Environmental Projects Research Articles

The Complex Approach to Environmental and Technological Project Management to Enhance the Sustainability of Industrial Systems

To achieve sustainability, industrial systems need to be modernized to improve resource efficiency while optimizing environmental and social performance. The implementation of environmental and technological projects is a complex management process and requires sufficient innovative potential and serious investments, which not every company can provide. Network integration of companies, providing synergy of resources and potentials, is an effective tool for the development and implementation of innovative technologies that allow achieving optimal resource efficiency indicators. An integrated complex approach to the formation of a cross- industrial system on the principles of network integration and partnerships ensures technological interaction between companies, optimizes the methods and forms of their economic activities, allows integration participants to achieve strategic goals and ensure environmental and social effects for the territory of presence. The sustainability of such a system is expressed in its ability to withstand internal threats and external challenges. Approaches to balancing environmental and technological effects while simultaneously analysing social efficiency have not received sufficient development in scientific research. This article discusses an approach to the selection of environmental-technological projects based on criteria for assessing the sustainability and resilience of industrial systems. The authors’ approach has been tested using two industrial symbioses of advanced socio-economic development territories in the city of Novotroitsk (Orenburg region, Russian Federation). The authors presented calculated indicators of resource efficiency before and after the formation of a cross-sectoral industrial system in order to identify social and environmental effects in Novotroitsk. This approach to the assessment of environmental and technological projects allows to concentrate government support measures on the general priorities of the implementation of regional economic and industrial policies.

FinTech and sustainable development: A systematic thematic analysis using human- and machine-generated processing

We conducted a systematic literature review (SLR) by integrating FinTech with the the United Nations' (UN) Sustainable Development Goals (SDGs). By focusing on three dimensions (inclusive finance, economy, and environment), we identify how FinTech may influence sustainable development. We innovate using human- and machine-generated processing to develop themes, making systematic literature reviews more objective and advancing replicability and reproducibility. This study demonstrates the contribution of FinTech in expanding the investment opportunity set by including environmental projects and increasing the diversity and participation rates of savers and lenders. Through this process, FinTech increases its market completeness. Accordingly, FinTech can increase economic growth by achieving higher productivity and sustainable growth through diversification, technological upgrades, entrepreneurship, creativity, and innovation. Additionally, FinTech can accelerate investments in poverty eradication and reduce income inequality. These contributions are aligned with specific SDGs and show that FinTech is an appropriate new technology for financial services.

Cognitive modeling in project management

Subject. This article deals with the issues of project management, risk forecasting and evolutionary economics. Objectives. The article aims to identify systems approaches to management, strengthening digital interactions between various departments of the company and the management department. Methods. For the study, I used a systems analysis. Results. The article presents models of interactions between actors and factors based on dynamic cognitive maps, taking into account inverse functional relationships using Bayesian networks, in particular, a dynamic graph model of propagating perturbations in the project environment, and it proposes an approach to its identification based on the least squares method. Conclusions. The proposed cognitive models and tools will help improve the quality of decision-making in the context of "noise".

Information and Communication Tools for Effective Functioning of Distributed Project Teams

The paper analyzes the key aspects of the use of Agile methodologies by distributed project teams in the IT industry with an emphasis on the integration of information and communication systems for effective work in dynamic environments. The challenges faced by the virtual IT industry in the context of the COVID pandemic, the large-scale invasion of Russia, which generated radical changes in the approaches to the management of project teams, have been considered. The considerable attention is paid to the role of video conferencing and other digital tools, which have become basic in ensuring uninterrupted work and effective interaction in distributed project teams, during global crises. An analysis of the main stack of information and communication technologies in distributed project environments indicates the widespread use of such platforms as Zoom, Microsoft Teams, Google Meet, Skype, Slack, Trello, Jira, and others to ensure flexibility, adaptability and high productivity of teams. The importance of synergy between the Agile methodology and its derivatives and digital tools is highlighted, demonstrating how it helps distributed IT project teams to adapt to changes, ensure high quality software development and foster effective communities of like-minded people. The paper provides information on the use of Agile methodology in 2023, which indicates the growth in the number of distributed project teams and captures the key factors for their successful functioning. It focuses on the importance of the integration processes of modern information and communication technologies and adaptive management practices in the dynamic world of IT projects, making a valuable contribution to the understanding of how distributed project teams can maintain a high level of productivity and efficiency, overcoming systemic obstacles and challenges that are formed in poorly predicted project environments.

Intensifying Cadmium remediation: the impact of synergy between Crambe abyssinica and plant growth-promoting microorganisms

Cd, a toxic metal, is naturally found in the environment and is exacerbated by human activities such as mining, agriculture, and industrial processes. Its contamination in soils poses serious risks to human health and ecosystems, prompting the need for effective remediation strategies. This study focuses on the use of Crambe abyssinica, an oilseed plant known for its tolerance to adverse environmental conditions, including Cd contamination, for phytoremediation of contaminated soils, associated with bioremediation through plant growth-promoting microorganisms. The study involved growing Crambe in vitro. Methods included seed asepsis, substrate contamination with various Cd concentrations, and inoculation with beneficial microorganisms such as Bradyrhizobium japonicum, Bacillus subtilis along with Bacillus megaterium, Azospirillum. brasilense, Pseudomonas fluorescens, and Trichoderma harzianum. Data such as plant length and root area were measured, and the nutrient and Cd content in the plants were assessed. Results indicated that inoculation with microorganisms significantly enhanced the nutrient content in Crambe plants, even under different Cd concentrations. Notably, A. brasilense and P. fluorescens were particularly effective, not only increasing nutrient uptake but also enhancing Cd accumulation in the plants, which is crucial for phytoremediation. The presence of these microorganisms also led to a significant reduction in the Cd concentration in the substrate, showcasing their potential in bioaugmentation. The study highlights the efficacy of using Crambe abyssinica in conjunction with specific microorganisms for the remediation of Cd-contaminated soils. The synergistic effects of these plant-microorganism interactions not only promote plant growth and health but also enhance the phytoextraction of Cd, offering a sustainable solution to soil contamination. Future research should focus on optimizing these interactions and exploring their applications in larger-scale environmental remediation projects.

Unbacked Cryptomoney, Fiscal Evasion and Environment Tax: Some Policy Recommendations in Europe

In a 2019 New York Times article, Paul Krugman declared himself a “crypto skeptic” and shared his pessimistic predictions for cryptocurrencies. Nevertheless, unbacked cryptomoney is now very important in our societies and has revolutionized the monetary and financial landscape as exemplified by the increased pressure from competent regulators to monitor and regulate it. Cryptocurrencies are described by their high volatility that permits regulators to define them as non-safe financial assets when it comes to energy consumption. The anonymous property of cryptocurrencies opens the door to tax evasion, making it especially susceptible to avoiding environment-related taxes aimed at tackling negative impact of climate change. Against this background, the paper sets a twofold aim: to demonstrate that unbacked cryptomoney is volatile and it may pose a threat to financial and fiscal stability; and to develop the idea that, given their different degrees of anonymity and their decentralisation nature, cryptocurrencies could actively participate in the process of tax evasion and therefore incur high costs for countries. Given the general ecological condition and ensuing concerns, it is clear that avoiding eco-taxes represents a serious issue since money from eco-taxation could have been invested in environmental social and governance projects. Therefore, a clear and compelling legal framework should be implemented worldwide to reduce the tax evasion phenomena via cryptomoney channels.

Environmental implication identification on water quality variation and human health risk assessment in the middle and lower reaches of the Hanjiang River, China

As the longest tributary of the Yangtze River, the Hanjiang River has been a “lifeline” for the “Yangtze River Economic Belt of China”. The water quality of the middle and lower reaches of the Hanjiang River (MLHR) has received considerable attention due to environmental degradation, increasing population, and water diversion project operations during the past decade. In this study, 16 water quality parameters from 14 national water quality monitoring stations along the MLHR were collected monthly from January 2021 to December 2022. Water quality index (WQI) methods coupling multivariate statistical techniques, e.g., seasonal Mann-Kendall test (SKT) and Mantel’s test, were applied to analyze and evaluate the spatiotemporal variations of water quality under different environmental and hydrological conditions. The Hazard Quotients (HQs) were used to assess the non-carcinogenic and carcinogenic risk for adults and children via ingestion and dermal pathways. The results showed that the overall water quality in the MLHR was classified as “excellent”, with the average WQI higher than “91”, and each single water quality indicator met Class I or Class II surface water quality standards of China. Ammonia (NH3-N), Total phosphorus (TP), Permanganate (CODMn), pH, and Arsenic (As) were significantly correlated with water level variations. CODMn and TP were decisive in explaining the WQI variations of the MLHR. NH3-N, water temperature, pH, and dissolved oxygen were key parameters for explaining WQI variations in most regions of the MLHR. As, Cadmium (Cd), and Chromium (Cr) presented potential health risks in the MLHR and should warrant close monitoring due to their significant health implications. Due to the continuous construction and operation of cascade hydro-projects, the synchronous monitoring of water quality and hydrological data of the MLHR should be conducted in the future. This study provides a scientific reference for managing water quality in the MLHR and similar natural riverine water bodies.

Investigating Shear Stress of Ice Accumulated on Surfaces with Various Roughnesses: Effects of a Quasi-Water Layer.

The investigation of the anti-icing/deicing is essential because the icing phenomenon deteriorates the natural environment and various projects. By conducting molecular dynamics simulation, this work analyzes the effect of the quasi-water layer on the ice shear stress over smooth and rough surfaces, along with the underlying physics of the quasi-water layer. The results indicate that the thickness of the quasi-water layer monotonically increases with temperature, resulting in a monotonic decrease in the ice shear stress on the smooth surface. Due to the joint effects of the smooth surface wettability and the quasi-water layer, the ice shear stress increases and then decreases to almost a constant value when the surface changes from a hydrophobic to a hydrophilic one. For rough surfaces with stripe nanostructures, when the width of the bump for one case equals the depression for the other case, the variations of shear stress with height for these two cases are almost the same. The rough surface is effective in reducing the ice shear stress compared to the smooth surface due to the thickening of the quasi-water layer. Each molecule in the quasi-water layer and its four nearest neighboring molecules gradually form a tetrahedral ice-like structure along the direction away from the surface. The radial distribution function also shows that the quasi-water layer resembles the liquid water rather than the ice structure. These findings shed light on developing anti-icing and deicing techniques.

Do the Project Manager's soft skills foster knowledge sharing?

In the realm of project management, the significance of soft skills, including communication, leadership, and problem-solving, has been acknowledged as pivotal to project success. Furthermore, the role of knowledge management within projects has emerged as another critical determinant of performance enhancement. This entails disseminating best practices, lessons learned, and insights garnered throughout the project lifecycle. Thus, the Project Manager's role acts as a catalyst, cultivating an environment that promotes effective knowledge sharing.The primary objective of this study is to explore the relationship between project manager soft skills and knowledge sharing within project environments. Additionally, considering the acknowledged impact of organizational culture and environment on knowledge sharing practices, this research aims to examine the moderating effect of organizational culture in shaping the relationship between soft skills and knowledge sharing effectiveness within project contexts. A questionnaire involving project team members was conducted to find answers to these questions.Findings reveal the project manager leadership was positively associated with knowledge sharing among project management team members. This conclusion innovatively connects the importance of soft skills in fostering knowledge sharing within project teams. It places a significant emphasis on the project manager's leadership skills assigning them a key responsibility. Additionally, moderation analysis showed that knowledge creation and knowledge capture strengthened the relationship between project manager's problem-solving skills and knowledge management environment. This underscores the role of a robust organisational culture in supporting knowledge sharing, thereby enhancing the connection between problem-solving abilities and explicit knowledge sharing.

Development of environmental projects within the framework of extracurricular physics education using modern learning technologies

The development of environmental projects within the framework of extracurricular physics education using modern teaching technologies is an urgent and promising area of pedagogical activity. The article examines the importance of the environmental component in the educational process and ways to integrate environmental projects into the curriculum. The advantages of using virtual and augmented reality technologies, interactive models and robotics to organize exciting and informative activities are highlighted. Examples of successful practice are given and recommendations are offered to teachers and educational organizations on the implementation of such projects. The purpose of the article is to stimulate discussion and dissemination of experience in the field of environmental education and the practical application of modern educational technologies in teaching physics. The development of environmental projects within the framework of extracurricular physics education using modern teaching technologies is justified by several key factors. Firstly, environmental problems are becoming more acute in the modern world, and it is important to form a responsible attitude towards the environment among students. Environmental projects within the framework of physical education make it possible to draw attention to environmental problems and contribute to the formation of environmental awareness. Secondly, the use of modern technologies such as virtual and augmented reality, interactive models and robotics makes the learning process more exciting and effective. These technologies enable the creation of interactive simulations and experiments that help students better understand physical phenomena and their relationship to the environment. Finally, the development of environmental projects contributes to the development of creative thinking and practical skills of students. Participation in projects allows you to apply theoretical knowledge in practice, which increases their motivation and interest in studying physics.

Diverse Leadership Models for Promoting Sustainable Development in Hong Kong: Experiences and Insights

This article examines the diverse leadership models employed by the Hong Kong government in promoting sustainable development, including administrative, collaborative, transformational, distributed, servant, and transactional leadership. The implementation of these models reflects the government's comprehensive strategies in environmental policies, technological innovation, and sustainability projects. The article also draws insights from Singapore, Denmark, and Finland, integrating their distinctive leadership approaches to provide new ideas for Hong Kong in achieving sustainable development. The conclusion suggests that adopting a hybrid leadership style can more effectively help Hong Kong achieve its sustainability goals.

Team resilience in multiple project environments: What characteristics should be explored?

Purpose: This paper aims to explore how project team members' resilience differs based on industry type, project budget, company type, and gender. Design/methodology/approach: Using the conservation of resources theory, this study focuses on exploring the insight of the gathered data from the perspective of descriptive statistics. To achieve this objective, a descriptive analysis was conducted using purposive sampling and snowball techniques, gathering data from 349 respondents. The collected data was analyzed using IBM SPSS software version 25. Findings: The study's results indicate that male respondents are dominant, primarily working in the construction industry, while female respondents tend to work in other industry sectors. Moreover, male respondents exhibited higher resilience scores, but no significant difference in resilience was observed based on gender. However, resil-ience levels varied according to the industry sector. Respondents from industries other than the construction sector tended to display higher resilience. Research limitations/implications: Considering that the study finds only minor variations, businesses in the same industrial sector might think about implementing a practice benchmark. Examining businesses outside of these im-portant industries, however, may provide difficulties. Subsequent data-gathering endeavors may be broadened to encompass more industry sectors and subsequently scrutinized via case studies utilizing smaller samples from certain sectors. Originality/value: This study reveals that it is important to further expand and investigate these insights. Resources for team resilience, such as team confidence, a roadmap for teamwork, the ability to improvise as a team, and psychological safety for the team, can be added to future research. Furthermore, it is crucial to do quantitative research to look at how these elements show up in various industry sectors.

Establishing the Nexus between Green Human Resource Management and Construction Project Environmental Performance

ABSTRACT Green resource management has been recognized as a strategy to enhance performance across industries. This study empirically examines the relationship between Green Human Resource Management (GHRM) and environmental performance in Ghana’s construction industry. Using a quantitative approach, data was collected via a comprehensive literature review and structured questionnaires. Of the 125 questionnaires distributed to construction professionals using purposive sampling, 97 were retrieved, yielding a 77.6% response rate. Data analysis was conducted using SEM-Partial Least Square (SEM-PLS).The analysis identified green induction as the most significant latent variable, followed by green recruitment and green human resource planning. Environmentally friendly construction methods were the most agreed-upon measure for environmental performance. The study found a statistically significant positive relationship between GHRM practices and project environmental performance. It suggests implementing GHRM practices, like green recruitment and induction, through policies to enhance organizational performance. This study contributes to the understanding of GHRM’s impact on the environmental performance of construction projects and provides a foundation for future research to improve human resource management.

Navigating critical barriers for green bond markets using A fuzzy multi-criteria decision-making model: Case study in Vietnam

As potent financial instruments channeling capital into climate and environmental projects, green bonds' issuance is frustrated by myriad obstacles. Therefore, this study aims to explore the critical barriers to green bond issuance in Vietnam. This study elucidates the salient barriers by utilizing an integrated multi-criteria decision-making methodology synthesizing the Fuzzy set theory-based Delphi, Decision-Making Trial and Evaluation Laboratory (DEMATEL), and DEMATEL-based Analytic Network Process (DANP). An extensive literature review of green bonds delineates five key dimensions related to impediments: Policy, Market, Financial, Capacity, and Awareness, with 38 discrete indicators representing potential obstacles. Firstly, employing a Fuzzy Delphi survey of 16 experts, 32 indicators are distilled for further analysis. Then, Fuzzy DEMATEL modeling evaluates the interrelationships and interactions among barriers. Finally, DANP is applied to obtain the relative importance of key barriers. Results unveil the five most formidable barriers as a weak regulatory framework and infrastructure (PO1), Limited availability of green bond issuance guidelines and templates (PO2), Insufficient incentives or tax benefits for green bond issuers (PO3), Limited coordination and alignment with international green bond standards (PO5), Lack of investor confidence in the quality and credibility of green projects (AW4), and Capacity constraints among issuers, particularly in smaller organisations or government agencies (CA1). The research contributes to the broader literature on green finance and offers valuable insights for promoting sustainable finance practices in Vietnam and other developing economies.

Shifting lakefronts: Alternative waterfront politics in Wuhan

ABSTRACT The transformation of lakefronts from spaces of privatization and contamination to vibrant public areas signifies a significant urban shift in Wuhan over the past 2 decades. This article explores a shift toward integrating bottom-up participatory approaches to sustainable environmental management with the top-down planning system amid this profound urban transition. By examining the unintended planning consequences and civic actions across Sha Lake and Dong Lake, this study uncovers a complex urban process marked by conflicts over waste management, property rights, and cultural identity issues at the water-land interface. In this process, new forms of civic participation emerged in Wuhan’s environmental management in the digital age, despite the lack of official participatory mechanisms. The study identifies parallels in the formalization of community engagements between Wuhan and other locales, notwithstanding China’s continued dominance of centralized governance, as middle-class activists increasingly play active roles in environmental management projects, utilizing skills, networks, and dedication.

Odor-Cued Grab Air Sampling for Improved Investigative Odorant Prioritization Assessment of Transient Downwind Environmental Odor Events.

A critical prelude to any community odor assessment should be the prioritization of specific chemical odorants that are most responsible for targeted downwind odors. Unfortunately, and historically, this is a step that has often been bypassed or overlooked. However, correct understanding of the specific impactful volatile organic compounds (VOCs) can inform the follow-on sampling, analytical, and remediation strategies that are most appropriate and efficient, based upon the chemistry behind the issue. With this understanding, the techniques and sampling strategies presented herein should be viewed as a qualitative prelude rather than an addendum to a follow-up routine, automated downwind odor monitoring. Downwind odor characteristics can vary depending upon the size of the upwind source, interim topography, and wind conditions. At one extreme, the downwind odor plume from a relatively large source located on a flat open plain and under stable, near-straight line wind conditions can be rather broad, sustained, and predictable. In contrast, the plume from a small point source (e.g., a roof vent stack) located on irregular topography and under rapidly shifting wind conditions can be intermittent and fleeting ("spikes" or "bursts"). These transient odor events can be surprisingly intense and offensive, despite their fleeting occurrence and perception. This work reports on improving and optimizing an environmental sampling strategy for odorant prioritization from such transient downwind odor conditions. This optimization addresses the challenges of (1) sampling of transient odor "spikes" and (2) prioritizing odors/odorants from multiple, closely colocated point sources under transient event conditions. Prioritizing is defined as identifying the key impactful odorants downwind. Grab air sampling protocol refinement has emerged from actual community environmental odor assessment projects. The challenge of assessing transient odor events has been mitigated by utilizing (a) rapid, odor-cued whole-air grab sampling (i.e., activated by and synchronous with the perceived sensory spikes) into metalized fluorinated ethylene polymer (m-FEP) gas sampling bags; (b) immediate transfer from bags onto solid-phase microextraction (SPME) fibers or sorbent tubes; and (c) maintaining refrigerated storage and shipment conditions between field collection and in-laboratory analysis. Results demonstrated approximately 11-fold increases in target odorant yields for 900 mL air sample capture on sorbent tube transfers from 2 to 3 s "burst" odor event bag captures compared to equivalent direct collections (with sorbent tubes) at the same downwind receptor location but during perceived (stable) odor "lull" periods. An application targeting general odor sampling and point-source differentiation utilizing tracer gases is also presented.

Arachnids: between fear and financial support for environmental education projects

Arachnids contribute to socioenvironmental development by acting as bioindicators of environmental quality and providing essential ecosystem services, highlighting the need for public awareness to conserve these potentially umbrella species. The aim is to evaluate the willingness to pay for informal education programs about arachnids in the central Brazilian savanna using the contingent valuation method (CVM). For this purpose, a preliminary analysis was conducted with 407 residents of a Brazilian municipality with a small population and significant incidents involving arachnid species. The respondents' profiles (gender, age, and education level), knowledge, perceptions of arachnids, and willingness to pay were collected. Quantification, average/total willingness to pay, and Pearson's correlation were performed using R software. Most respondents were women (75.43%), had a high school education and were aged between 35 and 65 years. We observed that most had some level of knowledge about the morphology, ecological characteristics, and importance of arachnids, especially for the environment. However, the results also indicate that older people, men, and those with lower education levels have a greater willingness to pay for educational events about Cerrado arachnids (IEPAs). Only a portion of the respondents were willing to pay for informal education programs in favor of arachnid awareness and conservation. The total willingness to pay was US$ 4,441.28, preferably managed by the state's public education institution. It is concluded that there is significant and necessary potential for environmental education actions to promote the conservation of arachnid megadiversity.

Review Paper on Recent Advances of Biotechnology Application to Aquaculture Development

Recent advances in biotechnology have significantly impacted aquaculture production, revolutionizing the industry. which explores key developments in applying biotechnological tools to enhance various aspects of aquaculture. Molecular techniques, such as genetic manipulation, have enabled the selective breeding of fish for desirable traits, improving growth rates, disease resistance, and overall productivity. Furthermore, the application of advanced genomics and bioinformatics has facilitated the identification of specific genes associated with important traits, paving the way for precision breeding. Biotechnological interventions also extend to disease management in aquaculture. Novel diagnostic methods based on molecular biology enable early detection of pathogens, contributing to effective disease prevention and control. Vaccines developed through biotechnological approaches have shown promise in protecting aquatic species against various infections, reducing reliance on traditional antibiotics. Nutrition is another critical aspect benefiting from biotechnological advancements. Genetically engineered feed formulations, enriched with essential nutrients, enhance the overall health and growth of aquaculture species. Furthermore, by enhancing feed conversion efficiency and waste management, probiotics and prebiotics obtained from biotechnological processes aid in the development of sustainable and ecologically friendly practices. Aquaculture and biotechnology are integrated in environmental conservation and monitoring projects. Aquatic organisms are guaranteed ideal conditions through real-time water quality monitoring made possible by biosensors and molecular tools. Utilizing genetically engineered organisms, bioremediation techniques help to lessen the negative environmental effects of aquaculture operations. In conclusion, recent advances in biotechnology have propelled aquaculture towards a more sustainable, efficient, and environmentally conscious industry. The integration of molecular techniques, genetic manipulation, diagnostics, and environmental monitoring has opened new avenues for addressing challenges and optimizing production in aquaculture. The continued exploration and application of biotechnological tools hold great promise for the future of this crucial food production sector.

Formation of Environmental Culture of Younger School Students in the Content of Technological Education

The article examines the problem of environmental education of the younger generation, in particular, focuses on the importance of the formation of the environmental culture of younger schoolchildren, and reviews scientific research on the issues of environmental culture of the individual and the features of its formation at the younger school age. It is noted that the formation of the ecological culture of younger schoolchildren can take place through the study of educational material of the technological educational field, in particular, ecologically oriented content. The author examines the importance of using secondary materials for the manufacture of products in design and technology classes, offers the topic of environmental projects aimed at increasing students' environmental awareness and their desire to protect the environment. The article offers topics of practical works that help students better understand the impact of their actions on nature and educate them in a responsible attitude towards the environment. The author provides recommendations to teachers on the use of effective teaching methods aimed at forming the ecological culture of junior high school students in design and technology lessons.

Relationship between Access to Clean Water and Child Growth and Development in Kenya

Purpose: The aim of the study was to analyze the relationship between access to clean water and child growth and development in Kenya. Methodology: This study adopted a desk methodology. A desk study research design is commonly known as secondary data collection. This is basically collecting data from existing resources preferably because of its low cost advantage as compared to a field research. Our current study looked into already published studies and reports as the data was easily accessed through online journals and libraries. Findings: Access to clean water significantly impacts child growth and development in Kenya by reducing waterborne diseases like diarrhea, improving hygiene practices, and ensuring adequate hydration. Children with reliable access to clean water experience better nutritional outcomes and enhanced immune function, crucial for their physical growth and cognitive development. Unique Contribution to Theory, Practice and Policy: Ecological systems theory (Bronfenbrenner), health belief model (Rosenstock) & social determinants of health (SDH) theory may be used to anchor future studies on relationship between access to clean water and child growth and development in Kenya. Expand the implementation of effective water purification technologies and community water supply projects in resource-constrained environments. Advocate for integrated policies that prioritize water security alongside nutrition-sensitive interventions. Policies should support multi-sectoral collaboration between health, water, and sanitation sectors to address the complex interplay between water access and child nutrition.