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Abstract: Padukuhan Karangrejek, Karangtengah, Imogiri, Bantul, is a sloping area prone to landslides due to high rainfall, soil erosion, and vegetation degradation. Landslides often threaten the safety of residents, damage infrastructure, and disrupt the sustainability of the local environment and economy. This study aims to apply bioengineering through the planting of slope-stabilizing plants to improve slope resistance to landslides using an environmentally friendly and sustainable nature-based approach. The methods included surveying planting locations, preparing planting holes, making tree marker boards, and participatory phased planting with the community. The types of plants used were Munggur, Soursop, Jackfruit, and Teak, which have strong root systems to strengthen soil structure and reduce erosion. The results showed an increase in soil cohesion through root penetration, a reduction in rainwater runoff, suppression of erosion, and a decrease in the risk of subsequent landslides. The positive impacts included increased soil water retention, improved soil fertility, community empowerment in disaster management, and economic added value from fruit and timber crops. Conclusion The application of bioengineering with Munggur, Soursop, Jackfruit, and Teak trees is an effective, inexpensive, and sustainable solution for landslide mitigation in Karangrejek Hamlet. Recommendations include monitoring growth periodically, expanding planting to other slopes, and integrating the program into the village's disaster resilience plan for long-term sustainability.

Landslides in the Giritengah Catchment Area are influenced by several factors, including geological conditions, rainfall intensity, geomorphology, soil characteristics, and inappropriate land use practices, all of which affect regional spatial planning and environmental stability. This study presents a literature review that analyzes landslide vulnerability, evaluates the impact of land use changes, and proposes integrated Soil and Water Conservation Techniques (SWCT) to support sustainable land management. The analysis applies Geographic Information System methods using thematic map overlays such as rainfall distribution, slope gradient, geological structure, and land use patterns. The results show that areas categorized as having high landslide vulnerability cover 44.02% or approximately 158.69 hectares of the catchment area, while areas with very low vulnerability account for only 0.12% or about 0.79 hectares. Land use conversion, particularly mixed dryland agriculture, has increased landslide risk by reducing slope stability and increasing surface runoff. To address this issue, conservation strategies are recommended, including vegetative measures such as greening 38.51 hectares in settlement areas and implementing agroforestry systems across 218.48 hectares. In addition, structural measures such as three dam retainers and twenty gully plugs are proposed in both protected and cultivation zones to support disaster mitigation and align with regional spatial planning policies.

Floods and landslides in Hutanabolon Village, Tukka District, Central Tapanuli Regency have disrupted access to food and health services, particularly for vulnerable groups such as children. Public kitchens, as the frontline of emergency nutrition response, face challenges in providing food that meets the specific nutritional needs of children. This study aims to evaluate the effectiveness of public kitchens at Disaster Emergency Response Posts (TDB) in meeting the nutritional needs of post-disaster children, identify supporting and inhibiting factors, and formulate recommendations for improving the public kitchen management system. The research employed a descriptive evaluative approach using survey methods, structured interviews, direct observation, 24-hour dietary recall, and anthropometric measurements (weight and height). The study subjects included 15 children aged 1–12 years and 8 public kitchen managers selected purposively. Data were analyzed descriptively by comparing nutritional intake against the Recommended Dietary Allowance (RDA) standards and analyzing kitchen management practices based on emergency nutrition guidelines. The findings revealed that children's average energy intake was only 1,140 kcal/day (below the minimum standard of 1,200–2,000 kcal/day) and protein intake was 18.7 g/day (below the standard of 20–35 g/day). A total of 33.3% of children were classified as having malnutrition to severe malnutrition based on weight-for-age indicators. Public kitchen management showed weaknesses in menu planning (100% had no child-specific menu), managers' nutritional knowledge (62.5% categorized as low), food availability (75% relied on instant aid without variation), and limited cross-sectoral coordination (50%). The effectiveness of public kitchens in meeting children's nutritional needs after disasters remains low.

This research aims to analyze the innovation in population services, called Duta Hatiku (Dukcapil Tanggap Bencana Harapan Timbul Kembali Utuh/Civil Registration Disaster Response: Hope Rises Again Completely), implemented by the Department of Population and Civil Registration (Disdukcapil) of Sidoarjo Regency. This innovation was developed as a quick response service for disaster victims who lost their identity documents. Drawing on the public service innovation theory of Mulgan and Albury, this study examines the novelty, implementation, and impact of the Duta Hatiku program. This qualitative research employs a descriptive approach, with data collected through in-depth interviews, observation, and documentation at Disdukcapil Sidoarjo during May-July 2025. Informants include program managers, field officers, disaster victims as service beneficiaries, and related stakeholders. The results indicate that the Duta Hatiku innovation has successfully provided rapid population document recovery services to disaster victims, with an average service completion time of only 2-3 days, compared to the standard 14 days. The program utilizes mobile service units equipped with portable equipment for on-site document processing at disaster locations. Since its implementation, the program has served 2,847 disaster victims from various incidents, including floods, fires, and landslides. The innovation demonstrates strong characteristics of novelty in service delivery approach, significant improvement in service accessibility, and positive impact on community resilience. This study recommends strengthening coordination with disaster management agencies, expanding mobile unit capacity, developing integrated database systems, and replicating the model to other regions.

Kaloran Village is an area characterized by steep slope topography that makes it vulnerable to landslides, especially during the rainy season with high rainfall intensity. Although the landslide risk level in this village is still relatively low and has never caused any casualties, the potential for material losses and psychosocial impacts that may arise still need to be seriously anticipated. Disaster risk reduction efforts in Kaloran Village are carried out through the Disaster Resilient Village Work Program (Destana), which aims to increase the capacity and capability of the community in facing disaster threats. The program implementation method consists of three main stages: preparation through focus group discussions (FGDs) and interviews with stakeholders, preparation of the Destana document containing mitigation strategies and steps, and community empowerment through socialization activities and preparedness training. The results of the study indicate that Kaloran Village is categorized as a Medium Resilient Village with a resilience score of 68.97. This achievement serves as an important basis for strengthening the village preparedness system, which is followed up with the establishment of the Disaster Risk Reduction Forum (FPRB) "Kaloran Tangguh Rescue" as a community coordination forum. In addition, evacuation route maps were produced, which serve as technical guidance in the event of a disaster, and the development of the Destana (Disaster Preparedness and Disaster Management) and Contingency Plan (Renkon) documents, which serve as official guidelines for disaster mitigation and management efforts at the village level. This program demonstrates that active community participation, collaboration between stakeholders, and the development of strategic documents can strengthen village preparedness for the threat of landslides.

Manado City is an area that is vulnerable to floods and landslides, but until now the effectiveness of disaster management still faces serious challenges due to low community involvement in mitigation planning. This study aims to analyze the role of participatory planning in improving community-based disaster preparedness, with a focus on how the Manado City Regional Disaster Management Agency (BPBD: Badan Penanggulangan Bencana Daerah) involves the community in the process of formulating disaster strategies. Using a non-empirical qualitative approach through a literature study method, data were obtained from scientific journals, policy documents, and institutional reports that were analyzed thematically and contextually with reference to the framework of community participation and disaster risk management. The results of the study show that community involvement is still at a symbolic level, limited to the implementation stage, and has not touched the strategic planning process in a meaningful way. Lack of institutional capacity, low disaster literacy, and absence of formal participatory mechanisms are the main inhibiting factors. As a result, disaster programs are often not aligned with local needs and have an impact on low preparedness effectiveness. This study concludes that strengthening community participation in disaster planning is needed to build a more adaptive and iterative preparedness system. Theoretically, the study broadens the understanding of the relevance of participatory planning approaches in community-based disaster management, while practically, the findings provide recommendations for BPBDs and local governments to develop more collaborative and local needs-based policies as a step towards sustainable disaster resilience. 

 Matra Health is a form of health service specifically designed to maintain and improve public health in dynamic, complex, and constantly changing environmental conditions. This service plays a very vital role, especially in facing and handling various types of disasters, both natural disasters such as earthquakes, floods, and landslides, as well as non-natural disasters such as residential fires. One form of non-natural disaster that often occurs in densely populated areas is residential fires. This is caused by various factors such as unsafe electrical installations, a lack of public awareness of the dangers of fire, and buildings that are not resistant to heat or fire. Residential fires not only cause physical damage to buildings and infrastructure, but also cause various health problems, ranging from burns, respiratory problems due to smoke exposure, to psychological trauma, especially in vulnerable groups such as children, the elderly, and pregnant women. In response to these conditions, a dimensional health intervention activity was carried out from June 23 to 26, 2025 in areas affected by the fires under the coordination of the South Sumatra Regional Crisis Center. This activity aims to reduce health risk factors that arise after the fires through a series of actions such as multi-sector health surveillance, public health education, and distribution of logistical assistance. The activity also includes conducting rapid assessments using the Rapid Health Assessment (RHA) method, providing education on fire impact prevention, and distributing supplementary food to vulnerable groups. The results of the activity showed a significant increase in public understanding of the dangers of fire and the importance of preparedness for its impacts. Furthermore, the need to strengthen cross-sectoral coordination, such as health, disaster management, and social sectors, in disaster management was identified. It is hoped that this activity can serve as a model for strengthening community-based emergency response systems.

Gorontalo Province is an area with a high level of disaster vulnerability, both from hydrometeorological disasters such as floods and landslides, as well as geological disasters such as earthquakes. This condition requires an integrated, modern, and sustainable disaster training facility. Unfortunately, until now Gorontalo does not have a representative disaster management education and training center to support community preparedness. This research aims to design a Disaster Management Education and Training Center that not only functions as an education and simulation place, but also integrates green architecture principles to create an environmentally friendly and energy-efficient learning environment. The method used is qualitative descriptive with primary data collection through observation, interviews with stakeholders, and field documentation. Secondary data were obtained from literature studies, disaster architectural precedents, and spatial planning regulatory studies. The design site was chosen in Limboto District with considerations of accessibility, development potential, and geographical conditions. Analysis is carried out on spatial, functional, and climatological aspects to produce an optimal zoning concept and the orientation of building masses according to the tropical climate. The design results show that an area of 19,371 m² can accommodate all space needs with the utilization of KDB of 25.4%. The application of green architecture is realized through the use of environmentally friendly local materials, natural lighting, cross ventilation, solar panels, and rainwater management systems. The simulation facilities for floods, landslides, earthquakes, and fires are designed based on experiential learning so that participants can experience disaster scenarios firsthand. This design is expected to be a model of sustainable tropical disaster architecture, replicate in other disaster-prone areas, and encourage the creation of a disaster-aware culture. This research also opens up further research opportunities related to energy performance evaluation and the application of digital technology in disaster education.

Geologically, Indonesia is an archipelagic country that is prone to natural disasters, this is due to Indonesia's geographical location which is surrounded by three earth plates, namely the Eurasian plate, the Indo-Australian plate, and the Pacific plate. As a result of the meeting of the three global plates, Indonesia is located on the path of the fire mountains or what is known as the Ring of Fire which makes Indonesia prone to natural disasters in the form of volcanic eruptions, natural disasters, earthquakes, tsunamis, landslides, floods, droughts, and others. Every region is vulnerable to natural disasters, both those directly influenced by nature and those influenced by humans. Natural disasters can have negative impacts in the form of economic losses, building damage, and loss of life. One effort to anticipate the negative impacts of natural disasters is through disaster mitigation. The purpose of this PKM Activity is to Teach the Community about Community-Based Disaster Management Through the Alert Village in Pagertoyo. Because emergencies can happen anytime and anywhere without exception, the method of implementing the activity consists of the preparation stage by providing socialization, implementation by providing training, assistance and evaluation. The results of the activity showed that most participants understood the material on Community-Based Disaster Management Through the Alert Village. The community is able to demonstrate disaster simulations for evacuating disaster victims and is able to demonstrate resuscitation on victims with respiratory arrest. With this PKM, it is hoped that the community will be able to carry out disaster mitigation to help disaster victims by evacuating victims and can help provide assistance to victims who have experienced respiratory arrest.

This study examines landslide disasters through a scientific interpretation approach to the verses of the Qur'an, focusing on the landslide incident at the Cilowong Final Waste Disposal Site (TPSA), Banten. Landslide disasters are not only viewed as natural events, but also as a form of divine warning reflected in QS. Ar-Rum verse 41. This study was conducted using the thematic method (maudhu'i) and a qualitative approach through literature and documentation studies. The results of the study indicate that the verses of the Qur'an contain scientific signs that can be aligned with contemporary science, but still require a careful interpretation method so as not to deviate from their original meaning. The landslide case in Cilowong reflects the negative impacts of unwise environmental management and emphasizes the need for synergy between religious values ​​and scientific knowledge in disaster management efforts. This study emphasizes the importance of collective awareness in preserving nature while making the Qur'an a spiritual guide in understanding and responding to natural phenomena.    

This community service was carried out in Pattongko Village, Central Sinjai District, by considering the location's vulnerability to natural disasters such as landslides and tornadoes. The high rainfall in the area is one of the leading causes of frequent natural disasters, compounded by the mountainous and hilly topography. These factors make the community highly susceptible to disasters that result in significant material and immaterial losses. The primary aim of this service activity was to build awareness and strengthen the community's disaster response capabilities, enabling the creation of a disaster-resilient village.The activity was conducted through socialization efforts involving various stakeholders, including the Pattongko village community, the village government, local youth groups, and the Sinjai Regency Regional Disaster Management Agency (BPBD), which served as the lead agency in disaster response in the region. Despite being a one-day event, the activity was expected to provide essential disaster education and training for the local population, enhancing their knowledge of disaster preparedness and response. By doing so, the initiative aimed to minimize the potential victims and the scale of losses caused by natural disasters in the future.This activity also supported broader government programs aimed at forming Disaster Resilient Villages. In the future, the program will be extended with further activities, such as establishing community disaster response teams, organizing disaster simulations, and strengthening disaster management protocols within the village. This long-term plan will ensure that the community remains well-prepared for any potential disaster events

Based on the 2016-2020 Central Java Disaster Risk Assessment, floods and landslides are the most frequent disasters, with 818 flood cases accounting for 31.33% of the total disasters and landslides accounting for 29.57%. This study aims to cluster disaster-prone areas in Central Java using the K-Means algorithm and the GeoPandas library. Data on disaster events for the period 2019-2023 was obtained from the National Disaster Management Agency, while administrative map data of Central Java was downloaded from the Geoportal of Central Java Province. The research stages include data collection, data cleaning, standardization using the Standard Scaler method, application of the K-Means algorithm for regional clustering, and visualization of results using GeoPandas. The results showed that Central Java was divided into four clusters, namely: cluster 0 (disaster-prone areas) includes 3 regions, cluster 1 (non-disaster-prone areas) has 22 regions, cluster 2 (flood-prone areas) consists of 7 regions, and cluster 3 (landslide-prone areas) has 3 regions. The results of this research provide spatial data-based information that can be used as a basis in decision-making for disaster mitigation in Central Java.

This research analyzes the implementation of Regional Government policy in the form of Payakumbuh Mayor's Instruction Number: 01/Instruction/Wk-Pyk/2023 concerning Waste Management. The method used in this research is a qualitative method, namely a case study approach, observation or observation and in-depth understanding of the phenomenon being studied, documentation and interviews with related parties such as traders in traditional markets, residents around the TPS and cleaning officers from the Payakumbuh City Environmental Service. . The research results show that the main obstacle is the community's unpreparedness for the Regional Government's policy to manage waste independently, as a result of the closure of the Payakumbuh Regional TPA due to the impact of the landslide disaster. Another inhibiting factor is that education about waste management has not been thoroughly provided to the community and the lack of support for the facilities needed as well as the application of sanctions and appreciation to the community in waste management. Adequate training and skills are needed, the application of sanctions and partnerships between local governments with the private sector and other social institutions in the promotion and sale of waste recycling products, so that the community is not only independent in waste management but also helps the government in solving waste handling problems.

This community service was carried out with the aim of reducing the risk of landslides by planting 100 albasia tree seedlings in areas prone to landslides. This activity involved the entire community of Pamarican Village, along with Galuh University KKN students. Through the preparation stage, socialization, training, and active participation of the community, this reforestation activity succeeded in having a positive impact. In addition to potentially reducing the risk of landslides, tree planting also provides ecological and economic benefits, such as water management, improved air quality, and potential income from sustainable forest products. With collective awareness and community involvement, it is hoped that steps to anticipate flood disasters can be more effectively carried out, maintain a healthy environment, and create sustainable environmental sustainability in Pamarican District, Ciamis Regency.

Landslide disasters can cause environmental damage, property loss, and cause deaths, disappearances, injuries, and displacement with various health problems in refugee camps such as infectious diseases and nutritional disorders. The level of disaster risk is determined by the student's potential and preparedness which can be known from the student's interpretation of landslide disaster management. Health education is a learning process that can change students' preparedness to be able to prepare action plans to reduce the impact of landslides. The aim of this research is to determine the effect of health education on landslide disaster management at SDN 1 Selo Boyolali. This type of research uses pre-experimental methods with a quantitative approach and a one group pretest-posttest research design. The sample consisted of 29 respondents using purposive sampling technique. Measuring student preparedness uses a preparedness questionnaire sheet with 25 questions using a Likert scale. The data analysis technique uses the Wilcoxon test with the research results showing a p-value of 0.000 (p<0.05), so that it can be concluded that there is an influence of landslide disaster management health education on student preparedness at SDN 1 Selo Boyolali.

Landslide disasters can cause death and have a major impact on health systems and important services such as water, electricity or communication lines. The positive attitude shown by students is the initial milestone in changing attitudes to support student preparedness behavior. Through a landslide disaster management simulation, students' attitudes become positive and are able to apply self-evacuation techniques when a landslide occurs in accordance with the SOP for landslide disaster management. To determine the effect of providing a landslide disaster management simulation on students' attitudes at Selo Boyolali 1 State Elementary School. Research method: This type of research is pre-experimental design without control group with a one group pretest posttest design. The sampling technique used was purposive sampling, a sample of 29 students. Measuring student attitudes uses a student attitude questionnaire sheet consisting of 20 statement items using a Likert scale. Before the research was carried out the average results were 51.21% and after the research the average results were 67.45%, in other words Posttest > Pretest. Then the Wilcoxon test was carried out and the result was that P-Value = 0.001 (P<0.05) Ha was accepted. There is an influence of providing a landslide disaster management simulation on the attitudes of students at the Selo Boyolali 1 State Elementary School

Conservation is about the balance of nature. Panlungan Village, located in Wonosalam Subdistrict, Jombang Regency, has natural potential in the form of abundant forests and springs. However, illegal logging in 1998 damaged Panlungan's forests, reducing the headwaters of the river and increasing the risk of natural disasters such as landslides. Awareness of the importance of forests as a source of oxygen and habitat for various species prompted the local community to form the Kepu Forest Farmer Group (KTH) which focuses on conserving and planting forests with native plants. The Mendiro Settlement spring in Panlungan Village is the main source of livelihood for the local community, but is under serious threat due to man-made environmental degradation. The Kepuh Forest Farmers Group (KTH) has played an active role in the sustainable management of springs since the 1990s, with a focus on protecting the environment and educating the community about the importance of forest ecosystem conservation. This research shows that active community participation in forest and spring conservation is essential to preserve natural resources in Panlungan village. By strengthening supervision of illegal logging activities, strengthening conservation programs, and raising awareness of the importance of maintaining forest ecosystems, we hope to ensure the survival of future generations and the preservation of clean water sources for the people of Panlungan Village.  

Ngandong Village, Gantiwarno District is the village designated to be the location for implementing KKN with the theme Disaster Resilient Village. The problems faced by Ngandong Village based on the results of research conducted include sedimentation, landslides and flooding. The aim of holding KKN in Ngandong Village is to ensure that Ngandong Village can become a Disaster Resilient Village and increase the capacity of the village community in the context of disaster management. Activities carried out in efforts to develop Disaster Resilient Villages include FPRB (Disaster Risk Reduction Forum), SPAB (Disaster Safe Education Unit), Volunteer Capacity Building, Disaster Literacy, Evacuation and Disaster Prone Route Signs, Disaster Recap and Socialization Maps, and making EWS Tools (Early Warning System). Apart from the main activities, there are supporting activities to increase capacity in the form of Ecoprint training and decorating Pertiwi Kindergarten.

Beseran village is a village located inland, and faces the risk of natural disasters such as floods, landslides and strong winds. According to data from the Magelang Regency Regional Disaster Management Agency (BPBD), in 2023 there will be several natural disasters, and the biggest contributor will be landslides with a percentage of 90%. This study aims to analyze the strategies implemented to encourage active community involvement in disaster mitigation efforts. Empowerment strategies include education about disaster mitigation, preparedness training, forming disaster response groups, and developing community emergency plans. The importance of a comprehensive approach that accommodates local knowledge, specific community needs, and existing capacity is identified as a key factor in the success of empowerment programs. The methods implemented in Real Work Lecture (KKN) activities in Beseran Village in this research are observation of regional conditions, observation of activities, and preparation of work programs. The efforts made were holding a disaster mitigation socialization event which invited resource persons from the Regional Disaster Management Agency (BPBD) of Magelang Regency. Thus, this program is important to help the government and related communities in designing more effective and inclusive disaster mitigation programs, as well as contributing to building community resilience to natural disasters in the future.

This research aims to see the results of employee capacity building activities through the Hospital Disaster Plan (HDP) program at RSUD dr. Loekmono Hadi Kudus Regency. Hospital preparedness plans are very important in ensuring the safety of the hospital environment and the actions that need to be taken to ensure health services remain available during a disaster situation. Dr. Hospital Loekmono Hadi needs to develop a hospital preparedness plan. The methods used in hospital employee empowerment activities include pretest-posttest, lecture-discussion, direct training/practice, observation and evaluation methods. The research results show that Disaster Management at RSUD dr. Loekmono Hadi is very important considering that Kudus Regency has a variety of potential disasters and is located in an area that has potential threats of flooding, drought, landslides and earthquakes. there was an increase in pretest and posttest results by 12.00 points. It is felt that activities to strengthen employee capacity through the Hospital Disaster Plan (HDP) program need to be developed further because hospitals need more preparedness capacity in facing disasters or emergency situations and can support home accreditation.