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Podorejo Village is located in the westernmost part of Ngaliyan District, Semarang City, bordering Kendal Regency. Its area is quite large compared to other villages in the district. Its population is around 10,000. Most of them make their living from farming, while others engage in trade. The area consists of agricultural land and gardens, most of which are planted with cassava. Cassava is a prominent commodity in the region, but its utilization has not been optimally optimized.Seeing the potential of the region, the Community Service team conducted entrepreneurship outreach to housewives in the area, utilizing local commodities, namely cassava, as the basic ingredient for various processed foods as an alternative business to help supplement family income. This outreach will increase the economic value of cassava, which previously only processed into chips and cassava tape. By innovating cassava processing into contemporary foods that are popular with children and ready to be sold in the market.Our community service activities included outreach on entrepreneurship, motivating women to start businesses utilizing cassava through various innovations. The activity took place on October 19, 2025, with 18 participants. They were very enthusiastic about participating. The outreach program resulted in an increased understanding of entrepreneurship and its management, skills, and interest in starting a business. Evaluation results showed an increase in understanding, exceeding 50%, after pre- and post-tests. The target output of this community service program is publication in national journals, HKI videos, YouTube, and through mass media.

The increasing snack consumption trend in Indonesia, along with the availability of processed snacks that are high in sugar, fat, and sodium but low in fiber, poses a significant challenge to digestive health. More than 40% of the global population experiences digestive disorders, often related to unhealthy eating patterns and low fiber intake. In response to this issue, an innovative healthy snack called TaroStik, made from taro vines (Colocasia esculenta) rich in fiber and nutrients, has been developed. This product comes in two forms, sticks and chips, with three flavor variants (salty, sweet, and spicy), offering a healthy snacking experience without sacrificing taste. Training on utilizing taro vines to create TaroStik was conducted in Banjarbaru, involving prospective entrepreneurs with a combined approach of theory, hands-on practice, and group discussions. Participants were trained from material selection, processing (peeling, soaking, steaming, frying), packaging, to social media marketing simulation. As a result, most participants were able to independently produce TaroStik, with some expressing intentions to continue production at a home scale. TaroStik not only provides a digestive health solution through natural snacks free of preservatives but also brings positive impacts in three areas: economy (creating business opportunities based on local ingredients), environment (reducing agricultural waste), and nutrition (increasing healthy food consumption). This innovation embodies the principles of green economy and sustainable entrepreneurship, opening new business opportunities and improving community welfare.

The increasing snack consumption trend in Indonesia, along with the availability of processed snacks that are high in sugar, fat, and sodium but low in fiber, poses a significant challenge to digestive health. More than 40% of the global population experiences digestive disorders, often related to unhealthy eating patterns and low fiber intake. In response to this issue, an innovative healthy snack called TaroStik, made from taro vines (Colocasia esculenta) rich in fiber and nutrients, has been developed. This product comes in two forms, sticks and chips, with three flavor variants (salty, sweet, and spicy), offering a healthy snacking experience without sacrificing taste. Training on utilizing taro vines to create TaroStik was conducted in Banjarbaru, involving prospective entrepreneurs with a combined approach of theory, hands-on practice, and group discussions. Participants were trained from material selection, processing (peeling, soaking, steaming, frying), packaging, to social media marketing simulation. As a result, most participants were able to independently produce TaroStik, with some expressing intentions to continue production at a home scale. TaroStik not only provides a digestive health solution through natural snacks free of preservatives but also brings positive impacts in three areas: economy (creating business opportunities based on local ingredients), environment (reducing agricultural waste), and nutrition (increasing healthy food consumption). This innovation embodies the principles of green economy and sustainable entrepreneurship, opening new business opportunities and improving community welfare.

This study is an experimental research with a descriptive qualitative approach aimed at developing innovative hair styling in the form of fantasy buns made from rice straw waste as an environmentally friendly creative expression. The research was conducted through direct experimentation in creating fantasy hair buns using rice straw, followed by product feasibility and aesthetic assessments. The feasibility test was carried out by expert validators using the expert judgement method, while a public test was conducted to measure the level of interest and acceptance of the community through questionnaires distributed via Google Form. The results indicate that rice straw is suitable as an alternative material for creating fantasy hair buns due to its strong texture, easy shaping properties, and the ability to produce unique and artistic visual effects. These findings are expected to contribute to the utilization of agricultural waste into creative and valuable products in the field of hair styling.

Poverty is a complex and multidimensional problem. It can be characterized as a condition in which there is a lack of aspects related to the quality of life. North Sumatra Province is known as one of the richest provinces in Indonesia with abundant natural resources and agricultural products such as petroleum, natural gas, palm oil, rubber, and forest products used as industrial materials. However, it still ranks among the provinces with the highest poverty rates in Indonesia. This study aims to analyze the effect of unemployment rate, economic growth, and Human Development Index (HDI) on poverty in 14 districts/cities of North Sumatra Province during the 2016–2023 period. The analytical method used is panel data regression with the Fixed Effect Model (FEM) approach. The results of this study indicate that simultaneously, the three independent variables have a significant effect on poverty. Partially, unemployment has a positive and significant effect, while economic growth and HDI have no significant effect on poverty.

Rapid global population growth has led to climate change and agricultural land degradation, posing significant challenges to the stability of global food security. The traditional livestock sector is known to absorb high levels of greenhouse gas emissions that can accelerate natural resource degradation and require innovative and sustainable approaches to meet the demand for animal protein. This study aims to analyze the contribution of cultured meat technology as an ethical and environmentally friendly alternative to improving global food security. This study uses a desk study method that addresses the technical, social, economic, and ethical aspects of cultured meat production. The analysis results indicate that the application of this technology has the potential to reduce land use and carbon emissions by up to 70% compared to conventional livestock systems, in addition to reducing animal suffering and the risk of zoonotic disease transmission. However, its application still faces several obstacles, such as high production costs, dependence on whey-based culture media, and difficulties in halal certification and public acceptance. These findings underscore the importance of synergy between scientists, governments, and religious authorities to ensure the safety, effectiveness, and equivalence of technology with ethical principles and socio-cultural values. With strong regulatory support and ongoing research, cultured meat technology has the potential to be a strategic solution for building a resilient, equitable, and environmentally responsible global food system.

The focus of this study is to analyze how the position and role of farming communities contribute to increasing community income in Alkani Village, Wewiku Subdistrict, Malaka Regency. Using a qualitative research method covering research accuracy, focus, data sources, data collection techniques, and data analysis the study describes how farmer groups function as a platform for sharing agricultural information and improving economic outcomes. Findings show that these groups actively facilitate knowledge exchange by introducing modern technologies such as tractors and drip-irrigation systems, and by promoting digital marketing to expand market access. Farmer groups in Alkani Village also serve as regular discussion forums, holding monthly or needs-based meetings where members communicate, share experiences, and address agricultural challenges together. Through training, cooperation, and collective learning, farmer groups operate not only as centers for education but also as agricultural production units that strengthen the local farming sector. Their role in collaboration enhances solidarity among farmers, enabling them to support one another and work more efficiently. As a result, these groups significantly contribute to increasing farmers’ income and improving overall welfare. The study concludes that strengthening farmer groups is essential, recommending continued enhancement of training access, administrative capacity, and active participation from all members to ensure equitable benefits.

This study explores the intersection of Artificial Intelligence (AI), agriculture, and decolonial philosophy, emphasizing the role of local knowledge as the foundation for sustainable agricultural technology in Indonesia. The research investigates how AI can be developed not as a tool of technological domination but as a dialogical partner that recognizes the epistemic value of indigenous wisdom. Using a mixed-method approach, the study combines algorithmic experiments applying lightweight Convolutional Neural Networks (CNN) with Explainable AI (XAI) methods such as SHAP and LIME with participatory interviews involving farmers in Bima District. Empirical findings show that models integrated with localized visualization and community-based interpretability improved user trust by 84% and reduced computational energy by 28% without compromising accuracy. More importantly, the interaction between AI and farmers revealed a form of epistemic integration where algorithmic logic aligns with traditional indicators, such as soil texture, humidity, and seasonal signs known to local farmers. Philosophically, this research asserts that sustainable AI should emerge from ecological and cultural contexts rather than imposing external frameworks. In the decolonial sense, it positions local farmers not as passive users but as active epistemic agents shaping the meaning of technology. Thus, AI becomes not only a technical instrument but a site of ethical and epistemic liberation that reaffirms human responsibility toward knowledge, culture, and the earth.

This study examines the management of Village Funds in supporting infrastructure development in Sumurgenuk Village, Lamongan Regency. The main focus of the study is the effectiveness of Village Fund management through planning, implementation, evaluation, supervision, and accountability based on the principles of good governance. The method used is a case study with a descriptive qualitative approach. The results show that the management of Village Funds in Sumurgenuk Village has been running well and in accordance with applicable regulations. The planning process was carried out in a participatory manner, although not evenly distributed across all hamlets. The implementation of physical activities, such as road construction, irrigation, and cash-for-work programs, has had a positive impact on accessibility, agricultural productivity, and community welfare. Evaluation, supervision, and accountability are carried out in layers, although there are obstacles in the equal distribution of public information and the capacity of village officials. Overall, the management of Village Funds reflects the principles of transparency, accountability, participation, and effectiveness, but increasing the capacity of officials and community participation is still needed for sustainable development.

Farmers are grappling with drought challenges that jeopardize rice production. To address this, the government is promoting the use of water pumps and the construction of reservoirs. However, reservoir development comes with specific stipulations, such as the land used needing to be owned by the village or government. Climate change poses a significant challenge to Indonesia's agricultural sector. The pump irrigation program has emerged as a crucial solution for water scarcity in farmlands. This research was conducted in Belangturi Village, Ruteng District, Manggarai Regency, chosen purposively due to its status as a key rice paddy development area. The study took place from December 2023 to April 2024, employing simple random sampling. Data indicates there are 40 active rice paddy farmers in Belang Turi Village. An economic analysis forecasts substantial benefits from this program, including a 20-30% increase in rice production, an improved cropping index, crop diversification, and a 40-60% rise in farmer income. The financial analysis yields highly positive results: an NPV of IDR 450,000,000, an IRR of 18%, a Payback Period of 4.5 years, and a BCR of 1.75, all strongly indicating a highly feasible investment. From a social standpoint, pump irrigation is desperately needed and enthusiastically supported by the community. It's perceived as vital for overcoming critical water shortages, enhancing welfare, and improving access to education and healthcare. Therefore, implementing this pump irrigation system is highly recommended as a comprehensive solution for sustainable agricultural development in Belang Turi Village.

Manual post-harvest paddy stirring requires significant time and labor and often results in uneven mixing, which can affect grain quality. To address this issue, this study designed and implemented a prototype of an Internet of Things (IoT)-based paddy stirring robot to simplify the process and improve efficiency. The system utilizes an ESP32 microcontroller as the main controller, DC motors as the stirring mechanism, and an IoT module for wireless connectivity to a mobile application. The research stages included hardware design, control system programming, IoT platform integration, and performance testing. Testing was conducted to evaluate response time, mixing uniformity, and power consumption. The results showed that the system could be operated remotely via a local Wi-Fi network with an average delay of less than 1 second, enabling real-time control. The prototype successfully stirred 0.3 kg of paddy with a mixing uniformity rate of 92% and an average power consumption of 12 watts. The application of IoT in the paddy stirring mechanism significantly improved time efficiency, reduced manual labor requirements, and maintained grain quality compared to traditional methods. These findings indicate the potential for further development into a large-scale automated paddy processing system with integrated humidity and temperature sensors for real-time quality monitoring, supporting the modernization of post-harvest processing through digital technology.

An answer to the worldwide need for solutions to food security, data fusion technology that combines climate data with satellite imagery greatly improves the accuracy of agricultural yield predictions; this study intends to examine the advancements, methods, and key contributions of this area. By sifting through 62 papers pulled from Scopus, this research employs the SLR methodology. Document type, data source, open access, subject area, and year of publication (2020–2024) are some of the categories filtered through by Boolean keywords in the selection process. To assess patterns in publications, the efficacy of machine learning models, and key contributions, bibliometric analysis was performed. An upward tendency in publication has been identified by the analysis, particularly beyond the year 2023. Integrating geographical and temporal data has been a great success with machine learning models like Random Forest, Random Forest, and Gradient Boosting. Data resolution, integration of data from several sources, and a real-time framework are still missing pieces to the puzzle when it comes to generalizing research outcomes. More complex data fusion approaches, multiregional datasets, and advanced machine learning models to back more accurate agricultural predictions are all things that this study notes as needing additional investigation in the future. To further innovate agricultural yield prediction, multidisciplinary collaboration is also crucial.

Dairy cattle farming is a cattle breeding business specifically developed to produce large quantities of milk. Dairy cattle generally belong to the Bos taurus species, and one of the most common and productive dairy cattle breeds in Indonesia is the Holstein Friesian (FH). This study aims to evaluate how artificial insemination (AI) impacts the quantity and quality of milk produced by dairy cattle in the region, thereby contributing to improved agricultural practices and economic outcomes for dairy farmers in Indonesia. This study used a quantitative approach with a descriptive and experimental design to evaluate the effectiveness of artificial insemination (AI) on milk production in dairy cattle in Indonesia, focusing on factors influencing AI success. The results of this study indicate that artificial insemination (AI) has been proven effective in improving genetic quality and milk production in dairy cattle in Indonesia. Timely implementation of AI, especially at the peak of the estrus cycle, can increase conception rates by between 30% and 70%, with an ideal target of 65-75%. An AI program supported by inseminator training, maintained frozen semen quality, and good feed and livestock health management has a positive impact on the ideal calving interval of approximately 12 months, thereby increasing calf numbers and milk production. Artificial insemination is an effective reproductive method for increasing dairy cattle productivity through genetic improvement and controlled reproductive management. The success of an AI program depends heavily on semen quality, proper insemination techniques, livestock health management, and farmer involvement.

Agricultural extension workers play a strategic role in supporting agricultural development by enhancing farmers’ capacity as the main actors in the agricultural sector. The success of this process is strongly influenced by the performance of extension workers in delivering extension services that are responsive, accountable, and oriented toward service quality. This study aims to analyze the performance of agricultural extension workers in improving farmers’ capacity in Bone Regency, Barebbo District, Corawalie Village. The research employed a descriptive design using a qualitative approach supported by simple quantitative analysis. Data were collected through observation, interviews, documentation, and questionnaires involving 45 farmer respondents, and were analyzed using thematic analysis and a Likert scale percentage index. The results indicate that the overall performance of agricultural extension workers is categorized as high, with an average score of 80.76%. Service quality achieved the highest score, followed by responsiveness and responsibility. These findings demonstrate that extension workers have effectively provided services, assistance, and problem-solving support, which contribute to improving farmers’ capacity in managing their farming activities. The study implies that strengthening the performance of agricultural extension workers is essential to enhance farmers’ independence and professionalism in achieving sustainable agricultural development.

This study examines in depth the meaning of gratitude expressed in the traditional Wu’u Nura ceremony in Daniwato Village, West Solor, as well as in the Eucharistic celebration, which stands as the central liturgy of the Catholic Church. The Wu’u Nura ceremony is a communal tradition of thanksgiving for the harvest, expressed through symbolic rituals, offerings of agricultural produce, collective prayers, and ceremonial practices that reflect a harmonious relationship between humans, nature, ancestors, and God. Through these rituals, the community strengthens social cohesion, cultural identity, and religious awareness that have been passed down across generations. In contrast, gratitude within the Eucharistic celebration is understood as an expression of faith and a theological response to God’s salvific grace manifested through Christ’s sacrifice, made present in the consecration of bread and wine. Using a qualitative method and comparative approach, this study reveals that although differing in expression, structure, and theological foundations, both practices uphold gratitude as a universal value that fosters spiritual relationships and social solidarity. The findings affirm that dialogue between local culture and Church liturgy—within the spirit of inculturation—can enrich the understanding of faith, deepen spiritual life, and support the preservation of meaningful local traditions. This study contributes significantly to cultural and theological scholarship, as well as pastoral efforts aimed at fostering harmony between religion and culture in pluralistic societies.

Arbuscular Mycorrhizal Fungi (AMF) are biological agents that play an important role in increasing the efficiency of nutrient uptake and plant tolerance to abiotic stress, especially in acidic soils such as ultisols. This study aims to analyze the growth and yield responses of chili (Capsicum annuum L.) to the combination of NPK fertilizer doses and AMF inoculation. The study was conducted in Sungai Talang, Gadut, Agam Regency, from June to October 2025 using a Factorial Completely Randomized Design with two factors, namely AMF inoculation (without AMF, Glomus sp., and Rhizophagus sp.) and NPK fertilizer doses (100%, 75%, 50%, and 25% of the recommendation). The results showed a significant interaction between AMF inoculation and NPK doses on plant height, dry weight, flowering time, and fruit yield per plant. Glomus sp. inoculation with a 50% NPK fertilizer dose resulted in the highest growth and yield, equivalent to the 100% NPK treatment without AMF. The integration of AMF with a 50% reduction in NPK dosage has been shown to maintain crop productivity. This strategy can serve as a basis for developing a sustainable agricultural system based on nutrient efficiency and soil microbial balance.

Global challenges such as climate change and land degradation demand the strengthening of the agricultural sector through the adoption of relevant technologies. Agricultural extension plays an important role in conveying information and technological innovations to farmers, with extension workers as facilitators, educators, and motivators in accelerating the implementation of agricultural technology packages. However, the rate of adoption of technology by farmers is still low, especially in Tana Toraja Regency, South Sulawesi. In addition, there is no comprehensive and results-based evaluation system for extension workers. This study aims to determine the level of farmers' understanding of agricultural technology packages introduced by agricultural extension workers in Batu Papan Village, Makale District, Tana Toraja Regency. The research uses a descriptive quantitative approach with the object of the study, namely Field Agricultural Extension Workers (PPL) active in Makale District as many as seven people and 139 assisted farmers from six farmer groups. Farmer samples were taken as much as 20% of the population or 30 respondents using census and purposive sampling techniques. Data collection was carried out through a questionnaire with a Likert scale to assess farmers' perception and level of understanding of the implementation of agricultural technology packages. The results showed that the level of farmers' understanding of the technology package introduced by extension workers was in the "very high" category with an index value of 82.6%. These findings show that extension workers have an effective role in increasing farmers' knowledge and involvement. Therefore, it is necessary to strengthen the support of extension facilities and infrastructure, such as technological teaching aids, audiovisual media, and field transportation, to support the optimization of the performance of agricultural extension workers in the region.

Cocoa farming is one of the plantation subsectors that plays a strategic role in Indonesia’s economy, as it contributes to increasing farmers’ income, national exports, and the development of the chocolate processing industry. Indonesia is recognized as one of the world’s largest cocoa producers, with major production areas located in Sulawesi, particularly South Sulawesi, Central Sulawesi, and Southeast Sulawesi. However, the sustainability of cocoa farming still faces various challenges, such as low crop productivity, the use of low-quality seedlings, suboptimal cultivation techniques, and the presence of pests and plant diseases. In addition, limited access to capital and the low level of farmers’ financial management skills also affect the sustainability of cocoa farming. Many farmers do not yet have proper farm financial record-keeping systems, making it difficult to manage production costs, cash flow, and farm capital planning. In this context, financial literacy becomes an important factor that can help farmers manage their farming activities more effectively and sustainably. This study aims to analyze the effect of financial literacy on the sustainability of cocoa farming and farmers’ welfare. The research employs a quantitative approach using a survey method involving 120 cocoa farmers in Sidenreng Rappang Regency (Sidrap), South Sulawesi. Data were collected through questionnaires and interviews and then analyzed using multiple linear regression analysis. The results indicate that financial literacy has a positive and significant effect on farm financial management and the sustainability of agricultural businesses. Farmers with higher levels of financial literacy tend to manage farm capital more effectively, maintain proper financial records, and improve farm productivity. Therefore, improving financial literacy can become

This research was conducted to systematically examine scientific evidence regarding the mechanisms and synergistic impacts of PGPR and intercropping on Water Use Efficiency (WUE) and Nutrient Use Efficiency (NUE) in drylands. The method used was a systematic literature study with a search for peer-reviewed articles and strict selection of research evaluating WUE and NUE parameters in intercropped crops and crops inoculated with PGPR. The results showed that intercropping systems can increase soil water retention, improve microclimate conditions, and optimize the utilization of space and nutrients between plant species. PGPR contributes to improving plant growth through nitrogen fixation mechanisms, phosphate dissolution, phytohormone production, and strengthening tolerance to drought stress. The synergy between these two approaches enhances the plant's ability to utilize water and nutrients more efficiently, thereby implying an increase in productivity and sustainability of dryland agricultural systems. These findings emphasize the need for verification through field trials, development of adaptive local PGPR isolates, and institutional and policy support to expand the application of this technology to drylands.

The issue of global food security is increasingly pressing amidst climate change, population growth, and environmental degradation. The agricultural sector, particularly rice production, faces threats from pests and diseases that reduce crop yields and farmer incomes. Climate change exacerbates pest attack patterns, increasing crop losses. In addition, excessive use of chemical pesticides leads to pest resistance and negative impacts on ecosystems and human health. This study used a descriptive method with a qualitative approach, and the study population included farmers who cultivate rice fields and farmer groups that have received Integrated Pest Management (IPM) in Makale District, Tana Toraja Regency, with a population of 325 families. Respondents were randomly selected at 15% of the total population, with a sample of 49 farmers consisting of three farmer groups. The results showed that the role of farmer groups in IPM implementation in Makale District includes extension and training (65.5%), facilitating access to information and resources (69%), decision-making (67.5%), and conflict management and IPM cooperation (66.5%). Therefore, it is necessary to strengthen the implementation of the rice farming system, with support from the Government and the Tana Toraja Regency Agriculture Service to optimize the development of rice farming businesses.