Disaster Risk Reduction Management Research Articles

An Analysis of the Disaster Management Program of Selected Higher Education Institutions in Cavite, Philippines: Towards the Development of a Disaster Risk Reduction Management Model for Schools

This study sought to analyze the Disaster Management Program of selected Higher Education Institution in Cavite to develop a Risk Reduction Management Model for Schools. A mixed method research design specifically triangulation using validating quantitative data was utilized in this study. Seven Higher Education Institutions in Cavite, Philippines were involved.

Disaster Safe Education Unit Program As An Effort To Reduce Disaster Risk In School

Various sectors experienced losses as a result of the disaster. Education is one sector that is badly affected by disasters, especially when disasters occur during school hours. Students, who are the country's future assets, are the biggest victims. In addition, accidents can cause damage to the learning process, school documents, and school facilities. For this reason, disaster risk reduction management must be in place. One way to do this is by providing education about disaster risk reduction. This research uses a qualitative approach, which means describing and explaining what schools are doing to reduce disaster risk by implementing a disaster-safe education unit program. Steps to describe and explain data by referring to expert opinions. This study shows that the Disaster Safe Education Unit (SPAB) program is very important to implement in schools because it can increase the school community's understanding of matters related to disasters. It is hoped that the implementation of the SPAB program will enable schools to remain safe and comfortable and increase students' understanding of how to deal with disasters

Combining machine learning (ML) and participatory rural appraisal (PRA) for disaster risk preparedness (DRP): Evidence from the poorest region of Luzon, Philippines

In the field of social science, disaster risk preparedness (DRP) is considered immeasurable due to its multidimensional nature, making it infamously difficult to quantify. The current measurements are costly, labor-intensive, and time-consuming. Consequently, policymakers struggle to target policies effectively when implementing disaster risk reduction management initiatives. By combining Participatory Rural Appraisal (PRA) and Machine Learning (ML) to train and test community-based system datasets, this work proposes novel approaches to DRP in the poorest region of Luzon, Philippines. We utilized sophisticated econometrics models along with ML categorization methods. Through the analysis of 34 locales and 4 sectors within a disaggregation system over 429 ensemble runs using cross-validation techniques, we then combined the results. The Support Vector Machine (SVM) classifier achieved the highest accuracy of 91.55 % randomly and 94.53 % within the pipeline, surpassing all other models. It also confirms the current relationship between DRP and multidimensional attributes (a total of 21 factors) in terms of correlation and causation. Our work showcases the potential of ML for disaster risk prediction, potentially reducing costs, saving labor, and optimizing time, especially in the most impoverished areas of the Philippines. Ultimately, through extensive PRA, the outcomes have provided different localities with tools for targeting policies in disaster risk management.

Sustainable Solid Waste Management in Malaysia: Overview of Costing and Incentives

This study addresses the critical challenges and initiatives in solid waste management (SWM) within the context of sustainable urban development in Malaysia. Acknowledging the complicated nature of SWM, the research explores municipal planning, transportation systems, water and sanitation, disaster risk reduction, education, and waste management. The literature review incorporates global perspectives, highlighting SWM hierarchies, institutional effectiveness, sustainability challenges in diverse regions, and practical guidelines. The Malaysian context underscores the nation's dedication to sustainable development, regulatory structures, and the growing expenses associated with SWM. The discussion highlights the limitations of landfills in Malaysia, urging consideration of alternative solutions like waste-to-energy plants. The study aims to investigate SWM practices, operators' costs, and government incentives in Malaysia, providing a comprehensive understanding of the subject for informed policymaking.

Awareness and Preparedness of Pupils Towards Disaster Risk Reduction Management: Basis for Intervention Program

Awareness and Preparedness of Pupils Towards Disaster Risk Reduction Management: Basis for Intervention Program

Ensemble‐based monthly to seasonal precipitation forecasting for Iran using a regional weather model

AbstractMonthly and seasonal precipitation forecasts can potentially assist disaster risk reduction and water resource management. The aim of this study is to assess the skill of an ensemble framework for monthly and seasonal precipitation forecasts over Iran by focusing on system design and model performance evaluation. The ensemble framework presented in this paper is based on a one‐way double‐nested model that uses Weather Research and Forecasting (WRF) modelling system to downscale the second version of the NCEP Climate Forecast System (CFSv2). The performance is evaluated for October–April period at 1‐, 2‐ and 3‐month lead time. Multiple initial conditions, model parameters and physics are used to construct ensemble members. Using quantile mapping (QM) method, the outputs of the model are bias corrected. This methodology is applied for two periods: (i) climatology from 2000 to 2019 to evaluate the model's ability to precipitation forecast on a monthly and seasonal time scale; (ii) the forecast for 2020 to evaluate the model's performance operationally. The model evaluation is performed using the continuous (e.g., RMSE, r, MBE, NSE) and categorical (e.g., POD, FAR, PC, Heidke skill score) assessment metrics. We conclude that model outputs were improved by the QM bias correction method. According to results, the proposed ensemble framework can accurately predict amount of monthly and seasonal precipitation in Iran with an accuracy of 58 to 45% for lead‐1 to 3. For all three lead times, the averaged NSE, CC, MBE, and RMSE were 0.4, 0.56, −15.5, and 41.6, indicating that the framework has reasonable performance. Our results suggest that precipitation forecast accuracy varies with lead time, so the accuracy for lead‐1 is higher than lead‐2 and lead‐3. Additionally, the model's accuracy differs in various regions of the country and decreases in the spring. Using the approach for an operational case, it was found that the spatial features of precipitation predicted by the framework were close to those observed.

Disaster Management and Emergency Response: Improving Coordination and Preparedness

Disasters pose significant challenges to communities worldwide, necessitating effective disaster management and emergency response systems. This study aims to evaluate current practices in disaster management and emergency response, focusing on enhancing coordination and preparedness. Through qualitative analysis, including literature review and library research, this study assesses existing strategies and identifies areas for improvement. The findings underscore the importance of robust coordination mechanisms among various stakeholders involved in disaster management, including government agencies, non-governmental organizations, and community groups. Moreover, the study highlights the critical role of preparedness measures in mitigating the impact of disasters and facilitating timely and effective response efforts. By synthesizing insights from existing literature and case studies, this research provides valuable recommendations for enhancing disaster management and emergency response frameworks. The results emphasize the need for comprehensive planning, capacity-building initiatives, and the integration of technology to strengthen resilience and response capabilities. Furthermore, the study underscores the significance of community engagement and public awareness campaigns in fostering a culture of preparedness and resilience. Overall, this research contributes to the ongoing discourse on disaster risk reduction and emergency management by offering insights into improving coordination and preparedness strategies in the face of natural and man-made disasters.

Landslide and flood disaster: Causes and its responses

This paper attempts to overview the practices of human responses and adaptation strategies to natural hazards, particularly from landslides and floods. Moreover, it also aims to find out the appropriate response measures for developing countries like Nepal. This paper is prepared by the systematic reviews of related articles published in different peer-reviewed and scientific journals. Initially, the relevant papers were selected using keywords like hazards, disasters and human response to natural disasters. Then, the 64 papers were chosen and this paper was developed. There are different factors to determine the occurrence of disasters on the earth such as geology, topography, climate, topographic aspects, slope and biological activities. Processes and causes contributing to landslides can be put into three categories such as geological/morphological, physical, and human/anthropogenic causes. This study will be very helpful to entire developing countries in general and Nepal in particular as well as agencies and organizations involved in disaster risk reduction and disaster management. The impact of disasters is exacerbated by the lack of appropriate measures for mitigating their impacts. Hence, it will be the foundation for disaster risk reduction in Nepal.

Basic Concepts of Disaster Management and Hazard Risk Vulnerability Profile of Gurgaon Based on District Disaster Management Plan 2020

To understand the process of disaster risk reduction and disaster management it is very important to know the usage meaning and difference between the basic concepts of disaster management. While hazard refers to probable event that can occur, disaster is actual occurrence of the event. Any event becomes a disaster after occurrence when it has very wide impact in terms of loss of life, injury to people, damage and destruction of physical structures and environment. Similarly, vulnerability is situation it can be physical, social or economic but risk is calculation of probable impact of disaster. Capacity improvement can lower the vulnerability, lower the risk and lower the total impact of disaster. Capacity improvement by building strong structures and creating awareness among communities will help in building a resilient society to cope with disasters. In this paper we tried to understand the meaning of these basic concept with illustrations from District Disaster Management Plan 2020 of Gurgaon District of Haryana

Multistakeholder Participation, Collaboration, and Networking in Disaster Risk Reduction and Pandemic Management: Insights and Future Policy Framework

The natural and manmade disasters impact a society with loss of assets and human lives. Disasters leavepeople in vulnerable conditions and an overall economic slowdown is observed. The impact of disasters is highly complex and multidimensional in nature. It becomes imperative to handle the complexity of issues with comprehensive approach. Managing disasters effectively is one of the important challenges any government faces when it tries to be prepared with appropriate mitigation, rescue, and relief strategies. The unexpected nature and urgency related to Disaster Risk Reduction makes it important and relevant to involvemultistakeholders. This will help to bring down the severity and impact of the disaster on human lives and losses. Disaster Risk Reductionrequires meticulous planning and sharing of the responsibility among multistakeholders through networking so as to bring down the severity and minimize the negative impact of a disaster. Many research studies have suggested the multistakeholder approach in addressing the disasters. There are several gaps such as inefficiency of vertical management to deal the issues, involvement of multiple stakeholders, and lack of local public supportfor disaster. This paper, considering the case of COVID-19 as a pandemic and disaster, discusses the importance of multistakeholder participation. The paper presents an extensive review of the papers on the relevance ofparticipation of multistakeholdersin Disaster Risk Reduction and explores the scope and challenges involved and suggests policies to address the disasters, which utilizes Multistakeholder Participation.

Level of readiness of employees of Systems Plus College Foundation (SPCF) on Disaster Risk-Reduction Management (DRRM).

To determine the level of readiness on disaster risk-reduction management among employees of an educational institution. The descriptive, evaluative study was conducted from March to April 2022 at 6 branches of Systems Plus College Foundation, Philippines, in Balibago, Rizal, Miranda, San Fernando, Caloocan and Cubao after approval from the ethics review committee of the Our Lady of Fatima University, Philippines, and comprised employees who were associated with the college for at least 6 months. Data was collected using Google Forms, and a validated tool was used to assess the disaster risk-reduction management readiness. The responses were categorised into 5 groups, ranging from 'very much ready' to 'not ready'. Gathered data was analysed by using SPSS version 20. Mean results were derived and presented with standard deviation. The responses suggested moderate readiness regarding structural safety codes 3.02±0.98, non-structural safety codes 3.02±1.04, availability of emergency supplies and equipment 2.84±1.09, and servicing and maintenance 2.85±1.03. Increasing the level of readiness related to disaster risk-reduction management must be given priority to ensure the safety of the employees in a higher education institution.

School Heads’ Socio-Psychological Perspectives, Organizational Culture, and the Disaster Risk Reduction Management: Input to Community Resiliency Program

School Heads’ Socio-Psychological Perspectives, Organizational Culture, and the Disaster Risk Reduction Management: Input to Community Resiliency Program

The relationship between disaster resilience and household food security in a disaster-prone area in Kumamoto prefecture, Japan

This study explores the relationship between residents’ disaster resilience and potential household food security in the context of natural disasters. Disaster resilience capacity consists of absorptive capacity, adaptive capacity, and transformative capacity, while household food security is composed of food availability, accessibility, and utilization. Based on data from 539 questionnaires administered to residents in Kumamoto Prefecture, Japan, this study examines households’ disaster resilience capacity and food security conditions. The entropy method is adopted as a quantitative assessment approach to integrate the data, and a Tobit model is constructed to detect the correlation between households’ disaster resilience capacity and food security. We draw five main findings from the results. (1) Over half of the respondents do not have good food security; moreover, food accessibility is the poorest dimension, as reflected by low scores for water purification capacity and facility preparedness. (2) Most of the respondents do not have high disaster resilience capacity; their transformative capacity is the lowest, followed by absorptive and adaptive capacity. (3) There is a significant positive correlation between disaster resilience and household food security. (4) Disaster damage experience restrains residents’ food utilization. (5) The elderly and senior population may be exposed to food-borne diseases because of their low food utilization. This study provides insights into the influence of disaster resilience activities on household food security before a disaster hits. The study informs the debate on the association between disaster resilience and household food security so as to aid future disaster risk reduction management.

A disaster communication plan for Higher Education Institutions in the Island Province of Occidental Mindoro, Philippines

Natural disasters, as they impede development and exacerbate poverty, have been the foremost concern of developing countries such as the Philippines. With this, the Philippine Disaster Risk Reduction Management Act (RA 10121) highlights the role of Higher Education Institutions (HEIs) in disaster resiliency and requires the incorporation of disaster communication in their institutions. Since disaster communication is considered to be one of the most valuable assets during disasters, academic institutions are provided visibility, credibility, and concrete direction to address chaos and confusion and to secure the safety of their stakeholders. The study created Safeguard Against Natural Disasters of Academes Through Actions (SANDATA), a disaster communication plan for HEIs in Occidental Mindoro to provide disaster communication strategies that can be used by them in securing a disaster-resilient academic environment. The output of this study was materialized using factor and thematic analysis and through the 300 respondents assigned for the quantitative data and 30 respondents assigned for the qualitative data. These findings influenced the disaster communication strategies employed by HEIs under the disaster stages of the Crisis Emergency Risk Communication (CERC) Theory, stakeholders' identified communication challenges as experienced by them, and their recommendations for improving the existing strategies of their institutions.

THE EXTENT OF UNDERSTANDING AND IMPLEMENTATION OF DISASTER RISK MANAGEMENT PROGRAMS OF SAN MARIANO NATIONAL HIGH SCHOOL

This study aimed to determine the extent of understanding and implementing disaster risk management at San Mariano National High School. The Participatory School Disaster Management Toolkit, created by Save the Children as a contribution to the implementation of Comprehensive School Safety Pillar 2—School Disaster Management—was the data source for quantitative research, which employed the descriptive-evaluative method. The San Mariano National High School's understanding and implementation of disaster risk management were examined using the mean and standard deviation. A Likert scale was employed to gauge the level of understanding and implementation. Considering the results, although the faculty and staff of San Mariano National High School do not belong to the disaster risk reduction management council, programs and activities for disaster risk reduction are executed successfully. The results also showed that faculty and staff understand and participate in disaster risk reduction, response, and preparedness. However, many faculty members and staff encountered difficulties putting these programs into practice, so they were advised to develop a more comprehensive disaster risk reduction management plan that would meet the needs of the school, maintain and upgrade DRR programs, add more members to the DRR organization, purchase and identify facilities and equipment for emergencies, and finally regularly review and assess the implementation of disaster risk reduction programs to achieve very well-implemented DRRM programs.

Knowledge, Attitude, and Practices on Climate Change Among Rice Farmers in Central Luzon, Philippines

The Philippines has been listed as the topmost affected country by climate change. One of the sectors affected by this climatic change is the agricultural sector. This study aimed to document the knowledge, attitude, and practices (KAPs) on climate change among rice farmers as a baseline study in disseminating the practices on disaster risk reduction management to rice farmers in Central Luzon to reduce risks and improve the rice yield and income of rice farmers. A total of 969 respondents were randomly sampled from the seven provinces of Central Luzon. A survey questionnaire and an unstructured questionnaire were used as instruments in gathering the needed data. Descriptive and thematic analysis were used in analyzing the data. Results revealed that rice farmers are knowledgeable and have favorable attitudes toward the impact of climate change on farming. They sometimes practice climate-smart agricultural practices. Generally, the farmers are affected by weather and climatic conditions as well as the hazards that cause a reduction in rice yield. Climate change has affected farmers in their social well-being, economic aspect, and rice production. In terms of climate change disaster adaptation measures, the farmers sometimes adopt measures in terms of flood and drought and seldom adopt measures in typhoons, erosion, and volcanic eruptions. The study recommends the conduct of capability training on disaster risk reduction in rice production (such as early planting and planting of high-yielding varieties) based on the specific needs of each province.

Preparedness and Awareness of School Disaster Risk Reduction Management (SDRRM) in Gingoog City Division

Preparedness and Awareness of School Disaster Risk Reduction Management (SDRRM) in Gingoog City Division

Disaster Awareness and Preparedness and Disaster Risk Reduction Practices among Secondary Schools

Inevitable disasters pose a concealed threat that school leaders must address to prevent calamity and safeguard lives and assets. This study determined the disaster risk reduction awareness in selected secondary schools, aiming to mitigate current risks and enhance the resilience of vulnerable institutions. This study uses a quantitative approach. The research employed online surveys to gauge disaster risk reduction management among 50 secondary school heads and teachers in Northern Puerto Princesa City, Philippines. The findings revealed a high level of awareness among respondents, highlighting the importance of implementing programs like budget allocation for DRRM activities, student-led hazard mapping, and collaboration with local government units and NGOs. In conclusion, strengthening disaster risk reduction management and fostering partnerships are recommended for secondary schools to enhance preparedness and resilience.

Pamanang Haraya (Inherited Vision): a videographic manifest content analysis of Philippine Local Government Units’ (LGUs) tourism practices during the COVID-19 pandemic

ABSTRACT The research assessed the tourism practices of the Philippine local government units (LGUs) during the COVID-19 pandemic through a videographic manifest content analysis of 29 videos produced that were nominated for the ATOP Pearl Awards 2021. Through qualitative research, the researchers identified the similarities and differences between these tourism practices and projects, including the use of the Sendai Framework for Disaster Risk Reduction (SFDRR) 2015–2030, the National Disaster Risk Reduction Management Council (NDRRMC) Framework, and concepts from previous tourism pandemic actions as its foundation. A Repertory Grid and 5C Thematic Network Analysis in concept-driven and data-driven development were utilized to conduct the information analysis. The results of the study paved the way for a new pandemic framework, the PAMANA Framework for Philippine tourism recovery from a disaster or pandemic highlighting its eight thematic processes to determine the effectiveness of a practice or program. This tourism-specific framework aims to address risks brought about by biohazards as the researchers found that previous studies focused on crafting hazard-specific actions to mitigate natural disaster risks. The framework draws a line between several existing frameworks to depict advantages and new proposed practices. Thus, the framework is beneficial for other LGUs, future researchers, and concerned stakeholders working on the recovery of a community to a new normal that includes social, economic, environmental, and cultural areas.

Teorija i praksa prevencije od poplava - studija slučaja teritorije grada Kraljeva

Increasingly frequent floods, caused by altered climatic conditions, result significant material damage and loss of human life. The floods of May 2014 were the largest recorded in Serbia, affecting the territory of the city of Kraljevo, particularly the settlement of Grdica and the industrial zone of Šeovac. The damages from the floods impacted residential buildings, infrastructure, agriculture, business entities, and public facilities. Similar flood events, in terms of precipitation volumes and river water levels, also affected the Kraljevo area in 2023. Due to the frequent natural disasters impacting various parts of the territory, along with the extensive network of watercourses and intense climate changes, the city of Kraljevo has adopted an integrated approach to disaster risk reduction. The flood risk reduction system is governed by several legal regulations, primarily the Water Law and the Law on Disaster Risk Reduction and Emergency Management. In compliance with these legal obligations, the city has adopted necessary planning documents, established institutional mechanisms, and properly equipped civil protection units. Additionally, continuous investments have been made in constructing new and reconstructing the existing infrastructure. A significant advancement in the city's risk reduction system is the establishment of a civil protection system and inter-municipal cooperation among cities and municipalities in the West Morava River basin. It is important to measure the impact of investments in flood prevention to assess the justification and effectiveness of the resources used. The activities and measures implemented to reduce flood risk from 2014 to 2023 have shown positive results. This paper presents a comparative analysis of the effects of preventive activities and investments in the disaster risk reduction and emergency management system in the Kraljevo area during the specified period. The concluding considerations indicate that preventive investments in the flood risk reduction system and the construction of resilient and necessary protective infrastructure, lead to reduced damages and losses from floods.