Production Practices Research Articles

Kinetics of manganese removal from groundwater via biological activated carbon fiber

Abstract The residual manganese concentration from groundwater treatment plants normally exceeds the limit of 0.1 mg L−1, which is the maximum permissible manganese content set by the Ministry of Health. A new biological activated carbon fiber technology is described in this paper, in which filtration columns filled with ACF and inoculated manganese oxidizing bacteria (Citrobacter sp. FM-2) were used in an attempt to effectively remove the Mn2+ in groundwater using a biological method. By researching the various factors that influence biological manganese removal, a new kinetics model of BACF filtering with multiple influencing factors that incorporates the key factors of the process, such as the temperature, pH and empty bed contact time (EBCT), was established, and the accuracy of the model was verified. The study further extends the research on biological manganese removal and provides a reference and basis for production practice to some extent.

PREVALENCE OF DENTAL CARIES AMONG SMOKERS OF A TERTIARY CARE HOSPITAL OF LAHORE

Dental caries is a common chronic oral health condition globally, with an increased prevalence among smokers. Smoking contributes to caries risk by affecting saliva production, oral microbiota, and oral hygiene practices. In Pakistan, where smoking is prevalent. Objective: This study aims to assess the prevalence of dental caries among smokers attending a tertiary care hospital in Lahore. Methods: A cross-sectional study was conducted at Jinnah Hospital, Lahore, from January to July 2024. The sample included 100 adult smokers aged 18 years and above. Data on demographics, smoking frequency, oral hygiene practices, and dental caries were collected using structured interviews and clinical examinations. Caries severity was assessed using the Decayed, Missing, and Filled Teeth (DMFT) index. Statistical analyses, including chi-square tests, were conducted to explore associations between smoking habits and caries prevalence. Results: The majority of participants were aged 26-35 (30%), with 35% smoking 6-10 cigarettes daily. Oral hygiene practices were suboptimal, with only 25% brushing twice daily, and 15% reporting no regular hygiene routine. The prevalence of dental caries was strongly correlated with smoking frequency and duration. Participants smoking more than 21 cigarettes daily had an 80% caries prevalence, while those with a smoking history of over 16 years had a mean DMFT score of 7.6. These results align with previous studies linking smoking with higher caries risk and severity. Conclusion: The study highlights a high prevalence of dental caries among smokers, with significant associations between smoking frequency, duration, and caries severity. These findings underscore the need for preventive dental health interventions, including smoking cessation programs and targeted oral hygiene education, to mitigate the burden of dental caries in this high-risk population.

Prediction and optimisation of solidification structure growth and transformation behaviour in microalloy chamfered continuous casting slab

The solidification structure of complex chamfered slabs of microalloyed steel was analysed and controlled. A computational model of solidified structures was applied and the model was verified. The research results show that there are differences in the solidification structure inside the slab. The slab successively produces fine-grained areas, large-size columnar grain areas, CET (columnar to equiaxed grain transition), and equiaxed grain areas. The effects of different carbon contents on the solidification structure were analysed. As the c content decreases from 0.23% to 0.20%, the tip growth fitting coefficient a3 increases from 4.077172e-06 to 5.403274e-06, which increases the grain growth rate. Considering the different sensitivities of grain growth in the lateral direction, a lateral zoning water supply strategy is used to flexibly control the uniformity of grain growth. By simulating different water flow ratios in the corners and centre areas, the optimal nozzle water flow density ratio is 0.840. Superheat can effectively control grain distribution. The proportion of central equiaxed grains increases with decreasing superheat. The study found that the proportion of equiaxed grains has different sensitivities affected by different degrees of superheat. The superheat degree ranges of strong sensitivity and weak sensitivity were obtained. In the production practice of superheat adjustment to control particle distribution, the adjustment effect is better within the strong sensitivity range.

Hygienic Production Practices and Microbiological Quality of Sheep Milk in Ararso District of Jarar Zone, Somali Regional State, Ethiopia

This study was conducted to evaluate the hygienic production practices and microbiological quality of sheep milk in Ararso district of Jarar Zone, Somali Regional State, Ethiopia. A stratified sampling strategy was used to choose 180 households specifically for this investigation. A total of 60 pooled raw sheep milk samples (each containing 200 mL) were collected from the udders and milk handling equipment of selected milk producers in the research area. The samples were examined to determine microbiological quality. The data were gathered via a questionnaire, field observation, key informant interviews, and focus group discussions. The vast majority of respondents in pastoral (86.7%) and agro-pastoral (64.4%) production systems were illiterate. The majority of respondents (70.6%) in the research area cleaned the sheep home (kraal) once every two days. The majority (98.3%) of respondents in the research area milk their sheep in open kraals with no roof or walls. As a consequence, 36.7% of pastoral and agro-pastoral respondents (81.1%) reported cleaning milk vessels on a regular basis. Almost all of the responders in the research area used plastic equipment for milking and handling. The majority of responders in pastoral and agro-pastoralist categories placed barn hygiene first, with indexes of 0.24 and 0.23, respectively. The average total bacterial count (TBC), coiform count (CC) and yeast and mould count (YMC) of raw sheep milk samples were 5.13±0.21, 2.89±0.27, and 0.77±0.21 log10 cfu/mL, respectively. Raw sheep milk samples taken from producers’ milk handling equipment had a substantially higher mean total bacterial count (5.78±0.32 log10 cfu/mL) compared to samples collected from the udder (4.48±0.23 log10 cfu/mL). Milk samples from pastoral and agro-pastoral households had an average coliform count of 3.18 and 2.60 log10 cfu/mL, respectively. The average YMC in milk samples from pastoralists and agro-pastoralists were 0.74 and 0.80 log10 cfu/mL, respectively. In general, pastoralists and agro-pastoralists in the district do not practice hygienic milking and handling. Consequently, the implementation of hygienic milk production and handling practices is essential to enhance the safety and quality of sheep milk in the study area. Additionally, further research should be undertaken to investigate the microbiological aspects and assess the safety and quality parameters of sheep milk in greater detail.

Impact of green trade on green growth in Malaysia: A dynamic ARDL simulation

Green economic growth emphasizes developing an economy that safeguards natural resources, enhances resource capabilities, and promotes sustainable resource utilization. This approach is vital for balancing economic development with environmental preservation, highlighting the efficient and sustainable use of renewable and non-renewable resources to maintain a clean environment and societal well-being. It also stresses the long-term preservation of natural resources for green growth and prosperity. Environmental sustainability is key for economic growth, as poor sustainability can lead to economic decline due to inefficient resource use. The Eleventh Malaysia Plan highlights the importance of green economic growth, focusing on areas such as creating a supportive environment for green growth, adopting sustainable consumption and production practices, conserving natural resources, and strengthening resilience against climate change and natural disasters. This study examines the impact of natural resource use on the green economic growth in Malaysia from 1990 to 2021, with a focus on green trade as a key component. To achieve this objective, this study utlizies the Autoregressive Distributed Lag (ARDL) method and also its extension, the Dynamic ARDL (DYNARDL). Estimation results for both model indicate that green trade has a significant long run positive impact on green economic growth. While for short run, only DYNARDL method found evidence for positive impact of green trade. These findings suggest that policymakers should further promote green trade as a means to enhance sustainable and equitable resource use, thereby supporting the growth of the green economy in Malaysia.

Assessment of egg quality, food safety, and hygiene practices among commercial and non-commercial farms of Barwala district of Panchkula, Haryana

ABSTRACT Background: The aim of the present study was to assess the egg quality, food safety, and hygiene practices in egg production among commercial and non-commercial farms. Methods: A total of six, each commercial and non-commercial farm, were randomly selected form Barwala district, Panchkula, Haryana, for this study in 2019. A detailed interview on hygiene practices of farm workers was conducted. Egg samples were procured for external (N = 60) and internal (N = 24) egg quality determination. The swap samples (N = 24) were also analysed for bacterial contamination. Descriptive statistics were used for reporting the results, and Chi-square test was conducted for determining significant differences between commercial and non-commercial farms. Results: The egg yolk percentage (34.49%) and egg shell percentage (12.76) were higher among non-commercial farms. However, no significant external (P = 0.890) or internal (P = 0.367) egg quality difference was found between commercial and non-commercial farms. The biosecurity and disinfection management, daily waste disposal practice, fly and rodent control practice, farm activity record, and flock health monitoring were relatively better among commercial farms. There were no significant differences found in any of these assessments. The colony forming units (cfu) for salmonella and coliform were acceptable in three and four procured samples from commercial farms, respectively, whereas none were within acceptable levels among non-commercial farms. Conclusion: The internal egg quality, food safety, and hygiene practices were relatively better among commercial farms as compared to non-commercial farms. This requires further validation through a large sample-sized study.

Manipulating button mushroom casing affects the disease dynamics of blotch and green mold disease

Productive cultivation of the button mushroom (Agaricus bisporus) relies on the use of selective substrates and effective disease management. In extending our previous work on manipulating the developmental microbiome (devome), this study employs the strategy of substrate passaging to explore its effects on crop outcomes and disease dynamics. Here we subjected the casing substrate to ten cycles of passaging. This manipulated substrate stimulated early pinning (primordia formation) by at least three days. Passaged casing also altered disease dynamics when challenged with two commercially important A. bisporus pathogens, Pseudomonas tolaasii (causing bacterial blotch) and Trichoderma aggressivum f. aggressivum (responsible for green mold). Passaged casing had a suppressive effect on blotch disease and a conducive effect on green mold disease. Blotch suppression resulted in a significantly higher yield of asymptomatic mushrooms in all three mushroom harvests (flushes) and in the overall crop yield. Blotch severity was also significantly reduced in passaged casing compared to standard casing due to a lower yield of mushrooms with the highest degree of blotch disease expression. Green mold disease expression was markedly higher in passaged casing, leading to lower numbers of asymptomatic mushrooms. Zones where no growth of hyphae or mushrooms were also observed in passaged casing due to green mold disease pressure. The stimulating effect of passaged casing on mushroom development and the dynamic outcomes for disease challenge from two distinct, commercially damaging diseases, demonstrates the potential for passaged casing to be used as material to study more sustainable mushroom production and disease management practices.

Data on the Effects of Covid-19 Pandemic on the Quantity, Quality and Management of Solid Waste in Babol Hospitals

Medical waste is about 1-2 % of urban waste, which is very important in terms of health. The aim of this study is to analyze the effects of the covid-19 epidemic on the quantity, quality and management of hospital waste data (infectious, common, sharp objects, and chemical waste) in the two periods before and during the covid-19 epidemic in Babol hospitals. In this regard, all 6 government hospitals were selected and investigated. Data were collected by the researcher using the standard checklist of the environmental and labor health center of the ministry of health. finally, the obtained data were analyzed using excel. The total solid waste produced by the studied hospitals before covid-19 pandemic was 3019.9 kg/day, of which 51.7 % was ordinary waste, 43.25 % was infectious waste, 3.11 % was chemical waste, and 1.93 % was sharp pointed waste. The total solid waste produced in 2021 was 3053.2 kg/day, of which 35 % was ordinary waste, 59.31 % was infectious waste, 3.35 % was dangerous chemical medical waste and 2.3 % was sharp pointed waste. Given the large amount and the danger of infectious waste in the hospital, careful and continuous monitoring of the management of such waste will be necessary to ensure, maintain and increase the level of health of the personnel, patients and all those referring to hospitals.• This study investigates the impact of the outbreak of covid-19 on quantity, quality and also it shows the types of medical waste (infectious, normal, sharp and chemical) in three consecutive years before and after the corona epidemic.• The impact of the spread of Covid-19 on the management of all types of medical waste has been investigated in this study.• The results of this study can be used to improve the management of waste production practices in hospitals, medical clinics and other similar centers.

Proximal Policy Optimization with Population-based Variable Neighborhood Search Algorithm for Coordinating Photo-Etching and Acid-Etching Processes in Sustainable Storage Chip Manufacturing

In the complex process of manufacturing storage chips, the photo-etching and acid-etching stages play a crucial role, significantly affecting energy consumption and environmental impact. This paper introduces a novel Bi-Level Programming Model for Storage Chip Manufacturing (BLPM-SCM) aimed at optimizing the coordination between these two stages. The upper-level model focuses on minimizing the time it takes to complete wafer production, while the lower-level model seeks to reduce the number of acid-etching tanks used, thereby balancing production efficiency with resource utilization. To address the inherent complexity of the bi-level model, we present a hybrid meta-heuristic algorithm that combines Proximal Policy Optimization (PPO) with a Population-based Variable Neighborhood Search (PVNS) method. The PPO-PVNS algorithm enhances the intensification phase by adaptively selecting shaking and local search strategies, while PVNS supports the diversification phase, ensuring comprehensive exploration of the search space through iterative updates of the solution population. Extensive numerical experiments demonstrate the algorithm's superior performance and generalization capabilities in optimizing the manufacturing process. It significantly improves the coordination between the photo-etching and acid-etching stages, achieving dual optimization of energy consumption and environmental benefits. Furthermore, this study provides valuable insights and decision-making tools for industry practitioners, offering innovative solutions for scheduling optimization in the semiconductor sector and promoting more sustainable and efficient production practices.

Molecular Profiling of Rice Straw Degradability Discrepancy in Stropharia rugosoannulata Core Germplasm.

The rice-S. rugosoannulata pattern is a rapidly growing agricultural practice for straw disposal and mushroom production in China. However, different S. rugosoannulata strains show a large variation in rice straw degradability. Here, we constructed a core collection of S. rugosoannulata containing 14 strains with rich genetic diversity. The molecular profiling of the lignocellulose degradability discrepancy of S. rugosoannulata strains was then explored using enzyme activity assays and transcriptome analysis. The results indicated that mycelial growth rate, lignocellulolytic enzyme activities, and rice straw degradability differed widely among the S. rugosoannulata core strains. The genes encoding lignin modifying and degrading auxiliary enzymes, oxidases, glycoside hydrolases, and detoxification proteins were differentially expressed between two representative S. rugosoannulata strains, resulting in differences in their lignocellulolytic enzyme activities and further causing differences in lignocellulose degradability. This study is useful to improve the production efficiency of S. rugosoannulata and promote the recycling of rice straw.

Research on the Packaging Design Practices of Agricultural Products in the Context of Rural Revitalization: A Case Study of Zhaoqing Emperor Oranges

To carry out the packaging design of agricultural products around rural revitalization, and to study the innovative application of brand culture in the packaging of agricultural products. Through the case method, Zhaoqing Emperor Citrus is selected as an example for design analysis and practice. Firstly, through the domestic and foreign related literature and data research, the current situation of agricultural product packaging design is sorted out, and the existing packaging problems are summarized; secondly, the user needs are obtained through the qualitative analysis of user interviews, and the near-design orientation is made; finally, countermeasure strategies and design solutions are put forward in combination with the current problems of agricultural product packaging design. In this topic, design practice is carried out for the packaging design of agricultural products, design reference is provided, and relevant design strategies are proposed based on the background of rural revitalization. The innovative storytelling as well as visualization of the culture outside the product can better empower the value of agricultural products, thus contributing to rural revitalization.

Microbiology Test Results for White Edible Birds Nest with Fecal Contamination

Background: Southeast Asia's edible bird nest industry, particularly in Indonesia, has experienced rapid growth in recent years. Indonesia stands as the world's leading exporter of edible bird nests. However, concerns persist regarding the quality of edible bird nests produced in the country, specifically to do with meeting quality standards by ensuring freedom from microbial contaminants that can lead to foodborne illnesses. Purpose: To evaluate the microbiological contamination of cleaned edible bird nests sourced from Java Island, Indonesia. Cases(s): Yellow-brown discoloration of edible bird nests collected from bird houses of Javan origin. Case Management: Fifty samples of raw white edible bird’s nest samples (cup-shaped) with yellow-brown discoloration (n=25) originating from Java Island and raw white edible bird’s nest samples (cup-shaped) (n=25) were collected aseptically from the edible bird’s nest warehouses in Surabaya. These samples of edible nests from Java Island were subjected to microbiological analysis. The findings revealed a disconcerting trend, with 25 samples from Java Island exhibiting contamination by Escherichia coli (40%) and coliform bacteria (100%), surpassing established contamination thresholds. Conclusion: This raises critical concerns about the safety and quality of edible bird nests from the region, highlighting the need for enhanced production and processing practices, as well as rigorous quality control measures to ensure consumer safety and to maintain the industry's reputation on a global scale. Addressing these issues is imperative not only to safeguard public health but also to sustain and further develop the lucrative edible bird nest industry in Indonesia.

From Flourish to Nourish: Cultivating Soil Health for Sustainable Floriculture.

Despite its rapid growth and economic success, the sustainability of the floriculture industry as it is presently conducted is debatable, due to the huge environmental impacts it initiates and incurs. Achieving sustainability requires joint efforts from all stakeholders, a fact that is often neglected in discussions that frequently focus upon economically driven management concerns. This review attempts to raise awareness and collective responsibility among the key practitioners in floriculture by discussing its sustainability in the context of soil health, as soil is the foundation of agriculture systems. Major challenges posed to soil health arise from soil acidification and salinization stimulated by the abusive use of fertilizers. The poisoning of soil biota by pesticide residues and plastic debris due to the excessive application of pesticides and disposal of plastics is another significant issue and concern. The consequence of continuous cropping obstacles are further elucidated by the concept of plant-soil feedback. Based on these challenges, we propose the adoption and implementation of several sustainable practices including breeding stress-resistant and nutrient-efficient cultivars, making sustainable soil management a goal of floriculture production, and the recycling of plastics to overcome and mitigate the decline in soil health. The problems created by flower waste materials are highlighted and efficient treatment by biochar synthesis is suggested. We acknowledge the complexity of developing and implementing the proposed practices in floriculture as there is limited collaboration among the research and operational communities, and the policymakers. Additional research examining the impacts the floriculture industry has upon soils is needed to develop more sustainable production practices that can help resolve the current threats and to bridge the understanding gap between researchers and stakeholders in floriculture.

The Economics of Production and Marketing of Oyster Mushroom (Pleurotus ostreatus) in Bukidnon, Philippines

Bukidnon, a province in Region X, is known for its high percentage of oyster mushrooms, accounting for 85.15 percent of total produce. This research aimed to determine production and marketing practices, yield per fruiting bag, marketing channels, and costs. We observed three marketing channels, and the average yield per bag was 0.18 grams per day. Variables affecting productivity included extension visits, educational attainment, culture house temperature, and substrate types. However, producers faced issues like spawn unavailability, poor development, and spoilage. The lack of government equipment support and lower prices led to many farmers stopping production, especially during the pandemic.

Repository structures: Impact on collaboration and productivity

AbstractThis study examines the connection between repository structure, productivity, and management practices in software development collaboration. Analyzing open-source projects, it finds higher collaboration in Multi repository teams than in Mono repository teams, implying a nuanced interaction with team size. Effective management and well-structured architectures correlate positively with productivity, emphasizing strategic management's importance for optimizing collaboration and efficiency in software projects.

Development of Video Learning Media Based on Robert Gagne's Theory (Nine Events of Instruction) in Informatics Subjects at Junior High School

One component that cannot be separated from the learning process is learning media. Learning media is an essential part of education, regardless of the curriculum, because it plays a crucial role in influencing the quality and success of learning. The Informatics subject is no exception, as it introduces computers to students. This introduction is the initial stage of informatics lessons. In presenting the learning process through computer application materials, good preparation is essential. An educator should do more than just coordinate students in front of the computer, use a loud voice to direct them, or write notes on the blackboard. They must wisely package the teaching materials to make learning enjoyable, allowing students to feel that the classroom is a place to explore while they learn to use a computer. This type of research is development and research (R&D) using the ADDIE model. Product validation tests were conducted by three validators: one material validator, one language validator, and one media validator. The product trial involved 30 seventh-grade students from SMPN 1 Siak Hulu, aimed at assessing the practicality of the developed product. The effectiveness test was conducted by administering pre-test and post-test questions to the students. The results of the video media development research showed a validation level of 86% for the material and 85% for the language, both falling into the very valid category. The product practicality results indicated a practicality level of 91%, also in the very practical category. The effectiveness test yielded a t-value of 16.4.

Digital-Based UMKM Branding & Marketing Innovation Assistance for Rengginang and Shrimp Cracker Businesses

Throughout the decade of increasingly rapid digital growth, digital technology has been one of the needs and has played a major role in innovating branding and marketing of micro, small, and medium enterprises (MSMEs) in various sectors. Digitalization is part of the development and innovation to change traditional branding and marketing into digital-based marketing in Rengginang and Krupuk Udang businesses. The purpose of community service activities through mentoring the community is to provide insight and skills about product digitalization in the form of labeling and marketing so that the community can innovate and develop products, especially to improve the welfare of the community in Gerongan Village, Kraton District, Pasuruan Regency. The ABCD (Asset Based Communities Development) method is the community service Method, which is structured and based on the needs and potential to develop village communities. The following are the steps used: Local Identification and Analysis (Discovery), Brand Identity Development (Dream), Optimization of Production Practices and Product Quality (Define), Use of Digital Technology and Marketing (Destiny), and Performance Measurement and Evaluation. The results of this community service activity indicate an increase in MSME insight into the importance of digital-based branding innovation and digital marketing, increasing labeling skills, and digitalization of marketing for innovation and development in their businesses.

CO2 methanation: a bibliometric analysis and review of activated carbon-based materials (2014–24)

Abstract This study highlights the significant potential of activated carbon (AC)-based materials in environmental remediation and energy production, particularly in converting carbon dioxide (CO2) and hydrogen (H2) into methane (CH4) and water (H2O) using transition metal-based catalysts. It emphasizes the role of porous AC in waste reduction and resource utilization, examining various applications of CO2 and evaluating environmental impacts. The research explores commercialization opportunities and specifically investigates CO2 methanation using AC-based materials. Using bibliometric analyses of 4196 articles from the Web of Science database, the study identifies a growing research interest in porous AC-related CO2 methanation from 2014 to 2024. The top three journals in this field are Environment Development and Sustainability, Biomass Conversion and Biorefinery, and Journal of Environment Science and Pollution. However, there is limited inter-institutional collaboration in this field, suggesting room for development towards commercializing sustainable CH4 production pathways. CH4 is highlighted as a crucial intermediate in industrial processes, and research directions are identified through co-occurring author keywords analysis. The study suggests the need for a comprehensive approach integrating AC materials into carbon-neutral energy processes while addressing the potential adverse effects of AC nanoparticles on biological and environmental factors. Ultimately, it clarifies the potential uses and commercialization prospects for porous AC materials, especially in conjunction with carbon capture and utilization technologies, promoting sustainable practices in energy production and environmental management.

A Comparative Analysis of Ethnic Networks and Internationalization of Latin American Agri-SMEs: The Case of Argentina, Brazil, and Chile

This paper investigates the key drivers influencing the internationalization of agricultural small and medium-sized enterprises (agri-SMEs) in Latin America, with a particular emphasis on the role of social and ethnic networks. Focusing on Argentina, Brazil, and Chile—three of the region’s largest agricultural economies—this study examines how familial and cultural connections between descendants of European immigrants and European entrepreneurs facilitate the global expansion of agri-SMEs. Using a cross-sectional quantitative analysis, data from agri-SME managers reveal the importance of these networks in reducing market entry barriers by providing insider knowledge of foreign markets, regulatory conditions, and potential business partnerships. The findings demonstrate that ethnic networks significantly reduce market entry barriers, providing Latin American agri-SMEs access to essential insider knowledge on foreign markets and local regulations, thereby facilitating internationalization. Additionally, agri-SMEs that leverage these networks are better positioned to meet growing global demands for sustainable, traceable food products, gaining a competitive advantage in international markets. The strength and frequency of interactions within ethnic networks are positively correlated with the degree of internationalization, highlighting the importance of social capital in overcoming operational challenges. This paper contributes to the literature by highlighting the underexplored role of ethnic networks in shaping the international marketing strategies of agricultural firms and their capacity to adapt to evolving consumer behaviors. The study offers practical insights for supporting the global integration of agri-SMEs in Latin America, addressing both operational challenges and the increasing need for sustainable food production practices.

Effect of Vermicompost Application on the Soil Microbial Community Structure and Fruit Quality in Melon (Cucumis melo)

Melon (Cucumas melon) is widely cultivated and popular because of its quality value and unique flavor. However, the continuous cropping of melons in greenhouses has various negative effects on the soil environment, melon growth, and quality. Recently, farmers have utilized organic fertilization, especially vermicompost, for melons to resist the harmful effects of continuous cropping. A field experiment was conducted to explore the effects of vermicompost on soil microbes and melon fruit quality via high throughput sequencing and chemical sequencing methods. The results showed that the application of vermicompost decreased (p < 0.05) soil pH and increased organic matter, available phosphorus, biomass, urease, catalase, peroxidase, and alkaline phosphatase. A total of 3447 bacterial and 718 fungal operational taxonomic units were identified in all soil samples. Application of vermicompost decreased (p < 0.05) the relative abundances of Acidobacteriota, Gemmatimonadota, Actinobacteriota, and unclassified and increased the relative abundance of Planctomycetota. Compared with the control soil, vermicompost application resulted in significantly higher bacterial Chao indices and a significantly lower Chao index under vermicompost of 60 t ha−1 based on farmers’ normal fertilizer and significantly lower diversity under vermicompost of 90 t ha−1. Otherwise, vermicompost application increased the photosynthetic rate and chlorophyll content of melon leaves and increased the total sugar, soluble solids, vitamin C, soluble protein, and organic acid contents of melon. The results of redundancy analysis indicated that Proteobacteria exhibited a positive correlation with soil ammonium nitrogen (AN) and pH, while showing a negative association with soil available phosphorus and organic matter. Spearman’s correlation analysis revealed that both total sugar content and central soluble solid content in melon had a significant positive correlation (p < 0.05) with Patescibacteria. This study demonstrates that the application of vermicompost alters the microbial community structure in melon cultivation, enhancing fruit quality; this not only promotes a healthier soil ecosystem but also contributes to sustainable and productive practices in melon farming.