Sustainable Management Practices Research Articles

Sustainable supply chain management: The right way of doing business in Nigeria

Background: Improved organizational performances and increased competitiveness have been linked to sustainable supply chain management as a strategic tool. In Nigeria, most manufacturing companies seems to be unaware of the importance of this tool in their supply chain processes. Some of their manufacturing outputs are threats to life's existence. Proper adoption of all sustainable practices will not only reduce the cost of production but will also increase business profitability. Purpose: The main objective of this study is to investigate guidelines or practices manufacturing companies in Nigeria must adopt to achieve sustainability in their supply chain management. In addition, to explore the relationship between the outcomes of sustainable supply chain management practices and business profitability among manufacturing firms in Nigeria. Methodology: The research design is a descriptive type. Data was collected using a structured questionnaire that was designed to address each of the research questions. Findings: The findings are presented in tables. It was shown that the general awareness of sustainable practices is a bit above average and the adoption of the practices was seen in varying degrees. Reverse logistics (37%), sustainable warehousing (75%), environmental purchasing (26%) sustainable transportation (4%). Discussions: Adoption of these sustainable practices has been seen to increase sales, improve the corporate image of the firm, and improve information sharing among all stakeholders. However, this adoption is still poor, which means that the manufacturing sector has yet to harness the concept of sustainability as an option for doing business right in the country.

Impact of sustainable supply chain management practices on competitive advantage and organizational performance in the manufacturing sector

Impact of sustainable supply chain management practices on competitive advantage and organizational performance in the manufacturing sector

A comprehensive review on impact of post-harvest management and treatment practices on the quality of garlic (Allium sativum L) during storage

Garlic (Allium sativum L.) plays a crucial role in global agriculture due to its culinary and medicinal uses, but it faces significant post-harvest losses due to moisture, temperature fluctuations, and pest infestations. Proper storage and handling practices can mitigate these losses, yet conventional methods like curing, dehydration, cryopreservation, and vacuum sealing still result in 25–40 % losses during storage. This review investigates the types, factors, and causes of garlic losses, focusing on biological factors such as microbial infections pest infestations, and premature sprouting which cause decay and deformities. Physical factors such as mechanical damage, inadequate curing, temperature fluctuations, humidity, and prolonged light exposure also contribute to deterioration. This review explores practices and treatments to minimize losses, detailing their mechanisms, benefits, and commercial potential. It compares thermal and non-thermal technologies such as irradiation, ozone treatment, nanotechnologies, edible coatings, and films. Irradiation is effective against pathogens but may lead to nutrient loss, ozone treatment provides microbial control with minimal residue. Nanotechnologies, edible coatings, and films help extend shelf life by reducing microbial growth and moisture loss, with considerations for safety and consumer acceptance. The review highlights the need for innovative solutions to reduce losses and preserve the nutritional value and safety, contributing to sustainable garlic production and food security. Additionally, it evaluates the implications of these management practices for sustainability and circular economy. The findings highlight the need for further research to enhance the efficiency, cost-effectiveness, and environmental sustainability of post-harvest technologies to ensure the long-term viability and profitability of garlic production.

Characteristics of air-borne and feces-borne ARGs and microbial community in different livestock farms in China

Livestock farms are hotspots of antibiotic resistance due to the intensive use of antibiotics, in which the characteristics of air-borne and feces-borne antibiotic resistance genes (ARGs) and microbial communities are of great significance. This study delves into the distribution of ARGs and microbial communities across various livestock farms in China, and the correlation of microorganisms between livestock farms and other global environments was investigated. The concentrations of ARGs and mobile genetic elements (MGEs) in air samples were basically at the same level, but those in fecal samples collected from chicken farms were universally higher than those in pig and cattle farms. There was significant ability of ARGs to spread easily among different bacteria in all samples in livestock farms. Additionally, there may be more possible host bacteria of airborne ARGs in chicken farms. In the global-scale analysis of highly similar microbial communities, the database matching with the highest number of similarities to microbial communities collected from livestock farms is genes related to human sources (54.8%). This study advances our understanding of ARG dynamics in different livestock farms and contributes to the development of sustainable livestock management practices.

Assessment of groundwater quality using hydrochemical process, GIS and multivariate statistical analysis at central Rif, North Morocco

This study investigated groundwater in the central Rif region of northern Morocco by analysing 55 water sampling points to assess its physicochemical and hydrogeochemical properties. Through hydrochemical analysis, GIS spatial exploration, and multivariate statistical analysis, a direct correlation was found between EC, TDS, and major ions, influencing overall water mineralization. The key findings included pH levels ranging from 6.10 to 8.52, EC from 828 to 4581 μS/cm, and varying concentrations of Ca2+, Mg2+, Na+, K+, HCO2–, Cl–, N–NO2–, and SO42–. Notably, TDS and TH ranged from 647.19–3609.36 mg/L and 64.23–1051.24 mg/L, respectively, with a significant portion of samples exceeding WHO guidelines, particularly chloride (61.81%), sulfate (92.72%), and nitrate (12.72%) samples. The Piper diagram highlights sodium chlorides (Na–Cl) as the predominant chemical facies (70.9%), while the Gibbs diagram emphasizes the impact of evaporation on water chemistry dynamics. This study revealed the complex influence of geological and anthropogenic factors on groundwater quality, potentially leading to seawater intrusion in coastal aquifers. The observed high mineralization and hardness levels, in addition to mild alkalinity, pose public health risks, underscoring the need for continuous monitoring and sustainable management practices in coastal groundwater management to protect human health and the environment.

Comprehensive life cycle assessment of garden organic waste valorisation: A case study in regional Australia

This study evaluates the environmental impacts associated with the conversion of garden organic waste into value-added products, namely compost or biochar, employing various processes. Three distinct scenarios are considered: composting garden organic waste followed by screening of oversized materials (CBP), pyrolysis of oversized screenings of compost into biochar AP(I), and in-situ conversion of garden organics into biochar AP(II). A comprehensive Life Cycle Assessment (LCA) was conducted using OpenLCA software and life cycle impact assessment was conducted using Recipe 2016 midpoint methodology. The environmental ramifications of each scenario were assessed, optimising transport distances in AP(II) to achieve a functional unit of one tonne of biochar produced within a cradle-to-gate system boundary. For the first time, this study offers a holistic exploration of the benefits of soil biochar application, extending its scope to climate change mitigation, incorporating the optimisation of transport distance and its influence when scaling up the technology. The results revealed that global warming was increased from 125 kgCO2 eq during composting of garden waste to 232 kgCO2 eq where oversized screenings of compost is converted to biochar at an off-site facility. However, direct conversion of the oversized organic waste to biochar, without composting, showed reduced global warming impact of 56 kgCO2 eq, and is thus the most favourable scenario to limit climate impacts of this fraction of organic garden waste. However, among 18 environmental impact indicators studied, eight indicators were either not influenced or did not significantly increase by transport distance to an off-site pyrolysis facility, while the magnitude of 10 impact indicators increased with transport distance. The insights and methodologies presented in this study hold global relevance, based on an actual case study in regional Australia, offering valuable recommendations for sustainable waste management practices and establishing biochar as a carbon-neutral or carbon-negative solution. The findings contribute to existing waste management knowledge and provide guidance for accessible carbon dioxide removal and soil carbon sequestration technologies.

EVALUATING WASTEWATER TREATMENT EFFICIENCY OF MEDICAL CENTERS IN BINH DUONG PROVINCE

This paper presents a comprehensive analysis of the wastewater management system implemented at a medical center located within the Bau Bang Industrial Park in Binh Duong province, Vietnam. With a staff of 166 and 60 beds, the facility operates in accordance with TCVN 4470:2012 General Hospital design standards, serving a diverse range of water demands including domestic, medical, and auxiliary requirements. The wastewater management system is meticulously designed to handle both rainwater and wastewater separately. Rainwater is efficiently collected through surface and roof drainage networks, while domestic and medical wastewater undergo discrete collection processes. The medical center's wastewater treatment facility, operating at a capacity of 100 m³/day, employs a multistage treatment process to ensure compliance with stringent regulatory standards (QCVN 28:2010/BTNMT, column B, K = 1). This process includes preliminary treatment, anaerobic and aerobic biological treatment, membrane filtration, and disinfection. The facility consistently meets quality parameters outlined in QCVN 28:2010/BTNMT, exhibiting effective removal rates for organic pollutants, suspended solids, ammonia, phosphates, and pathogens. Furthermore, the medical center demonstrates commendable environmental stewardship through its stormwater drainage infrastructure, which integrates seamlessly with the local drainage network, safeguarding against environmental contamination. Overall, the wastewater management practices at the medical center exemplify best practices in environmental management within the healthcare sector. This study provides valuable insights into the design, implementation, and performance evaluation of wastewater treatment systems in industrial settings, contributing to the global discourse on sustainable wastewater management practices.

Motivation and opportunity may drive Tunisian farmers to reduce chemical pesticides in horticulture

This study investigates the sociopsychological factors influencing Tunisian farmers’ adoption of sustainable pest management techniques by employing the motivation-opportunity-ability framework and using partial least squares structural equation modelling. It is the first empirical study to test this framework in predicting farmers’ readiness to reduce pesticide usage in agriculture, distinguishing between intrinsic and extrinsic motivations. The findings reveal that both intrinsic and extrinsic motivations significantly impact farmers’ readiness to reduce pesticide use. Particularly, extrinsic motivations, such as peer influence and prevailing practices within the community, play a crucial role, highlighting the importance of social dynamics in sustainable agricultural decisions. Additionally, opportunities to adopt non-chemical pest control methods, enhanced by access to information and technology, positively influence farmers’ intentions to minimize pesticide use. These results suggest that enhancing farmers’ motivation through targeted educational programs and fostering opportunities via supportive policy environments are key strategies to promoting sustainable pest management practices in the region.

Sustainable Livestock Management Practices: Balancing Productivity and Environmental Health

Sustainable Livestock Management Practices: Balancing Productivity and Environmental Health

Analysis of the Impact of Biomass/Water Ratio, Particle Size, Stirring, and Catalysts on the Production of Chemical Platforms and Biochar in the Hydrothermal Valorization of Coffee Cherry Waste

In Colombia alone, 12.6 million bags of green coffee are produced, but at the same time, 784,000 tons of waste biomass are dumped in open fields, of which only 5% is recovered or used, and 10 million tonnes of coffee emit 28.6 million tonnes of CO2 eq annually. This presents a worrying dilemma, and the need to develop a technology to transform the waste into usable products is increasing. As a response to this, the valorization of coffee waste was explored through the production of biochar and platform chemicals by implementing a set of hydrothermal experiments with different biomass/water ratios (1:5, 1:10, 1:20, 1:40), particle sizes (0.5, 1, 2, 5 mm), stirring rates (5000 and 8000 rpm), and catalysts (H2SO4, NaHCO3 and CH3COOH) at 180, 220, and 260 °C in a batch reactor with autogenous pressure. Notably, the smaller B:W ratios of 1:20 and 1:40, as well as smaller particle sizes of 0.5 and 1 mm, yielded higher amounts of platform chemicals, while stirring showed minimal influence. CH3COOH significantly enhanced the process compared to other catalysts. The biochar was characterized as anthracite, and this obtaining of coal-like materials from biomass itself represents a remarkable feat. Said anthracite presented little to no variation in physical parameters, while catalysts induced functionalization. By optimizing factors like B:W ratio, particle size, and catalyst application, valuable insights have been gained into enhancing the yield of platform chemicals and quality of biochar from coffee waste. The findings not only contribute to sustainable waste management practices but also highlight the importance of exploring innovative solutions for utilizing agricultural by-products effectively.

Adoption of Sustainable Dairy Management Practices and its Effect on Farm Income: A Case of Dairy Farmers in Rubaya Sub-County, Mbarara District

Sustainable dairy management (SDM) practices aim to minimize environmental impact, promote animal welfare, ensure economic viability, and support social responsibility throughout the dairy production chain. The SDM practices that could improve sustainability of dairy farming systems in Uganda include milk management, animal health, feeding and breeding practices. Despite the numerous advantages that scientific literature reports for these dairy management practices, they are not always adopted by farmers because of various factors. The objectives of this study were to examine farmers’ adoption decisions towards Sustainable Diary Management (SDM) practices, as well as the economic impact of this adoption among dairy farmers in Rubaya Subcounty. The cross-sectional research design was applied to collect both quantitative and qualitative data using a semi-structured questionnaire. Data were collected using a household survey of 160 randomly selected respondents, from different villages within the study area. R Software Version 4.4.0 was used for data analysis. The results reveal that most of the SDM practices were adopted by over 50% of the dairy farmers. Only Artificial insemination, drying off animals, conservation fodder and concentrate feeding practices were adopted by less than 50% of the dairy farmers. The Multivariate logistic regression model results show that the adoption of SDM practices is significantly associated with varied demographic (Gender, age, household size); socio-economic (land size and household income); and institutional factors (access to agricultural credit, access to extension services, and membership to a farmer association). The study found out that adoption of SDM practices increased their farm income by UGX. 2,930,429/=, highly significant at 5% (p=0.02). The study recognizes two main pathways to increase the adoption of SDM practices: i) utilizing farmers’ knowledge and information sharing platforms; and addressing broader market and institutional failures

Revitalizing municipal solid waste recycling: Review of current U.S. policies and potential directions for the circular economy

Municipal Solid Waste (MSW) recycling is a pivotal pillar in waste reduction and sustainable resource management. However, the United States (U.S.) is behind its schedule for the national recycling rate goal of 50% by 2030, which California is almost achieving. To this end, we review and compare the national and California recycling policies. Our analysis reveals that while there have been some positive changes toward sustainable waste management practices, significant gaps remain, particularly in the lack of a comprehensive national recycling law. The current federal allocation of funds has also been inadequate for achieving the national goal. Therefore, we identify policy options to grow toward a national policy and funding for recycling infrastructure and education. Using California as a model, we provide federal law options to balance recyclable supply and demand. These options are paired with future U.S. MSW policy and research directions.

Transformasi Limbah Menjadi Hijau: Revitalisasi Taman Desa Sukaresmi Melalui Pengelolaan Limbah

Desa Sukaresmi, located in the Cikarang Selatan sub-district of Bekasi Regency, West Java, has experienced rapid population growth in tandem with industrial development in its vicinity Although this increase has brought positive economic impacts, environmental issues, particularly waste management, pose significant challenges The lack of innovation in managing organic and non-organic waste has led to environmental pollution and the loss of green spaces The Real Work Lecture Program (KKN) in Desa Sukaresmi proposes a solution by transforming waste into green elements through the revitalization of the village park Organic waste will be processed into compost to enrich the soil, while non-organic waste will be recycled into park decorations. This program aims to enhance collective awareness among residents about the importance of waste management and environmental preservation, making Desa Sukaresmi a pioneer in sustainable waste management practices that can be emulated by other villages The method used in this service is direct observation in Desa Sukaresmi The results obtained from this service include the revitalization of a beautiful village park in front of the Desa Sukaresmi office, with a satisfaction rating of 90% from the community of Desa Sukaresmi.

Perceptions of sustainable human resource management (SHRM) and personal risk: Findings from the Pilot Study.

The aim of this article is to explore how SHRM (Sustainable Human Resource Management) practices and personal risk management are interpreted by managers across different organisational contexts, and to identify challenges and barriers to implementing these practices. The study focuses on a variety of SHRM approaches in diverse organisational contexts, highlighting the impact of company size, managerial experience, and organisational culture. It also explores the challenges associated with both long-term and short-term SHRM goals and underscores the need for a better understanding and communication of these practices within organisations. The study is based on a qualitative individual in-depth interview (IDI) methodology. The results of the study highlight the importance of adapting and understanding the unique aspects of each organisation to effectively implement SHRM. The article contributes to the literature by highlighting the need for further research into holistic SHRM models, the management personal risk, the use of new technologies, and the development of advanced measurement methods.

Impact of Pesticide Training on Safety Climate Perception Among French Cereal Farmers.

Background: The training of farmers in pesticide safety is of prime importance for reducing pesticide use and exposure through the implementation of sustainable management practices. This study aimed to assess the impact of compulsory training on the knowledge and perceptions of cereal farmers, with the help of a safety climate scale. Method: We approached cereal farmers throughout France during compulsory training and certification procedures for pesticide-related activities. Trainees were asked to complete a safety climate questionnaire at the start and end of the course. In total, 733 cereal farm managers or workers completed the questionnaire at the start of the study, 131 of whom declined to complete the questionnaire at the end of the training session, leaving 602 subjects available for pre-training/post-training comparisons. Statistical analyses were based on paired t-tests and mixed models for repeated measures. Findings: The mean safety climate score increased from 82.37 to 88.22 after the training course (7.1 %, p < .001) in both univariate and multivariate analyses. Mean increases were also found for each of its seven dimensions (p < .001), ranging from 2.8% for "rules and best practices" to 12.4% for "communication and feedback." Few covariate-by-time interactions were found to be significant. Conclusion/Application to Practice: This study demonstrates that pesticide training is highly effective in increasing safety climate perception among cereal farmers and provides hints for improving the design of educational programs. Promoting the development and facilitation of lifelong learning with continuously updated training programs should be a top priority for minimizing pesticide exposure.

Use of the organic fraction from recycled alkaline batteries in the manufacture of LECAs: Experimental and Environmental Assessment

The industrial alkaline battery recycling process produces an organic fraction (OF) consisting of waste paper, plastic and cardboard. Currently, this OF is used for energy recovery, given the absence of a successful alternative recycling approach, attributed to its contamination and limited economic value. This study explored the valorisation of the organic fraction derived from the recycling of alkaline batteries as a foaming agent in the production of lightweight expanded clay aggregates (LECAs). The OF, was mixed with red stoneware atomized paste (RSAP) in varying proportions (5–30 wt%) and fired at temperatures between 1000 and 1200 °C. The volumetric expansion, density, and compressive strength of the resulting aggregates were determined via mineralogical and microstructural characterization. The results indicate the organic fraction's suitability as an expansion agent, particularly at 1200 °C with 5–15 wt% inclusion, showcasing density (0.65–0.75 g/cm3) and compressive strength (1.34–1.39 MPa) comparable to commercial expanded clays. The microstructural analysis revealed the formation of rounded pores, influenced by the firing temperature and OF content. A Life Cycle Assessment (LCA) compared the environmental impacts of this process with traditional LECA manufacturing, highlighting the potential environmental benefits of using recycled battery waste. This study marks the first incorporation of this battery waste residue into LECA manufacturing, providing valuable insights into its environmental implications and paving the way for sustainable waste management practices.

Sustainable Waste Management in Japan: Challenges, Achievements, and Future Prospects: A Review

Japan is subject to global interest due to its waste management system, which aims for sustainability and is known for its efficiency. The purpose of this study is to examine Japan’s steps towards sustainable waste management practices and highlight its formation, achievements, problems, and prospects for the future. Through a comprehensive review of official governmental data and the academic literature, the main achievements—including extensive government initiatives such as proposing programs, plans, and legislation for sustainable waste management and encouraging public involvement in establishing a Sound Material-Cycle Society (SMCS) and 3Rs—were defined. Thus, the state and the population alike take general measures to combat pollution. Looking at the future of waste management in Japan, the country continues to struggle despite all these efforts and impressive results. It is focusing on developing more sustainable and cost-effective solutions. This includes investing in new technologies, increasing efforts to reduce and recycle waste, and promoting environmental awareness.

Data Analytics in Agriculture: Enhancing Decision-Making for Crop Yield Optimization and Sustainable Practices

Collaboration across the agriculture supply chain is essential to address the high-yield demand and sustainable practices amid global overpopulation. Limited resources, such as soil and water, are compromised by excessive chemical agents and nutrient use. The Internet of Things (IoT) and smart farming offer solutions by optimizing agent applications, data analysis, and farm monitoring. Evidence from numerous studies indicates that collaboration in the supply chain, including farmers, can improve efficiency and productivity, reduce costs, and enhance crop quality. This paper investigates the transformation of traditional agriculture into smart farming through the integration of IoT technology and community partnerships. It presents a case study focused on educating farm owners about advanced technologies to enhance decision-making, improve crop yields, and promote sustainability. Additionally, the paper highlights the role of data analytics in agriculture. Farmers in the southern region of Zagreb, Croatia, were trained on the use of sensors and yield monitoring. Small farms in that region face challenges in improving yields due to limited capacity and lack of entrepreneurial experience. The DMAIC methodology was employed to address these issues and measure relevant parameters. The paper also discusses consistent patterns between electrical conductivity (EC) measurements and potassium levels in soil. It explains the potential of estimating potassium concentrations based on EC readings, or vice versa. Leveraging EC as a proxy for potassium levels could offer a cost-effective means of assessing soil fertility and nutrient dynamics. Additionally, Principal Component Analysis (PCA) biplot analysis is presented, showing that pH values behaved independently. Understanding these dynamics enhances knowledge of soil variability and informs sustainable soil management practices.

TOP MANAGEMENT ROLE IN ENSURING SUSTAINABLE SUPPLY CHAIN MANAGEMENT PRACTICES: EXPLORATORY REVIEW OF LITERATURE

Purpose: Top management plays a crucial role in implementing Sustainable Supply Chain Management (SSCM) practices, especially in developing countries, by driving performance, securing resources, and promoting necessary changes. This study explores how top management's commitment and strategic leadership impact SSCM adoption and implementation in developing countries like Ghana, where SSCM adoption rates are low and empirical research is lacking. Method: Using a qualitative research design and a systematic literature review from the SCOPUS database, the study analyzes peer-reviewed studies from 2010 onwards. Results and Conclusion: Findings reveal that top management's commitment to sustainability fosters organizational responsibility, innovation, and compliance with ethical standards, encouraging proactive approaches to opportunities, market adaptation, and green practices. Research Implication: These insights provide practical recommendations for improving performance, building trust, and achieving sustainable development goals, contributing significantly to the understanding of SSCM practices and their positive impact on organizational performance. Originality/Value: By leveraging empirical work this study builds analytical patterns on issues that relate with management roles and sustainable supply chain management. The standardized assessment of the issues provides a trustworthy result as this study does not entirely rely on the exclusive opinion of the researchers but is based on standard deduction of the role of managers in ensuring the adoption of sustainable supply chain management within industries.

Community-Based Resilience Analysis (CoBRA) to Hazard Disruption: Case Study of a Peri-Urban Agricultural Community in Thailand

The expansion of cities and land use changes have led to the emergence of peri-urban areas representing a transition between fully urbanized and agricultural regions in Southeast Asia. Peri-urban communities provide essential ecosystem services but are vulnerable to climate-related disruptions and socioeconomic challenges. Utilizing their unique characteristics, peri-urban communities can contribute to sustainable development and resilience. This study assesses the potential of peri-urban areas to meet future challenges for sustainable development in a changing world, focusing on the local pandan farming community of Pathum Thani, approximately 53 km north of Bangkok, using the Community-Based Resilience Analysis (CoBRA) approach. A formally established group of peri-urban farming households identified COVID-19, water quality, and solid waste as their primary disruptive challenges. The community identified economic stability and resources (land ownership, financial security, and government support), community and social support (collaborative community, and healthcare facilities), an environmental dimension (sufficient food and clean water), and an information dimension (news and knowledge update) as key community resilience characteristics, which highlight their comprehensive approach to hazard resilience. The study concludes that the community was moderately resilient to hazards and COVID-19 was the primary disrupting event over the past 10 years. To address future challenges in peri-urban agriculture, it is suggested to focus on enhancing economic diversification, strengthening social networks and support systems, implementing sustainable land management practices, and promoting access to timely and accurate information. Additionally, investing in infrastructure for water management and waste recycling, supporting small-scale farming initiatives, and fostering collaboration between farmers and local authorities can contribute to building resilience in peri-urban agricultural communities.