This study examined the relationship of perceived safety and confidence in local law enforcement and government to changes in daily life activities during the Washington, DC, sniper attacks.

Participants were 1238 residents from the Washington, DC metropolitan area who were assessed using an Internet survey that included items related to safety at work, at home, and in general, confidence in law enforcement/government, and changes in routine daily life activities.

A majority of participants (52%, n = 640) reported changing their daily life activities, with approximately one-third identifying changes related to being in large places and getting gas. Perceived safety was associated with confidence in local law enforcement/government. After adjusting for demographics, lower feelings of safety and less confidence in law enforcement/government were related to a higher likelihood of altered daily activities. Confidence in local law enforcement/government modified the association of safety with changes in daily activities. Among participants with high safety, less confidence in local law enforcement/government was associated with greater changes in daily life activities.

Serial shooting events affect feelings of safety and disrupt routine life activities. Focus on enhancing experiences of safety and confidence in local law enforcement and government may decrease the life disruption associated with terrorist shootings.

This exercise aimed to validate New Taipei City’s strategic plan for a city lockdown in response to coronavirus disease (COVID-19). The main goal of all solutions was the principle of “reducing citizen activity and strengthening government control.”

We created a suitable exercise, creating 15 hypothetical situations for 3 stages. All participating units designed and proposed policy plans and execution protocols according to each situation.

In the course of the exercise, many existing policies and execution protocols were validated. These addressed (1) situations occurring in Stage 1, when the epidemic was spreading to the point of lockdown preparations; (2) approaches to curb the continued spread of the epidemic in Stage 2; and (3) returning to work after the epidemic was controlled and lockdown lifted in Stage 3. Twenty response units participated in the exercise. Although favorable outcomes were obtained, the evaluators provided comments suggesting further improvements.

Our exercise demonstrated a successful example to help policy-making and revision in a large city of over 4 million people during the COVID-19 pandemic. It also enhanced participants’ subject knowledge and familiarity with the implementation of a city lockdown. For locations intending to go into lockdown, similar tabletop exercises are an effective verification option.

This study was intended to demonstrate the applicability of the hackathon in idea generation for managing emergencies and disasters with a particular focus on flash floods.

A 4-day hackathon event was held, having 60 students, 9 mentors and 6 judges gathered to explore different ideas, and to solve problems of Iran flooding from mid-March to April, 2019. Of these, 10 teams with 6 students were accordingly formed to brainstorm and discuss the idea, while 9 mentors offered advice and guided them to manage their ideas. Then, all teams focused on designing their business models. Finally, the hackathon teams finalized their lean canvas and presented their ideas to the judging panel and the other participants.

A total of 10 ideas were presented, and based on the knowledge and experience of the judges, 3 ideas that were more practical and useful were selected.

As participants in a hackathon identify and present real-world problems, while ensuring that the prototype solutions address the end-user’s needs, it could be used to drive innovation, generate ideas, promote change in emergencies and disasters, and can increase our preparedness for future events. It helps us to develop tools and applications to better respond to these events.

Most medical emergencies requiring first-aid occur at home. Little is known about the prevalence of these medical emergencies.

The objective of this study is to describe medical emergencies occurring at people’s homes requiring first aid; characteristics, burdens and impact on functional outcome, and to address the national public knowledge and practice of first aid.

A confidential, cross-sectional survey, primarily based on the 2015 American Heart Association (AHA) and American Red Cross first aid guidelines, was conducted among adults (>18 years) from 12 educational centers, under the Ministry of Awqaf and Islamic affairs, State of Kuwait.

A total of 3000 self-administered questionnaires were distributed from September 16 2019 to November 30, 2019. The response rate was 34% (n = 1033 participants) of which 1% (n = 11) were partially answered questionnaires leaving 1022 questionnaires for valid statistical analysis. The prevalence of medical emergencies was 118.5 out of 100000 per year and the level of public knowledge was 19%. Medical emergencies were more likely to occur in Hawali province (49%, n = 149), women were more likely to encounter medical emergencies (78%, n = 238). Victims above 18 years of age were more likely to experience hypoglycemia (39%, n = 55) and children were more likely to suffer from hypoglycemia (19%, n = 22) or burns (17%, n = 20). Compliance with First aid guidelines was seen in hypoglycemia (31%, n = 44) but lacking in burn incidents (44%, n = 15). Participants called the ambulance in seizures (50%, n = 13), with 62% of medical emergencies requiring attendance at a health-care facility and 29% requiring hospital admission. Of the victims, 15% missed school or a day of work, and 25% had impaired functional outcomes.

Medical emergencies occurring at home are relatively common in Kuwait, and public training on first aid is low. Kuwait has unique medical emergencies, with hypoglycemia, seizures and burns being the most frequent emergencies that occur at home. These emergencies cause a burden on the health-care system with a quarter of them having negative impact on the victim’s functional outcome.

The objective of this study was to determine whether coordination of prehospital emergency health services and Disaster and Emergency Management Presidency (DEMP) and being prepared for disasters, such as building collapses, allow quick evaluation and fast intervention.

The information flow, hierarchy, treatment, and rehabilitation processes, and rescue organization and planning during the rescue attempt for 35 people who needed help due to this building collapse were reviewed.

Of the 43 people who lived in this 8-story building, 35 were inside the building during the collapse; 40% of them were assessed as injured and 60% as exitus. Almost two-thirds (64.3%) of the injured individuals who were rescued were women. The mean duration until rescue was 330 (57.0-512.0) min.

Leading and important factors that can increase the success rate in search and rescue interventions are informing official authorities as first early warning by individuals who can clearly define the situation, early security measures by security forces arriving before the health and search-rescue teams, accurate identification of estimated numbers of injured victims, and identifying and informing appropriate hospitals which victims rescued from the debris will be transferred to there.

This study evaluates the effectiveness of our game-based pedagogical technique by comparing the learning, enjoyment, interest, and motivation of medical students who learned about best practices for patient surge in a natural disaster with a novel game-based computer application, with those of medical students who learned about it with a traditional lecture.

We conducted our study by modifying an existing optional course in disaster medicine that we taught at Sichuan University. More specifically, in 2017, while our application was still in development, we taught this course by lecture. In this iteration, 63 third-grade medical students voluntarily joined our course as our ‘lecture group.’ Once our application was complete in 2018, 68 third-grade medical students voluntarily joined this course as the ‘game group.’ We examined the different effects of these learning methods on student achievement using pre -, post -, and final tests.

Both teaching methods significantly increased short-term knowledge and there was no statistical difference between the 2 methods (p > 0.05). However, the game group demonstrated significantly higher knowledge retention than the traditional lecture group (p < 0.05).

Our game-based computer application proved to be an effective tool for teaching medical students best practices for caring for patient surge in a natural disaster.

Coronavirus disease (COVID-19) has emerged as a global pandemic for public health due to the large scale outbreak, therefore there is an urgent need to detect the infected cases quickly and isolate them in order to suppress the further spread of the disease. This study tries to identify a suitable pool testing method and algorithm for COVID-19.

This study tries to derive a general equation for the number of tests required for a pooled sample to detect every infected individual in the specific pool. The gain in pool testing over the normal procedure is quantified by the percentage of tests required compared to individual testing.

The percentage of tests required by the pool testing strategy varies according to the different splitting procedures, the size of the pooled sample, and the probability of an individual being infected in the population. If the probability of infection is 0.05, then for a pool size of 32, only 14 tests are sufficient to detect every infected individual.

The number of tests required to detect infected individuals by using the pooling method is much lower than individual testing. This may help us with increasing our testing capacity for COVID-19 by testing a large number of individuals in less time with limited resources.

The response of nurses in Japan to the Fukushima Daiichi Nuclear Power Plant accident was deemed inadequate. This study examined the issues in Japanese radiation nursing education.

Anonymous, self-administered postal questionnaires were sent to managers and teachers of 1053 basic nursing educational institutions in Japan.

Among the 342 institutions that completed the questionnaire, 218 (63.7%) had incorporated Radiological Nursing Education into their curriculum while 124 (36.3%) had not. Based on the time of their incorporation, they were divided into the pre-accident incorporation group and the post-accident incorporation groups. For 89 of 111 institutions (85.6%) in the former group, the main reason for the incorporation was radiotherapy care. For 11 of 26 institutions (42.3%) in the latter group, the incorporation was their response to the nuclear disaster.

Nursing education in Japan has been inadequate, and as such, nurses find it hard to respond to nuclear disasters. Examining the current nursing education system and building a new model based on the nuclear disaster experience are urgent issues.

Originating in China in December 2019, coronavirus disease 2019 (COVID-19) rapidly spread to more than 216 countries in the world by May 2020. Because dentists are at a higher risk of contracting the disease, the present study assessed the fear and anxiety among dental practitioners of becoming infected with COVID-19.

An online cross-sectional questionnaire survey comprising of 9 questions was conducted among dental practitioners of Telangana. Age, gender, qualification, type of practice, years of practice, and place of residence were the demographic variables recorded. The response to each question was recorded in a YES or NO format, and mean fear score was calculated to categorize answers into low and high levels of fear. Comparison of mean fear score was done using t-test for 2 variables and analysis of variance for 3 or more than 3 variables. Multiple logistic regression analysis of the levels of fear with demographic variables was done. P < 0.05 was considered statistically significant.

The mean fear and anxiety score of this study population reported was high 6.57 ± 2.07, with 58.31% of the population presenting with a low level of fear and anxiety. Only qualification (P = 0.045) and gender (P = 0.035) revealed a significant difference in fear to Q7and Q8, respectively. Irrespective of the age, gender, qualification, type of practice, and years in practice, the levels of fear reported in the present study were very similar. Respondents between 41 and 60 y of age (6.70 ± 2.01 y) and those with individual practices (6.70 ± 2.06 y) exhibited high fear scores.

The present study demonstrates cross-sectional data of fear and anxiety among dental practitioners during the COVID-19 outbreak. Heightened levels of fear observed in this study call for a nationwide analysis of fear among dentists and deliberate management strategies for the same.

This study investigated how the effectiveness of household emergency plans during tornadoes was associated with family discussions, and the attributes of the plan for different age groups.

A telephone survey was conducted in 2014, one year after two 2013 Enhanced Fujita 4/5 tornadoes. The working sample included 223 respondents who reported having a household emergency plan before the tornadoes. The latent class analysis was used to identify the patterns of the plans and develop a typology based on their content. Logistic regression was used to examine predictors for plan effectiveness.

Two classes of plans were identified: quality plans that were rich in content and limited plans that had lower levels of content richness. Older adults were less likely to have quality plans and less likely to have family discussions. Quality of the plan and discussions with family members increased plan effectiveness among older adults, but not younger adults.

Better emergency planning could be more important for older than for younger adults. The findings were discussed from a gerontological perspective that focuses on older adults’ unique needs, vulnerabilities, and resilience factors.

This research was carried out to report the activity of the headquarters for disaster control at our hospital, and investigate the usefulness of obtaining information from Twitter when Typhoon Hagibis hit Izu Peninsula.

First, we recounted the activity of the headquarters for disaster control. We then collected information from Twitter from October 12-14, 2019, using the keyword Izunokuni.’ We took into consideration the contents of Twitter user posts as well as the number of reactions (‘retweets’ and ‘likes’). Twitter information was classified into photo (+) and (-) groups, depending on whether or not the post had a photo or video included. The number of reactions between the two groups was then analyzed.

We counted 122 Twitter posts containing Hagibis-related information for Izunokuni City. The average number of both ‘retweets’ and ‘likes’ in the photo (+) group were significantly greater than those in the photo (-) group. All photos and videos depicted specific places in Izunokuni City and included actual footage of disaster scenes or local warning signs.

Based on our experience at the headquarters for disaster control during Typhoon Hagibis, Twitter was considered to be a useful tool for obtaining local disaster information based on its timeliness, reality and specificity.

This study sought to examine current national disaster risk management capacities, and identify governance barriers to strengthening national preparedness for responding to public health emergencies, associated with the anticipated climate-driven intensification of natural disaster cycles.

A mixed-methods online survey, assessing broader governance constraints to climate change adaptation (CCA) for public health, was distributed to representatives of national public health associations, and societies of 82 member countries under the World Federation of Public Health Associations. Specific questions relevant to disaster risk management capacities and barriers were analyzed as part of a narrowed focus on the CCA subdomain of emergency preparedness.

Existence of some technology, infrastructure, and/ or human resources, necessary to develop early warning and other surveillance systems for climate-related health risks was reported by 9 out of 11 responding countries. However, 7 reported persistent limitations and/ or regional discrepancies. Most significant identified barriers to strengthening emergency preparedness at the national level included governance coordination challenges, and, in the case of many developing countries, technical, medical, and human resource shortages.

The development of new frameworks for intersectoral governance and large-scale resource mobilization will prove crucial to ongoing efforts to strengthen national climate-health resiliency and prepare for disaster-associated health threats.

This article considers how health education organizations in the World Health Organization's 9 Vaccine Safety Network (VSN) use Twitter to communicate about vaccines with the public, and whether they answer questions and engage in conversations. Almost no research in public health, to our knowledge, has explored conversational structure on social media among posts sent by different accounts.

Starting with 1,017,176 tweets by relevant users, we constructed 2 corpuses of multi-tweet conversations. The first was 1,814 conversations that included VSN members directly, whereas the second was 2,283 conversations mentioning vaccines or vaccine denialism. The tweets and user metadata were then analyzed using an adaptation of rhetorical structure theory.

In the studied data, VSN members tweeted 12,677 times within conversations, compared to their 37,587 lone tweets. Their conversations were shorter than those in the comparison corpus (P < 0.0001), and they were involved in fewer multilogues (P < 0.0001).

While there is diversity among organizations, most were tied to the pre-social media broadcast model. In the future, they should try to converse more, rather than tweet more, and embrace best practices in risk communication.

The purpose of this study was to demonstrate the use of social network analysis to understand public discourse on Twitter around the novel coronavirus disease 2019 (COVID-19) pandemic. We examined different network properties that might affect the successful dissemination by and adoption of public health messages from public health officials and health agencies.

We focused on conversations on Twitter during 3 key communication events from late January to early June of 2020. We used Netlytic, a Web-based software that collects publicly available data from social media sites such as Twitter.

We found that the network of conversations around COVID-19 is highly decentralized, fragmented, and loosely connected; these characteristics can hinder the successful dissemination of public health messages in a network. Competing conversations and misinformation can hamper risk communication efforts in a way that imperil public health.

Looking at basic metrics might create a misleading picture of the effectiveness of risk communication efforts on social media if not analyzed within the context of the larger network. Social network analysis of conversations on social media should be an integral part of how public health officials and agencies plan, monitor, and evaluate risk communication efforts.