Recovery Efforts Research Articles

Perinatal women in substance use disorder treatment: Interest in partnering with family and friends to support recovery needs.

Perinatal women treated for substance use disorder (SUD) face considerable barriers to recovery that might be ameliorated through activation of community support. This descriptive study evaluated the presence of drug-free family and friends in the social networks of perinatal women treated for SUD. It also assessed the interest of these women to partner with network members to mobilize support across several recovery needs. Social network interviews were conducted with 40 pre- and post-partum women treated at the Center for Addiction and Pregnancy (CAP) in Baltimore, Maryland. These interviews also prompted participants to consider which network members to invite to the program to support recovery efforts. Study participants reported that their personal social networks included 4.4 drug-free adults. An overwhelming majority (80%) of participants reported a willingness to invite at least one person to the CAP program. Participants also endorsed several opportunities for collaboration between the program and community support. These findings suggest that treatment program guided activation of network support offers a testable strategy to help perinatal women reduce barriers to recovery and improve treatment outcomes.

Primary care clinic visits in formerly evacuated areas due to radiation disaster following the Great East Japan Earthquake: A retrospective descriptive study.

Radiation disasters pose distinctive medical challenges, requiring diverse care approaches. Beyond radiation exposure assessment, addressing health impacts due to lifestyle changes, especially among vulnerable populations, is vital. Evacuation orders issued in radiation-affected areas introduce unique healthcare dynamics, with their duration significantly influencing the recovery process. Understanding evolving patient demographics and medical needs after lifting evacuation orders is crucial for post-disaster care planning. Minamisoma Municipal Odaka Hospital, located 13 to 20 km from Fukushima Daiichi Nuclear power plant in a post-evacuation zone, was greatly affected by the Great East Japan Earthquake and subsequent radiation disaster. Data were retrospectively collected from patient records, including age, gender, visit date, diagnoses, and addresses. Patient records from April 2014 to March 2020 were analyzed, comparing data before and after the July 2016 evacuation order lift. Data was categorized into pre and post-evacuation order lifting periods, using International Classification of Diseases, Tenth Edition codes, to identify the top diseases. Statistical analyses, including χ-square tests, assessed changes in disease distributions. Population data for Odaka Ward and Minamisoma City fluctuated after lifting evacuation orders. As of March 11, 2011, Odaka Ward had 12,842 residents (27.8% aged 65+ years), dropping to 8406 registered residents and 2732 actual residents by April 30, 2018 (49.7%). Minamisoma City also saw declines, with registered residents decreasing from 71,561 (25.9%) to 61,049 (34.1%). The study analyzed 11,100 patients, mostly older patients (75.1%), between 2014 and 2020. Post-lifting, monthly patient numbers surged from an average of 55.2 to 213.5, with female patients increasing from 33.8% to 51.7%. Disease patterns shifted, with musculoskeletal cases declining from 23.8% to 13.0%, psychiatric disorders increasing from 9.3% to 15.4%, and trauma-related cases decreasing from 14.3% to 3.9%. Hypertension (57.1%) and dyslipidemia (29.2%) prevailed post-lifting. Urgent cases decreased from 1.3% to 0.1%. This study emphasizes the importance of primary care in post-evacuation zones, addressing diverse medical needs, including trauma, noncommunicable diseases, and psychiatric disorders. Changing patient demographics require adaptable healthcare strategies and resource allocation to meet growing demands. Establishing a comprehensive health maintenance system tailored to these areas' unique challenges is crucial for future disaster recovery efforts.

Post-earthquake building damage assessment: A multi-period inspection routing approach for Gaussian process regression

In the wake of seismic events, prompt and accurate building damage assessment is crucial to inform post-disaster interventions and recovery efforts. This paper advances a novel multi-period planning strategy for post-earthquake building inspections, conceptualizing the task as a multi-period orienteering problem (MPOP). In this framework, each building selected for inspection hosts a specific reward indicating its informative value for damage assessment. The objective is to design inspection routes that maximize damage information acquisition while adhering to time constraints. After data collection, we utilize a Gaussian process regression (GPR) model to estimate the damage in uninspected buildings. To validate our approach, we conduct an earthquake simulation with realistic building information from San Francisco. The experimental outcomes reveal that our multi-period damage assessment framework maintains robust performance across diverse scenarios and consistently surpasses conventional period-by-period inspection strategies, yielding enhanced damage information acquisition and greater precision in damage estimation. This outcome underscores the effectiveness of our proposed method in strengthening post-earthquake damage assessment and improving recovery planning.

Penguatan Implementasi Kurikulum Merdeka Setelah Masa Post Covid Pada Guru Ekonomi MGMP Provinsi Jawa Tengah

This article aims to support the government's policy regarding the implementation of the Freedom Curriculum, which is provided to the Council of Economics Subject Teachers in Central Java Province as an additional option for the recovery of learning during 2022-2024. In this service, workshops and training related to the implementation of the Freedom Curriculum are conducted, with a focus on utilizing technology and community-based strategies and platforms. These are being developed for the implementation of the Freedom Curriculum. The outcome of this dedication is that each teacher can comprehend the concept of the Freedom Curriculum implementation well. Therefore, it is expected that all stakeholders involved in this implementation can optimize its utilization as an effort for post-pandemic learning recovery.

Land deformation due to earthquake in Cianjur, West Java, Indonesia: A multisensor-multitemporal study

Background The Java Island is located in a seismically active region, which makes it vulnerable to earthquakes. On 21 November 2022, an earthquake of magnitude 5.6 struck Java, with its epicentre located in Cianjur, West Java. The earthquake caused significant damage to the buildings and infrastructure in the region, and several injuries and fatalities. Methods In this study, we used multisensor and multitemporal data to investigate the land deformation. Multi-pairs of Sentinel-1 SAR and aerial orthomosaic photos are used. Sentinel-1 SAR data were acquired from the Copernicus Data Space Ecosystem and the SNAP software was used to do inSAR analysis, while aerial orthomosaic data were acquired using DJI Drone Mavic Pro. Results Our results show that the earthquake caused significant land deformation in the area, with surface displacements of up to 9.8 cm and 11 cm for land uplift and land subsidence, respectively. We also found that deformation was primarily concentrated in the south-eastern and north-western parts of the study area. We identified the possibility of an unmapped fault that could trigger earthquakes in the future. Conclusions Our findings highlight the usefulness of radar and remotely sensed optical data in studying the effects of earthquakes. This data can be used to effectively design future disaster response and recovery efforts.

Pulmonary sequelae of COVID-19: An interpretive description study

The aim of this study was to explore the experiences of adults living with pulmonary sequelae of COVID-19 as a subtype of long-COVID to contribute to pandemic recovery efforts. A qualitative, Interpretive Description design was implemented using semi-structured interviews with 10 participants living with self-reported pulmonary sequelae of COVID-19. Three key findings illustrate the participant experience: (1) the illness burden of pulmonary dysfunction and symptoms, (2) emotional responses to lung damage and symptoms, and (3) navigating the healthcare system. Understanding the burdens associated with the pulmonary subtype of long-COVID such as respiratory symptoms, fatigue, activity intolerance, emotional responses, and inaccessible healthcare can lead to the development and implementation of strategies that support recovery. Further research is needed for a more precise understanding of the experiences of patients with specific pulmonary complications.

Disaster, Societal Responses, and State Legitimacy in Crisis in Vietnam

This article examines the role of celebrity activism in post-disaster politics in the context of state authoritarianism in Vietnam. In late 2020, a chain of violent tropical storms hit Vietnam’s central highland region – host to hundreds of hydropower dams – triggering severe landslides and floods that devastated human lives and local livelihoods. Drawing on data gathered through social media, online platforms, and interviews with non-governmental organisations and private sector actors, this article shows how the rupture of these disaster events facilitated socio-political openings in state–society relations that might otherwise have remained closed. It explores these political contestations, attributions of blame, and the competing recovery efforts that emerged between government actors, celebrities, and citizens. Public debates over the natural and political catalysts of the disaster revealed major structural and governance problems for the state, which allowed voluntary charity work by a celebrity to supplement state functions during the disaster. Considered illegal under state law, the article shows how support from the public and lower tiers of government for private charity work challenged state legitimacy. Under pressure from within and from citizens, the central government had to amend its policies to accommodate voluntary disaster relief – to restore its flagging legitimacy.

Effects of age and captivity on the social structure and migration survival of a critically endangered bird

AbstractReintroductions of threatened species is a conservation strategy utilised around the world. Unfortunately, many translocated individuals have poor rates of survival post‐release. If released individuals are unable to socially integrate into wild populations, they might lose the safety of the group or fail to learn critical skills. We examined the effects of age and captivity on sociality and migration survival for the critically endangered orange‐bellied parrot (Neophema chrysogaster). As part of recovery efforts, adult birds are released in spring to contribute to breeding and juveniles are released in autumn prior to migration. Historically, captive‐bred adults have low rates of migration survival, whereas captive and wild juveniles survive at comparable rates. We investigated both the long‐term impacts of captivity on sociality and how sociality impacted migration survival by constructing social networks and comparing captive and wild birds of different age classes. We found no differences between captive and wild birds, suggesting that released birds integrated into the population. However, juveniles were more strongly connected and demonstrated greater network stability than adults. While we found no impact of sociality on survival, our results provide evidence of different migration strategies previously described for juveniles and adults: adults depart in small groups and juveniles depart as a larger flock a few weeks later. We suggest that the low migration survival of captive‐bred adults may be attributable to this cohort missing the juvenile flocking phase. These results suggest that a juvenile developmental phase may be impactful in this species for future survival.

Enhancing post-hurricane regional loss assessment with crowdsourcing: A probabilistic inference approach

With the emergence of efficient, widespread social networking infrastructure, along with advances in sensing technology, data retrieval, and data processing techniques, crowdsourcing and participatory sensing have garnered attention as promising approaches for leveraging the general public’s decision-making capacity for more effective and scalable disaster management practices. Although these approaches have recently been acknowledged for their potential in technical and domain-specific tasks, such as post-disaster damage assessment, there is still room for exploration and enhancement. This paper represents a significant stride in this direction by introducing a probabilistic approach designed to improve the reliability and quality of data gathered through participatory disaster damage assessments. By rigorously addressing crucial challenges related to task design and implementing sophisticated truth-inference mechanisms, this study aims to minimize uncertainty and subjectivity in the assessment of building damage states from imagery data conducted by non-expert crowd participants. The proposed methodology is demonstrated using a post-disaster damage database from Hurricane Laura, with Amazon Mechanical Turk (M-Turk) serving as the online crowdsourcing platform. With an achieved accuracy of approximately 50% and a ±1-class accuracy of around 95%, the proposed methodology significantly outperforms other inference methods derived from crowd-assigned labels in similar applications. Furthermore, damage assessment is extended to loss estimation, providing a comprehensive view of end-to-end damage and loss assessment. The findings of this study can significantly contribute to the development of efficient and reliable strategies for post-disaster assessments, ultimately facilitating expedited response and recovery efforts in areas affected by disasters.

Health Disparities in the Aftermath of Flood Events: A Review of Physical and Mental Health Outcomes with Methodological Considerations in the USA.

This review applies an environmental justice perspective to synthesize knowledge of flood-related health disparities across demographic groups in the USA. The primary aim is to examine differential impacts on physical and mental health outcomes while also assessing methodological considerations such as flood exposure metrics, baseline health metrics, and community engagement. In our review (n = 27), 65% and 72% of studies identified racial, ethnic, or socio-economic disparities in physical and mental health outcomes post-flooding, respectively. The majority of racial/ethnic disparities were based on Black race, while most socio-economic disparities were based on lower household income. Forty-two percent of studies lacked flood exposure metrics, but often identified disparities. Common flood exposure metrics included self-reported flooding, flood risk models, and satellite-based observations. Seventy percent of studies lacked baseline health measurements or suitable alternatives, and only 19% incorporated community engagement into their research design. The literature consistently finds that both physical and mental health burdens following flooding are unequally shared across racial, ethnic, and socio-economic groups. These findings emphasize the need for disaster risk reduction policies that address underlying vulnerabilities to flooding, unequal exposure to flooding, and progressive funding for recovery efforts. Findings also underscore the importance of methodological enhancements to facilitate precise assessments of flood exposure and health outcomes.

Navigating Loan Recovery Process from SMEs: Identifying Critical Challenges for Microfinance Institutions in Tanzania

The purpose of the study is to examine the loan recovery challenges facing Microfinance Institutions (MFIs) and Small and Medium Enterprises (SMEs) in Tanzania. The study took place at Nuru Financial and Business Services (NFBS), the Self-Microfinance Fund (SMF), and Ameic Microcredit Limited (AMC). These are among the microfinance institutions found in Dar es Salaam. The researchers employed a descriptive research design and used NFBS, SMF, and AML as study cases. The study involved 50 respondents, including credit officers, obtained through simple random sampling. In the data collection, the study used semi-structured questionnaires to gather primary data. Also, the study used secondary data from documents available at NFBS, SMF, and AML. Data were analysed using simple descriptive statistics with frequency, percentages, and mean. The study found that loan recovery was a challenging task and faced several obstacles, such as insufficiency of capital to cover recovery costs, the presence of weak internal controls on loan recovery, higher interest rates, and facing an extraordinary event during the loan recovery process. Others are getting into bitter relations with customers during loan recovery due to the incompetence of staff to address loan recovery processes. Finally, the study recommends the government provide financial support or subsidies to microfinance institutions to cover recovery costs, such as grants, low-interest loans, or financial assistance programmes. Establish and enforce regulatory standards for internal controls within microfinance institutions. Implementing policies to regulate interest rates charged by microfinance institutions to ensure fairness and transparency. Establish a legal framework to handle extraordinary events during the loan recovery process. Microfinance institutions should explore partnerships with international development organisations, impact investors, or donor agencies to secure additional funding for loan recovery efforts. Loan officers should be trained in cost-effective recovery strategies, and SMEs should engage in responsible borrowing practices to minimise the risk of default.

Mitogenome-based genetic management of captive Great Hornbill in Thailand: Implications for reintroduction

The Great Hornbill (Buceros bicornis) is globally vulnerable due to high rates of deforestation and hunting and are therefore a target for restoration. Captive breeding programs in Thailand maintain many Great Hornbills, however active genetic management of captive hornbills was not incorporated into the species recovery plan. With Great Hornbill reintroductions planned for northern Thailand in the immediate future, lack of genetic profiles and phylogenetic relationships among potential founders might hamper population recovery efforts. We assessed the mitochondrial genome (mitogenome) diversity, genetic structure, and evolutionary history of 97 captive Great Hornbills across five zoos in Thailand. Among the 97 samples, we found 21 haplotypes with a haplotype and nucleotide diversity of h = 0.81336 ± 0.021 and pi = 0.00108 ± 0.00040, respectively. The maintenance of mitogenome diversity and no genetic differentiation between five captive populations (FST = 0.00000–0.09723, p > 0.05) might be a result of frequent founder exchange among facilities. Phylogenetic analysis revealed the existence of a southern clade BBITH13, indicating a genetically distinct southern population. To protect these genetic lineages and maintain adaptability of hornbills that have been reintroduced, breeding facilities that contain unique haplotypes should be given high priority in breeding plans. Our data support the evolutionary value of the captive hornbill population in Thailand and highlight the significance of incorporating active genetic management strategies into the species recovery plan for Great Hornbills.

Establishment of Bull Trout in a previously fishless subalpine lake by translocation

AbstractObjectiveTranslocations have increased in recent years to aid in species recovery efforts. This includes translocations outside of species' historical distribution, where threats are less severe. One candidate species for translocation is the Bull Trout Salvelinus confluentus, but few examples of successful translocations (re‐establishment or range expansion) have been documented. Here, we describe an example in which 63 Bull Trout were translocated in 1987 to establish a population in fishless Marie Lake, Alberta.MethodsThe translocation was monitored through multiple sampling events over the course of 33 years. Sampling techniques included backpack electrofishing, angling, and water quality and habitat assessments.ResultA population estimate suggested that Bull Trout increased by at least fourfold over the first 12 years; fish reached large sizes (692 mm fork length) and old ages (13 years), and the population had multiple age‐ and length‐classes, including juveniles. Bull Trout also had become established within at least 13 km of river outside of Marie Lake by 2019.ConclusionAlthough a naturally reproducing population of this at‐risk species was established, numerous factors were not considered within this translocation initiative. Most importantly, nonadfluvial Bull Trout from a disparate source population located about 4000 river kilometers away were used for the translocation. Our case study represents a rare example of a successful Bull Trout translocation and highlights considerations that should occur prior to future translocations that are intended to aid in species recovery and preservation.

Evaluating Mentorship in the Aquatic Sciences in the Context of a Global Pandemic (COVID‐19)

AbstractThe COVID‐19 pandemic drastically altered human social systems. To better understand ramifications of the pandemic for aquatic scientists, we assessed perceptions of mentorship within the Association for the Sciences of Limnology and Oceanography, focusing on impacts felt during the pandemic. We also evaluated current preferences and practices (e.g., valued traits, network composition, communication tools) related to mentoring, as a way of gauging change within the community and informing ongoing or future resilience and recovery efforts. In surveying this group, we found the largest pandemic related professional development gaps to be lost opportunities for mentoring, the absence of in‐person meetings, and missed collegial/collaborative interactions. We also assessed which mentorship characteristics were highly valued and found that, “communicative” was the most consistently valued characteristic. Finally, we assessed mentor network composition and code of conduct use. Findings show a limited range of disciplines within most mentees' networks, suggesting lack of access to mentors in outside fields or disciplines, and widespread valuation of codes of conduct but limited implementation. We advocate for mentoring practices that foster personal connections, expand networks, and develop clear plans for mentoring relationships, as a path toward general improvement and resilience within mentoring networks in the face of disruption.

Heat integration, simultaneous structure and parameter optimisation, and techno-economic evaluation of waste heat recovery systems for petrochemical industry

Energy conservation in the petrochemical sector holds the key to its financial viability. The pervasive application of Heat Exchanger Networks (HEN) exemplifies the industry's efforts in heat recovery. Yet, despite its widespread adoption, an alarming quantum of low-grade heat remains squandered, underscoring the potential for augmenting energy savings through more effective utilization of this heat. Recognizing the pivotal role of the synergistic interaction between the process and the heat recovery system in maximizing energy retrieval, an innovative approach is proposed. This methodology initially entailed the development of a process model and an enhanced heat recovery system, the latter embodying the integration of an organic Rankine cycle (ORC) with HEN. Subsequently, a strategic diagnostic was proposed to incorporate these sub-systems into a cohesive, optimisation framework. Following this, an array of energy, exergy, and economic analyses were conducted to appraise the system's performance. The findings suggest a considerable improvement in heat recovery and an amplification in ORC efficiency from a mere 7.64%–11.38%. The enhanced heat recovery further translated into a reduced need for cold utility, thereby minimizing cooler deployment. Given the substantial exergy destruction associated with coolers, their lesser usage bolstered the system's exergy efficiency. Moreover, the optimised ORC manifested in heightened net power generation, consequently elevating electricity revenues. Despite a nominal surge in equipment costs, the aggregate profit witnessed a substantial hike from 165.19 M$/year to 178.79 M$/year. The proposed system substanitally improved thermodynamic and economic performance. This study offers valuable guidance for the design and operation of petrochemical industries, serving as a roadmap to energy conservation and enhanced profitability.

Geophysical Methods Reveal Aviation Impacturbation and Inform Forensic Archaeological Recovery of Historic Aircraft Crash Sites

ABSTRACTThis paper demonstrates the utility of ground‐penetrating radar (GPR) to inform forensic archaeology recovery efforts of missing service members from historic conflict‐related aircraft crash sites. This approach is becoming more common and improving recovery strategies by pinpointing potential subsurface anomalies prior to excavation. Two examples of recovery efforts at WWII aircraft crash sites are presented, revealing the diversity of landscape upheaval signatures that result from aircraft impacts. In both situations, the GPR successfully located feature boundaries and identified aviation impacturbation. The landscape signature varied in both cases due to factors including the trajectory and velocity of the aircraft crash and the topography of the impacted landscape. Notably, a ‘halo’ effect was identified in association with one crash site, revealing the force of the impact on sandy soils. Recognition of these anthropogenic signals is important to promote effective recovery strategies, thus saving time, labour and funds, particularly in historic sites where postincident taphonomic conditions have severely altered the morphology of the landscape.

Experimental use of pig cadavers to locate homicide victim in a large river

The transport of full body human remains in fluvial environments has few published examples to guide recovery efforts. The decomposition stage, flow environment, water temperature and river morphology can all interact to affect the rate and distance deceased human bodies will travel, and case studies or experimental efforts are rare. In this case report, we provide an experimental deployment of pig carcasses to emulate a real homicide event where a body was dropped into a large 7th order Northern Great Plains river to guide recovery of the victims remains. Two pigs were deployed, one wrapped in a tarp to reflect the victim’s circumstances and the other uncovered in a time period and flow condition comparable to what was known of the homicide. The results of the transport are reported, along with the successful recovery of the victim’s remains near one of the pig cadavers. Although small in scope and un-replicated, this case study should be a valuable contribution to knowledge of full body human fluvial taphonomy in the future and help inform future search efforts of comparable systems.

The dynamic outcomes of service recovery in tourism services: A latent growth modeling approach

The cross-sectional focus of service recovery literature can lead to a static effect or snapshot view of consumer responses; however, the dynamic outcomes of service recovery should play an important role in driving performance. Using a longitudinal approach, this study focuses on the dynamic changes in customers’ psychological responses during service recovery events. This study provides strong evidence that customer forgiveness and attitudes shift positively when service recovery efforts increase rapidly. We also no difference in the initial value of customer forgiveness, whereas its rate of change rises sharply toward behavioral intentions. Interestingly, the mean of customer forgiveness drops between T1 and T2 and increases sharply again at T3 (constituting a U-shaped curve). In contrast, the mean of customer attitudes steadily increases from T1 to T3. Therefore, we demonstrate that customer forgiveness and attitude trajectories vary, and their impacts can be extended or diluted during service recovery events. Thus, our research highlights that dynamic pathways are essential because they significantly influence behavioral intentions beyond the impact of the static levels, resulting in dynamic pathways playing a fundamental role in driving recovery performance.

Strategies and Public Policies for Economic Recovery Post-Pandemic: The Role of Taxation According to Qualitative Studies

This qualitative synthesis investigates the role of taxation in post-pandemic economic recovery, aiming to provide insights into effective policy strategies. Drawing upon a systematic review of qualitative literature from diverse disciplines such as economics, public policy, and taxation theory, the study explores the multifaceted nature of taxation's impact on recovery trajectories. Methodologically, the research employs thematic analysis to identify key themes and patterns emerging from the literature. The findings highlight taxation's critical role as a revenue-generating mechanism for governments facing fiscal deficits post-pandemic. Moreover, the study elucidates taxation's redistributive function in mitigating income inequality and promoting social cohesion through progressive tax policies. Tax incentives emerge as crucial tools for stimulating investment and innovation, fostering economic dynamism amidst recovery efforts. However, caution is advised against onerous tax regimes that may impede economic growth. Overall, the research underscores the importance of adopting a balanced and forward-thinking approach to tax policy design, considering the diverse needs and challenges facing economies in the aftermath of the pandemic.

Disaster management and mitigation strategies in Zambia: A systematic review

Overview: This paper provides an overview of disaster management and mitigation strategies in Zambia. Drawing upon a range of academic literature, government reports, and field studies, it examines the various natural and human-induced disasters that Zambia faces, including floods, droughts, disease outbreaks, and industrial accidents. The paper analyzes the country's disaster management framework, highlights key institutions, policies and stakeholders involved in disaster preparedness, response and recovery efforts. Contribution to the Body of Knowledge: Basing on community-based approaches to disaster risk reduction and resilience building, the paper emphasizes the importance of local knowledge and participation in the mitigation of the impacts of disasters. It contributes to the ongoing discourse on enhancing resilience and reducing the impact of disasters on vulnerable populations and environments; and the development of more robust and sustainable disaster management and mitigation strategies that can better protect lives, livelihoods and ecosystems in the face of future disasters. Methods: The study employed a mixed-methods approach, combining qualitative analysis of policy documents and literature reviews with quantitative assessments of food production, consumption patterns, and socioeconomic indicators. Data was collected from various sources, including government reports, academic publications, and international organizations. Data was obtained from respondents by means of interviews, questionnaires and project observation schedules. The sample consisted of two hundred and fifty respondents. Frequency, percentages, tables, graphs and pie-charts were used to analyze the quantitative and qualitative data obtained. Data was then analyzed manually in some cases and also, a combination of software MS Access and MS Excel. Results: Effective disaster management and mitigation require a comprehensive, multi-dimensional approach that integrates preparedness, risk reduction, community engagement, innovation, and global cooperation. By prioritizing resilience-building measures and investing in proactive strategies, societies can mitigate the impact of disasters and foster sustainable development in the face of evolving challenges. Recommendation: governments, organizations, and communities should work together to build more resilient societies and minimize the devastating effects of disasters.