ competencies and perceptions in a high-stakes disaster scenario, providing valuable insights for future disaster preparedness and response strategies in health care.
Methods
Research Design
This study adopts a quantitative research approach, aiming to evaluate the disaster preparedness and response competencies among nurses under various conditions related to the 2023 Kahramanmaraş earthquakes. Utilizing the Turkish version of the Disaster Nursing Preparedness – Response Competency (DNPRC) Scale as the primary data collection tool,Reference Ahn, Jang and Kim 16 the study not only compares the competencies between nurses who were deployed and those who were not during the earthquake but also examines differences based on demographic and professional characteristics such as their disaster training, practical drill participation, and theoretical vs. practical training. This comprehensive analysis allows for a more nuanced understanding of how different types of training and experience affect disaster response competencies among nurses. Statistical methods were employed to analyze the DNPRC Scale results, facilitating a broad assessment of disaster response readiness and skills in the nursing cohort.
Participants
A total of 352 nurses voluntarily participated in this study, all of whom were from a province geographically close to the earthquake-affected area. Among these participants, 73 nurses had been actively deployed in emergency duties following the disaster. The sample encompassed a diverse range of nurses in terms of age, experience, and training backgrounds, providing a comprehensive perspective on disaster preparedness and response competencies. The inclusion of both nurses who were directly involved in the earthquake response and those who were not allowed for a robust comparative analysis of disaster response competencies. Ethical considerations were strictly adhered to, with all participants providing informed consent, and the study was conducted by relevant guidelines and regulations to ensure the confidentiality and anonymity of the participants.
Data Collection
Data for this study were collected in the 6-9 months following the emergency duties related to the earthquake. The participant nurses, all from a province close to the earthquake zone, provided demographic information, including age, years of experience, and specific details of their involvement in the earthquake response. The primary instrument used for data collection was the DNPRC Scale. Originally developed by Ahn et al.Reference Ahn, Jang and Kim 16 in South Korea and published in 2017, the DNPRC Scale was later adapted into Turkish in 2023 by Ulupınar et al.Reference Fadime Ulupınar and Aslan 17 The reliability of the scale, indicated by a Cronbach’s Alpha coefficient of 0.96, validates its effectiveness in measuring preparedness and response competencies in disaster nursing. The DNPRC Scale is composed of 2 main sections: “Preparedness” and “Response Competency.” The first section, assessing preparedness, includes 3 sub-dimensions with a total of 16 questions covering Ethical and Legal Practice, Communication and Information Sharing, and Education. The second section, evaluating response competency, encompasses 4 sub-dimensions with 18 questions, including Safe Care, Individual and Family Care, Collaborative Care, and Psychological Care and Vulnerable Population Care. This comprehensive structure of the DNPRC Scale allowed for an in-depth assessment of the various facets of disaster nursing competencies among the participating nurses.
Data Analysis
For the analysis of the collected data, SPSS software (version 25, IBM Corp, Armonk, NY, USA) was employed. A P value threshold of 0.05 was set for determining statistical significance. The data were reported in terms of means and standard deviations. To compare the differences in DNPRC scores across various groups, t tests and Analysis of Variance (ANOVA) were utilized. This analytical approach facilitated the examination of competencies in different sub-dimensions of the DNPRC Scale, as well as the overall preparedness and response competencies among the study’s participants.
Results
In this investigation, data derived from DNPRC Scale were analyzed, focusing on various demographic and professional variables such as gender, age, educational background, years of professional experience, and prior exposure to disaster scenarios. This comprehensive analysis included an evaluation of the sub-dimensions, individual sections, and the aggregate scores of the scale.
The analysis of the Disaster Nursing Preparedness and Response Competency (DNPRC) Scale scores between trained nurses (Group 1, n = 208) and untrained nurses (Group 2, n = 144) revealed statistically significant differences across all competency domains (Table 1). Trained nurses consistently demonstrated higher scores, indicating superior preparedness and response competencies in disaster scenarios. Across the Ethical and Legal Practice domain, trained nurses scored significantly higher (20.8 ± 3.5) compared to untrained nurses (19.0 ± 4.5) (t = 4.104, P = 0.001, Cohen’s d = 0.46). The Mann-Whitney U test also confirmed this finding (P = 0.001), indicating a robust effect even with unequal sample sizes. For all other domains, including Communication and Information Sharing, Education, Safe Care, Individual Care and Family Care, Collaborative Care, Psychological Care and Vulnerable Population Care, Section 1 (Preparedness), Section 2 (Response Competency), and Total Score, t tests revealed P < 0.001, demonstrating strong statistical significance. The Cohen’s d values ranged from 0.33-0.60, suggesting small to medium effect sizes, with the highest effect size observed in Section 1 (Preparedness) (Cohen’s d = 0.60). The Mann-Whitney U test results were consistent with the t test findings, with P < 0.001 for all domains, supporting the robustness of the results even under non-parametric conditions. This dual analytical approach ensured that the findings were not biased by unequal group sizes and provided additional validity to the observed differences in disaster nursing competencies.
Comparison of DNPRC scores between trained and untrained nurses

The analysis comparing the Disaster Nursing Preparedness and Response Competency (DNPRC) Scale scores of nurses who received only theoretical training (Group 1, n = 96) with those who received both theoretical and practical training (Group 2, n = 112) revealed statistically significant differences across all competency domains (Table 2). Nurses with combined training consistently demonstrated higher competencies, highlighting the critical impact of practical training on disaster preparedness and response skills. For the Ethical and Legal Practice domain, Group 2 (20.7 ± 3.4) exhibited significantly higher scores compared to Group 1 (19.2 ± 4.9) (t = -2.974, P = 0.003, Cohen’s d = 0.36). The Mann-Whitney U test validated this result (P = 0.001), indicating that practical training contributes positively to ethical decision-making and legal compliance during disaster scenarios. In all other domains, including Communication and Information Sharing, Education, Safe Care, Individual Care and Family Care, Collaborative Care, Psychological Care and Vulnerable Population Care, Section 1 (Preparedness), Section 2 (Response Competency), and Total Score, P < 0.001 was consistently observed, demonstrating strong statistical significance. The Cohen’s d values ranged from 0.34-0.56, indicating small to medium effect sizes, with the largest effect size noted in the Total Score (Cohen’s d = 0.56). The Mann-Whitney U test results were in line with the t test findings, with P = 0.006 for Collaborative Care and P < 0.001 for all other domains, supporting the reliability of the findings even in the presence of unequal sample sizes.
Impact of theoretical vs. combined theoretical and practical training on DNPRC scores

The analysis comparing the Disaster Nursing Preparedness and Response Competency (DNPRC) Scale scores of nurses who participated in earthquake drills (Group 1, n = 212) with those who did not participate (Group 2, n = 139) revealed statistically significant differences across nearly all competency domains (Table 3). Participation in earthquake drills was associated with higher preparedness and response competencies, highlighting the benefits of experiential learning and simulation-based training in disaster scenarios. For the Ethical and Legal Practice domain, Group 1 (20.6 ± 3.4) scored significantly higher than Group 2 (19.1 ± 4.7) (t = 3.520, P < 0.001, Cohen’s d = 0.38). In other domains, including Communication and Information Sharing, Education, Safe Care, Individual Care and Family Care, Collaborative Care, Psychological Care and Vulnerable Population Care, Section 1 (Preparedness), Section 2 (Response Competency), and Total Score, the t tests showed statistically significant differences, with P < 0.001 in most domains and P < 0.05 for Collaborative Care (P = 0.044). The Cohen’s d values ranged from 0.19-0.42, indicating small effect sizes, with the highest effect size observed in the Preparedness domain (Cohen’s d = 0.42). The Mann-Whitney U test results were consistent with the t test findings, demonstrating statistically significant differences across all domains, with P values ranging from 0.001-0.028. This consistency across parametric and non-parametric analyses reinforces the robustness of the results, confirming that the impact of earthquake drill participation on disaster response competencies is both statistically significant and practically meaningful.
Effect of earthquake drill participation on DNPRC scores

The analysis comparing the Disaster Nursing Preparedness and Response Competency (DNPRC) Scale scores of nurses who were actively involved in the earthquake response (Group 1, n = 73) with those who were not actively deployed (Group 2, n = 279) revealed statistically significant differences across most competency domains (Table 4). Active duty during the 2023 Kahramanmaraş earthquakes was associated with lower preparedness and response competencies, highlighting the potential impact of psychological stress and real-world challenges on self-assessed competency scores. For the Ethical and Legal Practice domain, Group 1 (17.9 ± 5.1) scored significantly lower than Group 2 (20.6 ± 3.5) (t = -5.390, P < 0.001, Cohen’s d = 0.70). The Mann-Whitney U test confirmed this finding, suggesting that active involvement in disaster response may influence perceived ethical and legal preparedness. In domains such as Individual Care and Family Care, Collaborative Care, Psychological Care and Vulnerable Population Care, Section 1 (Preparedness), Section 2 (Response Competency), and Total Score, both t tests and Mann-Whitney U tests demonstrated statistically significant differences. The Cohen’s d values ranged from 0.36-0.90, indicating medium to large effect sizes, with the Psychological Care and Vulnerable Population Care domain exhibiting the largest effect size (Cohen’s d = 0.90).
Impact of active duty in earthquake response on DNPRC scores

However, for the Communication and Information Sharing, Education, and Safe Care domains, while t tests showed statistical significance (P < 0.05), the Mann-Whitney U tests did not confirm these findings, suggesting non-significant differences in these specific competencies. This discrepancy may be attributed to several factors, including the unequal sample sizes, as smaller groups tend to exhibit higher variability and lower precision, potentially impacting the sensitivity of non-parametric tests. Additionally, non-parametric tests evaluate median differences and rank distributions, which may respond differently to outliers or non-normal score distributions, leading to varying interpretations of significance. Nevertheless, despite the differences in statistical significance, the effect size results consistently indicated small to moderate differences across all domains, reinforcing the practical relevance of the findings. Importantly, while Mann-Whitney U tests did not demonstrate statistical significance for a few specific domains, the overall preparedness (Section 1), response competency (Section 2), and total DNPRC scores remained significantly higher among non-deployed nurses, aligning well with the parametric test results.
Discussion
This research aimed to evaluate the competencies in disaster preparedness and response among nurses, highlighting a critical aspect of health care in emergencies. The findings of our study provide valuable insights into the complex interplay between training, experience, and perceived preparedness. While nurses with disaster training—particularly those who received both theoretical and practical components and participated in drills—demonstrated higher DNPRC scores, an unexpected outcome emerged among nurses who were actively involved in the 2023 Kahramanmaraş earthquakes. Contrary to our hypothesis, these nurses exhibited lower DNPRC scores. This result suggests a deeper implication. The responses on the DNPRC Scale, which reflect perceived preparedness and competency, might be more indicative of preparedness for hypothetical scenarios rather than real-world readiness for large-scale disasters such as the Kahramanmaraş earthquake. Research indicates that nurses actively involved in disaster response often experience significant psychological stress and trauma, which can negatively influence their self-assessment of preparedness and competency.Reference Varghese, George and Kondaguli 18 , Reference Turner 19 Studies on health care workers in the Kahramanmaraş earthquake zone revealed prevalent mental health challenges, including post-traumatic stress disorder (PTSD), burnout, and depression, which may contribute to the observed discrepancy in DNPRC scores.Reference Altuntaş, Korkmaz and Efe 13 , Reference Çuhadar, Bahar and Bağlama 20 The phenomenon of “perception-reality gap” in disaster response is well-documented, suggesting that direct exposure to traumatic events can diminish self-efficacy and lead to undervaluation of one’s professional skills.Reference Sehlikoğlu, Yilmaz Karaman and Yastıbaş Kaçar 21 , Reference Aytaç, Ovayolu and Serçe 22 The experience of being actively involved in such a large-scale disaster appears to have provided these nurses with a more realistic appraisal of their competencies, highlighting potential gaps in disaster preparedness that were previously unrecognized. This finding underscores a critical gap between perception and reality in disaster scenarios. Facing the harsh realities of a major disaster can significantly alter one’s self-assessment of preparedness and competency, emphasizing the need for continuous evaluation and enhancement of disaster nursing training and readiness programs. Moreover, psychological factors such as stress, trauma, and resilience should be integral components of these programs, as they play a crucial role in how nurses perceive and respond to their own capabilities during crises.
The findings of this study also bring attention to the evolving landscape of disaster nursing education in Turkey. Notably, the updated Nursing Core Education Program (HUÇEP-2022), implemented a year prior to the 2023 Kahramanmaraş earthquakes, includes critical competencies related to disaster preparedness. According to the program, nursing graduates are expected to “determine nursing care priorities in situations that massively affect public health, such as natural disasters and pandemics, and take an active role in crisis management” (https://www.yok.gov.tr/en). Under the curriculum topic “First Aid and Extraordinary Situations,” disaster nursing and crisis management are introduced; however, given the high seismic risk in Turkey, these components may not be sufficient to fully prepare nurses for large-scale disaster scenarios. Despite these foundational competencies in undergraduate education, the devastating impact of the 2023 earthquakes underscored the need for more advanced and practical disaster training. Encouragingly, in the aftermath of the disaster, Turkey has seen a substantial increase in disaster-related education and awareness initiatives, including inter-institutional collaborations, in-service training programs, and nationwide educational campaigns led by the Presidency of Turkey (https://uzaktanegitimkapisi.cbiko.gov.tr/). These programs aim to enhance disaster preparedness and response competencies not only among health care professionals but also within the broader community.Reference Şermet Kaya and Erdoğan 23 , Reference Arıcı, Bozkaya and Cengiz 24 Integrating such comprehensive training modules into formal nursing education and ongoing professional development programs could bridge the gap between theoretical knowledge and practical application, fostering both clinical proficiency and psychological resilience among nurses.
The findings from this study also indicate that nurses who received disaster training scored significantly higher on the DNPRC Scale compared to those who did not receive such training. Furthermore, nurses who underwent both theoretical and practical training achieved notably higher scores than those who only received theoretical training. Additionally, nurses who participated in drills outperformed those who did not participate in terms of their DNPRC Scale scores. This underscores the crucial role of training and experiential learning in enhancing disaster preparedness and response competencies.Reference Loke, Guo and Molassiotis 8 , Reference Ergezen, Akcan and Kol 25 In addition to practical training, incorporating resilience-building programs and stress management strategies into disaster preparedness curricula could help mitigate the adverse psychological effects of disaster response. Techniques such as peer support groups, debriefing sessions, and structured mental health interventions may enhance both perceived and actual preparedness among nurses.Reference Altuntaş, Korkmaz and Efe 13 , Reference Varghese, George and Kondaguli 18 The theoretical knowledge component of disaster training provides the foundational understanding necessary for nurses to conceptualize and recognize various aspects of disaster scenarios.Reference Küçük, Sari and Demirbağ 4 , Reference Ahn, Jang and Kim 16 However, it is the practical application of this knowledge through simulations and drills that truly fortifies their ability to respond effectively in real-life situations.Reference Altuntaş, Çiçek Korkmaz and Efe 15 , Reference Geng, Luo and Pei 26 , Reference Hasan, Younos and Farid 27 Engaging in practical exercises allows nurses to translate theoretical knowledge into actionable skills, fostering critical thinking and decision-making capabilities under pressure.Reference Loke, Guo and Molassiotis 8 , Reference Shi and Zhang 28 Moreover, participation in drills simulates the high-stress environment of actual disaster responses, thereby preparing nurses to manage and mitigate the psychological impacts they may encounter.Reference Digregorio, Graber and Saylor 29 , Reference Tussing, Chesnick and Jackson 30 Ultimately, the findings of this study highlight a critical gap between perceived and actual disaster preparedness among nurses. To address this gap, it is crucial to implement continuous training programs that integrate psychological support mechanisms, thereby fostering both professional competency and mental resilience. Future research should focus on longitudinal assessments to better understand how real-world disaster experiences influence health care professionals’ self-assessment and readiness over time.
The present study delves into the multifaceted nature of preparedness and competencies required in large-scale disaster scenarios, as reflected in the sub-dimensions of the DNPRC Scale. Ethical and Legal Practices require nurses to make critical decisions that adhere to both professional ethics and legal standards, even in challenging disaster contexts.Reference Al Harthi, Al Thobaity and Al Ahmari 31 , Reference Moradi, Abdi and Valiee 32 The importance of Communication and Information Sharing cannot be overstated, as clear, efficient communication and accurate information management are pivotal in coordinating effective response efforts.Reference Ahn, Jang and Kim 16 , Reference Al Harthi, Al Thobaity and Al Ahmari 31 Education serves a dual purpose, continually equipping nurses with updated knowledge and skills, and educating the community to enhance overall preparedness.Reference Loke, Guo and Molassiotis 8 , Reference Tussing, Chesnick and Jackson 30 Safe Care focuses on maintaining safety standards for both patients and health care providers in the midst of a crisis.Reference Veenema 33 , Reference Grochtdreis, de Jong and Harenberg 34 Individual Care and Family Care highlight the need for personalized care approaches considering the diverse needs of affected individuals and their families.Reference Ahn, Jang and Kim 16 , Reference Grochtdreis, de Jong and Harenberg 34 Collaborative Care emphasizes teamwork and interprofessional collaboration, which are vital in disaster response.Reference Bahadori, Khankeh and Zaboli 35 Finally, Psychological Care and Vulnerable Population Care address the mental health aspects and the needs of those most at risk in disasters.Reference Veenema 33 , Reference Benevolenza and DeRigne 36
The sub-dimensions of the DNPRC Scale collectively indicate that disaster nursing competencies extend beyond medical treatment, encompassing a holistic understanding of various aspects essential for managing complex disaster scenarios.Reference Ahn, Jang and Kim 16 Nevertheless, it’s important to note that this scale primarily measures nurses’ perceptions of potential disaster scenarios. Consequently, nurses’ expectations about the magnitude of potential disasters and their own competencies in such situations can be misleading. Considering the devastating impact of the Kahramanmaraş earthquake, it’s clear that anticipating such a large-scale disaster is challenging. 9 , Reference Kahraman 10 Being urgently called to duty in a disaster of this magnitude may have placed nurses in a difficult position. Furthermore, this situation might have complicated effective interventions by various units that required coordinated actions from more authoritative decision-making bodies. Therefore, those who actively witnessed the events in Kahramanmaraş might have realized their inadequacies in several aspects, should a similar large-scale disaster occur again.
On the other hand, nurses who received training and participated in drills might feel more prepared, but their perceptions can change when tested in a real scenario.Reference Reed, Rohrbeck and Wirtz 1 , Reference Ryan, Kako and Şimşek 6 , Reference Veenema 33 A growing body of literature supports the discrepancy between perceived and actual preparedness in disaster scenarios, highlighting that health care professionals, including nurses, often overestimate their readiness until faced with real-world challenges.Reference Koçak and Serin 11 , Reference Al Khalaileh, Bond and Alasad 37 , Reference Brown, McMullan and Largey 38 Brown et al. (2024) demonstrated that while nurses may feel confident in their preparedness, actual preparedness measures, such as emergency planning and resource allocation, are often insufficient during crises.Reference Brown, McMullan and Largey 38 Similarly, Al Khalaileh et al. (2012) found that despite moderate perceived preparedness among Jordanian nurses, objective assessments revealed significant gaps in disaster knowledge and skills, particularly when responding to large-scale emergencies.Reference Al Khalaileh, Bond and Alasad 37 These findings align with our study’s results, suggesting that deployed nurses’ lower DNPRC scores may reflect a more accurate self-assessment influenced by their real-world experiences in the 2023 Kahramanmaraş earthquakes. This gap between perceived and actual preparedness underlines the importance of incorporating not only theoretical and practical training but also resilience-building programs and real-life simulations to enhance both the perceived and objective competencies of disaster response personnel.
Despite this gap between perceived and actual preparedness, it is also important to consider that external factors unrelated to disaster training and competency may have influenced the observed differences. This is because, in many respects, there were similarities between those who were called to duty and those who were not. Factors such as pregnancy, having young children, holding a critical role in their institution, or needing to care for a dependent, which are not specific to disaster preparedness and competency, cannot explain the underlying reasons for this difference. However, the realization of inadequacies by a subset of a larger group with similar characteristics and perceptions, post their active involvement in these harrowing scenarios, is a matter that warrants considerable reflection. Nurses who were active in the earthquake response, instead of feeling better prepared for the next disaster due to their experiential learning, may have paradoxically become more aware of their deficiencies. The literature suggests that exposure to traumatic events can lead to secondary traumatic stress and vicarious traumatization, potentially causing health care workers to undervalue their own competencies.Reference Altuntaş, Korkmaz and Efe 13 , Reference Turner 19 , Reference Sehlikoğlu, Yilmaz Karaman and Yastıbaş Kaçar 21 This phenomenon may explain why deployed nurses, despite their direct experience, reported lower DNPRC scores. This realization suggests a significant shift from the anticipated preparedness to an understanding of their actual limitations in the face of such calamities. To bridge the gap between perceived and actual preparedness, not only should disaster training programs be revisited, but also psychological support initiatives such as resilience training, peer support groups, and stress management workshops should be integrated into disaster response frameworks. These initiatives could help nurses process their experiences constructively, promoting both psychological well-being and professional growth. By fostering an environment where mental health is prioritized alongside clinical training, health care institutions can build a more resilient and competent nursing workforce ready to face future disasters.
Strengths and Limitations
This study offers important insights into disaster nursing preparedness and response competencies, comparing actively deployed nurses during the 2023 Kahramanmaraş earthquakes with non-deployed counterparts. The comparative design, combined with both parametric (t tests) and non-parametric (Mann-Whitney U) analyses, strengthened the robustness of findings. Additionally, using effect size analysis (Cohen’s d) provided a clear understanding of the practical significance of the results. However, a key limitation is the lack of baseline data on pre-existing differences between deployed and non-deployed nurses, including previous disaster experience and psychological resilience. The unequal sample sizes between groups may have impacted statistical precision, contributing to variability in the results, particularly in Communication and Information Sharing, Education, and Safe Care domains. While effect sizes indicated small to moderate differences, the discrepancy in significance between parametric and non-parametric tests highlights the need for careful interpretation.
Conclusions
This study underscores the critical importance of disaster nursing preparedness and response competencies, especially in the context of large-scale disasters like the 2023 Kahramanmaraş earthquakes. Our findings reveal that while training, particularly when it includes both theoretical and practical elements, and participation in drills enhance nurses’ self-assessed competencies, the actual experience of responding to a massive disaster can profoundly alter their perception of readiness. The lower DNPRC scores among nurses actively involved in the earthquake response highlight a gap between perceived preparedness and the realities of disaster response. This insight calls for a re-evaluation of current training programs and emphasizes the need for more comprehensive, scenario-based training approaches that better prepare nurses for the unpredictability and complexities of real-world disasters. Ultimately, this study contributes to the ongoing conversation about enhancing disaster preparedness in the health care sector, advocating for a more robust and realistic approach to training and evaluation in disaster nursing.
Author contribution
FU—writing and editing of this paper, completed follow-up data collection, and completed data analysis; YE—assisted with writing discussion and editing the entire paper; MD and YAŞ — completed the data collection and assisted with writing results.
Funding statement
This research was supported under the TUBITAK 2209-A University Students Research Projects Support Program. It is important to note that while the study received funding for research purposes, no financial support was provided for article processing charges or open-access publication fees.
Competing interests
Authors have no conflicts of interest to disclose.
