Harmonious Blend Research Articles

Hedonic Test of Instant Powdered Ginger Drink with Sugar and Sugar-Palm Sugar Combination

Stress, environmental pollution, radiation, and excessive food processing contribute to the production of free radicals, which are harmful to the body. Antioxidants play a role in preventing free radicals from damaging nucleotides. Ginger contains high levels of antioxidants, making it beneficial for overall health. However, ginger has a short shelf life, and its traditional preparation methods are less preferred by many people. Therefore, ginger is now available in the form of instant drink powders, which can be prepared like tea or coffee. This study is a descriptive study using the hedonic test method. Thirty students were selected as panelists. The panelists evaluated two types of ginger drinks made with different sweeteners: sugar and a combination of sugar and palm sugar (sugar-palm sugar). The parameters assessed in this study were color, aroma, taste, and sweetness level. The results of the hedonic test showed that the ginger drink sweetened with the sugar-palm sugar combination had the highest preference percentages across all parameters: color, aroma, taste, and sweetness level. For color, the "like" preference level achieved a percentage of 40%. For aroma, the "really like" preference level reached 43.33%. Taste received a "really like" preference level of 53.33%, and sweetness achieved a "like" preference level of 36.67%. In conclusion, the panelists preferred the ginger drink sweetened with the sugar-palm sugar combination over the drink sweetened with just sugar. This preference is attributed to the addition of palm sugar, which balances the ginger's strong flavor while retaining its distinct taste. Furthermore, the combination of ginger and palm sugar produces a harmonious blend of color, aroma, taste, and sweetness that complements both ingredients.

Advancing teleoperation for legged manipulation with wearable motion capture.

The sanctity of human life mandates the replacement of individuals with robotic systems in the execution of hazardous tasks. Explosive Ordnance Disposal (EOD), a field fraught with mortal danger, stands at the forefront of this transition. In this study, we explore the potential of robotic telepresence as a safeguard for human operatives, drawing on the robust capabilities demonstrated by legged manipulators in diverse operational contexts. The challenge of autonomy in such precarious domains underscores the advantages of teleoperation-a harmonious blend of human intuition and robotic execution. Herein, we introduce a cost-effective telepresence and teleoperation system employing a legged manipulator, which combines a quadruped robot, an integrated manipulative arm, and RGB-D sensory capabilities. Our innovative approach tackles the intricate challenge of whole-body control for a quadrupedal manipulator. The core of our system is an IMU-based motion capture suit, enabling intuitive teleoperation, augmented by immersive visual telepresence via a VR headset. We have empirically validated our integrated system through rigorous real-world applications, focusing on loco-manipulation tasks that necessitate comprehensive robot control and enhanced visual telepresence for EOD operations.

Forging a Sustainable Agricultural Future: Tradition and Innovation in Shaping Acceptance of Insect-Based Foods

This study investigates the potential for a sustainable future in agriculture, examining how the interplay between tradition and innovation influences the acceptance of insect-based foods. As global demand for alternative protein sources rises, it is important to understand how individuals’ attitudes toward traditional “disgusting” dishes and their sensitivity to environmental sustainability interact to shape attitudes toward new insect-derived products.The main research aim was to identify profiles of consumers possessing different attitudes toward traditional “disgusting” dishes and new insect-derived products. A survey of 1402 Italian participants was thus conducted to detect the relationships between i) opinions toward traditional “disgusting” food and insects-containing food, and ii) orientation toward both environmental issues and traditional food. A Cluster Analysis was performed on the basis of a previous Principal Component Analysis (PCA) in order to identify distinct consumers’ profiles based on their environmental concern and food system opinions. The four emerged clusters, - i.e. Earth-Balance responsibles, Green consumers, Indifferents and Selective eco-conscious consumers - differ for socio-demographic features and attitudes toward traditional “disgusting” food and insect-based alternatives, that were detected through a photo-choice task including 10 traditional Italian foods and 11 insect-based options. Correlation and Correspondence analyses verified the relationship between preferences for traditional foods and their insect-based counterparts within each cluster. Results show that environmental concern toward food systems influenced the acceptability of insect-based foods differently across the identified clusters. Additionally, socio-demographic features and ties to culinary traditions significantly influenced innovative food choices.In sum, this study provides insights for the sustainable integration of insect-based foods into mainstream dietary choices, emphasizing the crucial role of a harmonious blend of tradition and innovation in this evolving landscape. Furthermore, care for the visual aspects is suggested for product development within the emerging insect-based foods market.

Users’ Satisfaction with the Urban Design of Nature-Based Parks: A Case Study from Saudi Arabia

Rapid urbanization in Saudi Arabia has reshaped land use and increased the demand for public spaces to enhance residents’ well-being, support quality of life, and strengthen cities’ resilience to global warming and climate change. In this study, an evaluation of user satisfaction with the design of nature-based parks in Saudi Arabia was conducted, using Wadi Hanifa Park in Riyadh city as a case study. To this end, direct observation alongside a questionnaire survey of park users was employed. The findings indicate that users are generally satisfied with the design of the park, with a weighted mean overall satisfaction score of 3.38 out of 5 observed. High satisfaction ratings were reported for various features, with visual quality receiving the highest rating. In contrast, lower satisfaction levels were recorded for some aspects, with the lowest rating given to lighting levels at night. The most frequently cited issue needing attention was the limited presence of greenery. This suggests that users tend to report a higher satisfaction in parks that incorporate diverse plant life and create a harmonious blend of natural and built environments. Accordingly, this study recommends the planting of native species, which require less water, enhance visual appeal, and strengthen place identity. Enhancing these aspects could further increase the effectiveness of nature-based parks in enhancing the quality of life in Saudi cities. This study recommends developing a national evaluation framework for public parks in Saudi Arabia to guide designers and policymakers in implementing the best design practices.

Two-dimensional network scene design for traffic simulation: An approach using computational Delaunay triangulation

Traffic network design is a pivotal aspect of urban planning, necessitating a harmonious blend of theoretical and practical approaches. In this paper, we propose a novel network design methodology utilizing Delaunay triangulation. We address the limitations of raw Delaunay networks, particularly their triangular configurations, by introducing edge-reduction techniques guided by a newly developed metric, detour redundancy. This metric is instrumental in assessing edge importance, facilitating the transformation of the network to better mirror real-world traffic scenarios. The efficacy and practical application of the designed networks are then evaluated through traffic simulations using the principles of cellular automata. Our findings underscore the potential of this approach in enriching traffic network design and pave the way for future investigations into diverse network characteristics and their implications in urban environments.

An altitude-aware fuzzy approach for energy efficiency in UAV-assisted 3D Wireless Sensor Networks

In Wireless Sensor Networks (WSNs) that use multi-hop topologies, issues like energy holes and hotspots have become prominent. To address these, recent research has proposed using mobile sinks with abundant resources. These include mobile robots, drones, and notably, Unmanned Aerial Vehicles (UAVs), as solutions to alleviate these challenges. This paper introduces a novel altitude-aware fuzzy approach aimed at improving energy efficiency in UAV-supported 3D WSNs. The proposed methodology comprises two key components. Firstly, a tailored fuzzy clustering algorithm is developed to manage the spatial structure of the 3D WSN, optimizing energy consumption. Secondly, a hybrid grey wolf optimization algorithm is utilized to fine-tune the parameters of the fuzzy clustering algorithm, ensuring optimal performance. The synergistic and seamless integration of these components addresses the energy efficiency challenges inherent in UAV-assisted 3D WSNs. The significance of this approach lies in its capacity to navigate the escalating complexity and energy demands of modern sensor networks, offering a harmonious blend of theoretical innovation and practical applicability. Experimental analysis and results substantiate the superior performance of the proposed approach compared to existing solutions, as measured by the metrics commonly employed to evaluate the network lifetime of protocols in the literature.

Vaidyakulguru Mahakavi Shri Krishnaram Bhatta (1849–1898): A great versifier of Ayurveda therapeutics

Abstract Much of the traditional knowledge related to Ayurveda remains with ancient physicians. Born into a distinguished lineage of royal physicians in Jaipur, Rajasthan, Vaidyakulguru Mahakavi Shri Krishnaram Bhatt was an eminent figure of nineteenth-century India, who excelled in both Ayurveda and literature. His lineage boasted of a rich tradition of Ayurvedic practice, which he carried forward with his intellectual expertise and poetic talent. The information related to his personality and his biography has been compiled with the help of the books written by him, texts written by other authors, and by conducting direct interviews with his family members for this article. Apart from being a prominent scholar of Ayurveda, its medicinal preparations, and its uses, he was also an expert in Sanskrit literature, poetry, and prosody. His educational journey under the guidance of eminent scholars earned him recognition as a polymath. His seminal work, “Siddha-Bheshajamanimala,” is a comprehensive guide to Ayurvedic formulations, reflecting his clinical acumen and poetic prowess. Apart from this, Kachchvansh Mahakavya, Sara-Shatakam, Jaipur-Vilas, Aryalankar-Shatakam, and other works are also among his important works. Despite his untimely demise, the legacy of Shri Krishnaram Bhatt continues to enrich the tradition of Ayurveda through his descendants. His life embodies a harmonious blend of Ayurvedic knowledge and literary excellence, leaving an indelible mark on India’s cultural and intellectual landscape and inspiring future generations of Ayurvedic practitioners.

Navigating the Cultural Paradox: The Dual Role of Globalisation in Propagating Cultural Hybridisation and Nationalism

Abstract: This paper engages in a comprehensive exploration of the cultural paradox that is manifested by globalization's dual role in disseminating cultural hybridization and nationalism.Globalization not only promotes the fusion of different cultural elements, resulting in cultural hybridization phenomena. For example, the global success of South Korean pop music K-Pop, which combines Western and Korean musical elements, embodies a cultural product that is a harmonious blend of global and local cultures generated by globalization. At the same time, globalization also triggers cultural nationalism. Represented by the ideology of "America First", in the face of threats brought by globalization, it emphasizes protecting national culture and economic interests. Nationalism is a counter-reaction to globalization. The paradox of globalization lies in its role as a catalyst for both cultural hybridization and nationalism. Its complex dynamics affect the development of culture and people's perception of identity. In the future, as cultural exchanges continue to be intensified by technology and globalization, elements of hybridization and nationalism will continue to shape our world. They will influence individual and collective assertions of identity and manifest in various fields from arts and media to politics and economics. In this balancing act lies the potential to create a world that honors and appreciates the multiplicity of cultures while preserving diversity, comprising the riveting mosaic of global culture.

Research on the Influence Mechanism of Tourists’ Pro-Environmental Behavior in Globally Important Agricultural Heritage Sites: A Case Study of the Anxi Tieguanyin Tea Culture System in China

The harmonious coexistence of humanity and nature stands as a paramount objective in the global endeavor towards ecological civilization. By vigorously promoting eco-friendly recreational activities within World Agricultural Heritage sites, we can evoke tourists’ emotional understanding and empathy towards environmental protection. This approach presents an optimal solution to the challenges faced in realizing the ecological value of these heritage sites, thereby fostering an even deeper harmony between people and nature. For this study, the Anxi Tie Guan Yin Tea Cultural System, a site of global agricultural heritage significance, was chosen as the case study. Employing structural equation modeling (SEM) analysis, a survey was administered to 452 local tourists for empirical testing. The research reveals several key findings: (1) Tourists’ environmental concern exerts a notably positive influence on their pro-environmental behaviors; (2) both nature empathy and ecological anxiety serve as mediators in the relationship between environmental concern and tourists’ pro-environmental behaviors; (3) furthermore, nature empathy and ecological anxiety exhibit a sequential, or chain, mediation effect between environmental concern and pro-environmental behaviors; and (4) lastly, the impact of nature empathy and ecological anxiety on tourists’ pro-environmental behaviors differs according to gender. Consequently, managers of agricultural heritage sites should aim to evoke tourists’ sense of nature empathy while appropriately stimulating their ecological anxiety, thereby providing guidance for ensuring a harmonious blend of human activities and the ecological environment and ultimately fostering the sustainable development of World Agricultural Heritage sites.

Urban Odyssey: “Pioneering multimodal routes for Tomorrow's smart cities”

Getting around in modern cities has become a daily puzzle for both residents and travelers. As cities increasingly evolve into complex hubs of innovation and development, the demand for efficient transportation solutions has never been higher. In the multifaceted field of urban transportation, cost-effective and efficient mobility remains a high priority. This paper looks at how cities are planning better ways for people to travel and move within the growing scope of multimodal transportation, a paradigm shift beyond traditional single-mode transit systems. Our approach to improving urban transport revolves around a few key principles: integration, innovation, and collaboration. Integration means bringing together different modes of transportation – like buses, trains, bikes, and even new technologies like ride-sharing services to make it easier for people to switch between them. This transformative approach not only aims to reduce congestion and reduce environmental footprints but also prioritizes user experience while ensuring a harmonious blend of convenience, sustainability, and accessibility. We use new technology and ideas to ensure that travel is easy, quick, and good for the environment. Looking at new trends and examples from around the world, this overview shows how cities are shaping a better future for everyone's daily commute. In this paper, we use Lingo software to solve a numerical example related to multi-modal transportation, demonstrating practical solutions for real-world implementation. Through innovation, we can find creative solutions to urban transportation challenges. Additionally, public transportation enhancements, such as the introduction of synchronized bus routes and electric vehicle charging stations, underline the commitment to sustainability and inclusivity. In the dynamic urban transportation landscape, cities will revolutionize our approach to providing cost-effective and efficient mobility solutions.

Inheriting the glory of PāṆinian grammar into computer science

the integration of Pāṇinian grammar principles into computer science represents a significant advancement in computational linguistics and natural language processing. Pāṇini, an ancient Indian grammarian, formulated an elaborate system of grammar known as Aṣṭādhyāyī around the 4th century BCE, which has been revered for its systematic and concise rules governing Sanskrit language structure. In recent years, there has been a growing interest in adapting Pāṇinian principles to enhance computational frameworks for understanding human languages. This paper explores the theoretical foundations of Pāṇinian grammar and its applicability in the context of modern computational linguistics. The integration of Paninian grammar into computer science enhances the accuracy and efficiency of natural language processing system and contributes to preservation and dissemination of ancient linguistic knowledge. Through this the researchers aim to bridge gap between traditional linguistic scholarship and modern computational methodologies. By embracing the systematic and rigorous framework laid out by Pāṇini millennia ago, researchers are poised to achieve new breakthroughs in understanding and processing human language through innovative computational techniques. The journey from ancient Sanskrit grammar to innovative computer science exemplifies a harmonious blend of tradition and innovation in the quest for linguistic knowledge and technological advancement. Keywords - Pāṇini, Aṣṭādhyāyī, Computational linguistics, Machine translation, semantic analysis, syntactic rules.

The Dynamic Interplay of Tradition and Innova-tion: An Ethnographic Study of Bengaluru’s Urban Landscape

Abstract: The paper delves into the dynamic interplay of tradition and innovation in Bengaluru. Through ethnographic research and urban analysis, we explore how the city’s streets mirror its rich cultural heritage and technological progress. From Avenue Road's bustling markets to Malleswaram's serene lanes, Bengaluru's locations reveal a harmonious blend of customs and advancements. These streets, hosting ancient temples beside skyscrapers and traditional eateries alongside fusion cuisine, are vibrant stages of coexisting narratives. Furthermore, areas like Koramangala and Basavanagudi showcase the city’s entrepreneurial spirit and artisanal preservation. Our findings highlight Bengaluru’s streets as catalysts of creativity and innovation, illustrating that tradition and modernity are complementary forces shaping the urban landscape. This research offers insights into Bengaluru’s evolving identity, presenting it as a nexus of cultural heritage and technological dynamism.

Mussel-Inspired Polymer-Based Composites for Efficient Thermal Management in Dry and Underwater Environments.

To address the escalating power consumption of processors in data centers and the growing emphasis on environmental sustainability, the prospective shift from traditional air-cooling to immersion liquid cooling necessitates multiple functional integrations in polymer-based thermal conductive materials. Here, drawing inspiration from mussels, we showed a copolymer, poly(dimethylsiloxane-co-dopamine methacrylate) (PDMS-DMA), with a variety of reversible molecular interactions and simply combined with liquid metal (EGaIn) can yield a flexible, waterproof, and electrically insulating thermal conductive composite. The obtained PDMS-DMA/EGaIn composites demonstrate a harmonious blend of attributes, including a low modulus (75.8 kPa), high thermal conductivity of 6.9 W m-1 K-1, and rapid room-temperature self-healing capabilities, capable of complete repair within 20 min, even under water. Based on its electrically insulating and water resistance properties, PDMS-DMA/EGaIn emerges as a promising candidate for efficient and stable heat transfer in both air and underwater thermal management. Consequently, this water-resistant polymer-based composite holds significance for application in thermal protective layers for future immersion liquid cooling systems.

Anticoagulation in Chronic Kidney Disease.

The nuanced landscape of anticoagulation therapy in patients with chronic kidney disease (CKD) presents a formidable challenge, intricately balancing the dual hazards of hemorrhage and thrombosis. These patients find themselves in a precarious position, teetering on the edge of these risks due to compromised platelet functionality and systemic disturbances within their coagulation frameworks. The management of such patients necessitates a meticulous approach to dosing adjustments and vigilant monitoring to navigate the perilous waters of anticoagulant therapy. This is especially critical considering the altered pharmacokinetics in CKD, where the clearance of drugs is significantly impeded, heightening the risk of accumulation and adverse effects. In the evolving narrative of anticoagulation therapy, the introduction of direct oral anticoagulants (DOACs) has heralded a new era, offering a glimmer of hope for those navigating the complexities of CKD. These agents, with their promise of easier management and a reduced need for monitoring, have begun to reshape the contours of care, particularly for patients not yet on dialysis. However, this is not without its caveats. The application of DOACs in the context of advanced CKD remains a largely uncharted territory, necessitating a cautious exploration to unearth their true potential and limitations. Moreover, the advent of innovative strategies such as left atrial appendage occlusion (LAAO) underscores the dynamic nature of anticoagulation therapy, potentially offering a tailored solution for those at the intersection of CKD and elevated stroke risk. Yet the journey toward integrating such advancements into standard practice is laden with unanswered questions, demanding rigorous investigation to illuminate their efficacy and safety across the spectrum of kidney disease. In summary, the management of anticoagulation in CKD is a delicate dance, requiring a harmonious blend of precision, caution, and innovation. As we venture further into this complex domain, we must build upon our current understanding, embracing both emerging therapies and the need for ongoing research. Only then can we hope to offer our patients a path that navigates the narrow strait between bleeding and clotting, toward safer and more effective care.

Enhancing Image SEO using Deep Learning Algorithms: A Research Approach

Visual content influences profoundly user interactions and search engine rankings. Traditional SEO techniques, while foundational, often fall short in the swiftly changing search landscape. This paper presents a cutting-edge solution that leverages the power of deep learning and generative AI to redefine image SEO. Through the innovative integration of the AWS Rekognition's image analysis and ChatGPT's advanced natural language processing, we automate and refine the creation of alt-texts, ensuring they are not only precise, but also SEO-enriched. The result is a harmonious blend of technology and strategy that significantly boosts online content discoverability. Using a specific website as a test environment, the proposed methodology demonstrated a profound impact on SEO performance. Initially, no images on the webpage had alt-texts. After applying the AI-driven approach, all images were equipped with descriptive, SEO-optimized alt attributes, markedly improving their visibility in search engine results. These results underscore the effectiveness of integrating advanced AI technologies in SEO strategies, providing a scalable and effective framework for enhancing digital content accessibility and search engine rankings.

Strategies to promote nuclear energy utilization in hydrogen production

The significant increase in harmful GHG emissions has led to dramatic global climatic changes. Thus, a need arises for clean, sustainable, economically viable energy sources. Prink hydrogen is the production of hydrogen using a nuclear energy source. No clear legislation regulates the utilization and operation of hydrogen in general and pink hydrogen in particular. This study analyzes nuclear energy regulations in various countries and regions and introduces a gap analysis in the nuclear field, comparing the under-established to the well-established regulatory bodies. This study utilized a harmonious blend of analytical tools utilizing both a gap analysis and an integrated decision-making methodology. Gap analysis showed a weak regulatory infrastructure, which hinders the adoption of pink hydrogen in some regions. Strategies were suggested in this study to address the identified weaknesses and threats linked to pink hydrogen technology to enhance energy security.

Willful defaulting of bank loans in a developing country: a Bourdieusian analysis

Purpose Borrowers’ intentional non-payment of bank loans despite being able to pay is a financial crime. This paper explores how willful loan defaulting became a societal practice in Bangladesh, where non-performing loans (NPLs) are assumed to surpass BDT 4 trillion mainly due to habitual defaults of large borrowers. Design/methodology/approach This study reviewed publicly available documents and interviewed bank managers, loan takers, regulators and industry experts. It drew on Pierre Bourdieu’s practice theory, specifically the concepts- habitus, capital and field, to explain the permeation of “intentional defaulting culture” in the banking industry. Findings Willful defaulting in Bangladesh is an outcome of a harmonious blend of defaulters’ mindsets and possession of capital supported by the structure and rules of the field. The socio-political context facilitates, rather than impedes, the “unwillingness to pay” motive of the habitual defaulters due to their possession of different forms of capital. Research limitations/implications Understanding of how the crime of willful defaulting emerges and persists in society may have policy and practice implications in economies suffering NPL problems. Originality/value This study explicates how individual intents and institutional structures jointly amplify financial crimes in society.

Harmonizing hope: navigating the osteoarthritis melody through the CCL2/CCR2 axis for innovative therapeutic avenues.

Osteoarthritis (OA) is characterized by a complex interplay of molecular signals orchestrated by the CCL2/CCR2 axis. The pathogenesis of OA has been revealed to be influenced by a multifaceted effect of CCL2/CCR2 signaling on inflammation, cartilage degradation, and joint homeostasis. The CCL2/CCR2 axis promotes immune cell recruitment and tips the balance toward degeneration by influencing chondrocyte behavior. Insights into these intricate pathways will offer novel therapeutic approaches, paving the way for targeted interventions that may redefine OA management in the future. This review article explores the molecular symphony through the lens of the CCL2/CCR2 axis, providing a harmonious blend of current knowledge and future directions on OA treatment. Furthermore, in this study, through a meticulous review of recent research, the key players and molecular mechanisms that amplify the catabolic cascade within the joint microenvironment are identified, and therapeutic approaches to targeting the CCL2/CCR axis are discussed.

Legaculturation: Turning Laws into a Culture

The interaction between law and culture is fundamental to the functioning of any society. While laws are formal rules enforced by state institutions, culture encompasses the shared values, beliefs, and practices of a society. In order to eliminate problems such as the conflict between law and culture, the pressure of law on culture, the society's behavior against the law, and similar problems, law must be adapted to the culture and existing laws must be made a culture of the society. This article explores the process of transforming legal norms into cultural ones, emphasizing the mechanisms through which laws are internalized and become an integral part of social behavior. By examining historical precedents, theoretical frameworks, and contemporary examples, the article demonstrates how legal norms can shape and be shaped by cultural norms, transcending their formal boundaries. More significantly, it illustrates how the state's promulgation, enforcement, and potential future enactment of laws can be rendered more palatable, acceptable, and culturally integrated to both the state and society. The article posits that as society embraces laws as part of its culture, not only will the state's expenditure on ensuring security decrease, but societal trust will also increase, reducing conflicts and insecurities in the application of laws. The article also, introduces the concept of Legaculturation and emphasizes the importance of turning (transforming) laws into a culture. This comprehensive research provides a professional and detailed examination of the concept of Legaculturation by combining information from existing literature. Ultimately, the article assumes that society will thrive in welfare underpinned by a harmonious blend of legal and cultural norms.

Promoting environmental sustainability in construction: exploring implemented solutions through case studies

It is imperative to take pro-ecological actions that are beneficial to health, as well as adopt sustainable development practices in the face of the current environmental challenges facing humanity. It is crucial that environmental protection is implemented by all people on Earth, because the future is worrying – especially for what will be left for future generations. Green building solutions are being implemented worldwide, but not always in an appropriate manner. All green architecture integrates sustainable development and conservation, regardless of location. This article summarises and characterises the concept of the 6E (economic, energy-efficient, ecological, elastic, aesthetic, ergonomic) ecological building concept and the 3R (reduce, reuse, recycle) principle. It also presents an analysis of two ecological buildings in Poland. The first is a wooden building located in the village of Podgać, which serves as an example of combining modern design and ecology. It was built in harmony with nature and blends in with the natural environment of the forest. A half-timbered house in the village of Jarzębia Łąka is the second example where traditional construction, modern technical solutions and environmental protection come together. The presented project examples were examined in terms of ecological building principles and then compared with the 6E concept and the 3R principle. This paper presents a comprehensive study of two distinct eco-friendly building structures. The investigation covers technical characterisation, compliance with the 6E concept, comparison of ecological efficiency, and conclusions with recommendations. The Dom Baby Jagi [Baba Jaga House] in the village Podgać showcases a harmonious blend of simplicity, functionality, and economy, utilising wood with insulation for year-round habitation. It integrates renewable energy sources and rainwater harvesting, contributing to its ecological sustainability. Meanwhile, the half-timbered building in Jarzębia Łąka employs clay-straw bricks for construction, emphasising economic and environmental benefits with vapour-permeable walls and efficient insulation. Both structures exemplify ergonomic design, eco-friendly construction practices, and aesthetic integration with their natural surroundings. These findings underscore the importance of incorporating environmentally conscious solutions in modern architecture to address contemporary environmental challenges and promote sustainable development.