Natural Elements Research Articles

User Preference Maps: Quantifying the Built Environment

The built environment in which we live holds the potential to provide life experiences that allow pedestrians to observe, feel, learn, and grow through their surroundings in everyday urban spaces. If a city offers opportunities for careful observation and exploration according to users’ preferences, it will become more appealing to many people. This study selected Midtown, New York, as the research site and collected a total of seven datasets based on 30 intersections in the area. The data, categorized into three main areas—activity, comfort, and natural elements—were evaluated, visualized, and restructured using a path exploration algorithm to produce a final user-based map. For this, 3D modeling software Rhino version 7, visual programming tool Grasshopper, and Grasshopper verion 2023 plugin programs were used. The final result included 3D route information, quantitative measurement data, and multidimensional visual materials. This approach presents an alternative to traditional route navigation based on uniform criteria and, through data-driven design, is believed to ultimately enhance walkability, activate urban spaces, and contribute to the development of sustainable cities. The scope of related research can further expand as the targets, duration, and methods of data collection continue to evolve and as case studies in various cities increase.

Healing Environment in Pediatric Cancer Centers by Utilizing Positive Distractions.

In recent years, a broader perspective has viewed the use of therapeutic environments in healthcare, transforming the hospital's environment into an energizing atmosphere that benefits both employees and patients. Scientists found that exposure to natural elements like nature scenes, sunlight, art, calming colors, and soothing sounds significantly sped up healing and created a more relaxed hospital environment. This research emphasized the importance of healthcare settings' interior design in promoting patient well-being through beneficial distractions. The motivation for this investigation came from the need to develop an understanding of positive distractions in the cancer care environment and showed how this understanding could be used to enhance the space experience to promote health and well-being. This research adopted a mixed-methods approach. First, a qualitative method using a critical review of the literature was used to effectively present, analyze, and synthesize literature from diverse sources, followed by a quasi-experimental research method. This research is intended to focus on the attributes of positive distraction as one of the psychosocially and psychologically supportive healthcare design aspects that evoke positive feelings in children's cancer center experiences.

SENSORY-FOCUSED FOOTWEAR DESIGN: MERGING ART AND WELL-BEING FOR INDIVIDUALS WITH AUTISM

The application of art in footwear design presents a unique opportunity to enhance the well-being of children and adults with autism by incorporating controlled sensory stimuli. This approach integrates natural elements—like trees, flowers, and serene colors—into shoes, creating a calming sensory experience. Colors such as blue, green, and lilac are strategically chosen for their soothing effects, fostering emotional stability and reducing stress. Research indicates that these hues promote relaxation, with blue associated with tranquility, green symbolizing nature, and lilac evoking spirituality. The texture of the footwear plays a crucial role as well, incorporating raised patterns inspired by natural forms to provide subtle, relaxing tactile stimulation. This allows for pleasant sensory interaction, particularly for individuals sensitive to excessive stimuli. Comfort is further enhanced by the inclusion of soft, non-slip insoles that distribute weight evenly and ensure safety, especially in environments where slips may occur. Recent studies reinforce the importance of creating environments that promote calm and comfort, highlighting innovative solutions that improve quality of life for individuals with sensory challenges. The design of therapeutic gardens and the development of responsive smart clothing illustrate a growing recognition of the benefits of integrating art and nature into everyday experiences. Overall, this focus on empathetic and inclusive design reflects a societal shift toward understanding and addressing the unique needs of those with autism. By prioritizing sensory-friendly features in everyday products, the integration of art into footwear not only enhances aesthetic value but also contributes significantly to emotional and physical well-being, creating a more inclusive world.

Greenspace and mental health research – the question of scale

Abstract Background Greenspaces have been proven to promote mental health and wellbeing. Research is conducted in diverse fields with various methods. However, studies and theoretical concepts frequently fail to address or define the scale of the environment in question. Furthermore, the different types of greenspace at the same scale are often inconsistently or inaccurately defined. Such limitations may impede the comparability of results and interdisciplinary understanding. The aims were therefore: 1. To provide a quantitative overview of the combinations of greenspace and mental health measures used at the ecological scales; 2. To embed the results in the existing theoretical background. Methods A systematic search and a scoping review were conducted, applying an PEO framework. The data was charted with an extraction table and analysed with regard to the ecological scales which are: landscapes, ecosystems/land-use types, and species/natural elements. Preliminary Results Generally, distinct greenspace measures are used at different scales, while the mental health measures do not show such a clear pattern. The “landscape” scale is most often assessed via GIS approaches. The scales “ecosystems” and “species” are mostly investigated via interventions. Overall, the “ecosystems” scale is the most frequent in both research and theory. Qualitative mental health measures often focus on ecosystems. However, the qualitative theoretical concepts are based on landscapes, e.g. Therapeutic Landscapes. Species and natural elements are rarely directly addressed by both studies and theories. Conclusions We propose increased attention to the types and scales of green and nature at both the theoretical and the practical research level. Established ecological scales can provide a common basis for interdisciplinary research and improve the comparability of studies. This can elucidate the potential differences in the impact of the diverse forms and dimensions of nature on human health. Key messages • The methods employed to assess the relation between greenspace and mental health vary according to the ecological scale. Ecosystems are the main focus in research and theory, species the least. • The type and scale of nature should be considered in environmental health research and theory. Established ecological scales can provide a basis for interdisciplinary comparability and understanding.

Paradisiacal Travelers' Experiences Shaping Sustainable Tourism Development (SGD) in Sicogon Island

Objective: This study explores the captivating encounters that shape travelers’ perceptions of Sicogon Island's enchanting allure, providing insights for sustainable tourism development (SGD). Theoretical Framework: This research is grounded in phenomenology, aiming to understand the essence of travelers' lived experiences on Sicogon Island. It draws on literature emphasizing the significance of subjective experiences, the interplay of natural and cultural elements in shaping destination appeal, and the growing trend of experiential tourism. Method: A qualitative approach was adopted, employing in-depth interviews and participant observations with 15 travelers who had diverse experiences on the island. Data analysis was conducted using NVivo software, facilitating thematic analysis and identification of patterns. Results and Discussion: Five key themes emerged, revealing captivating encounters related to nature's serenity, cultural immersion, adventure, simplicity, and transformative connections. These encounters were shaped by the island's natural beauty, cultural richness, opportunities for exploration, unhurried pace of life, and genuine human interactions. Research Implications: This study offers valuable insights for sustainable tourism development on Sicogon Island. It underscores the need to preserve the island's natural environment, promote cultural heritage, develop eco-tourism and adventure activities, foster slow travel experiences, and facilitate authentic connections between visitors and the local community. Originality/Value: In exploring the captivating encounters that contribute to Sicogon Island's allure, this study can provide a unique perspective on the island's tourism potential. The findings can inform the development of sustainable tourism strategies that enhance the visitor experience while preserving the island's natural and cultural treasures.

Children’s nature play: access to the outdoors and interactions with biodiversity

ABSTRACT In the U.S. and elsewhere, the nature play and outdoor time that is important to childhood development is not accessible to many. Children’s interactions with elements of nature, including biodiversity, are important. This study explored community-based affordances, using a nature play continuum, to examine the wildness in specific space types. To investigate children’s access and uncover how they interacted with nature in specific types of outdoor spaces, two iterations of household surveys for 489 families were used in the study. Underlying associations between types of outdoor space and children’s access were found. Direct and intentional interactions with biodiversity were related to specific types of outdoor play space. Given access, children will seek out interactions with biodiversity. Given that patterns exist between how families access both private and community outdoor spaces, community planning that designs for access to less available types of natural settings within more available types is suggested.

Dynamic Forces in Xu Beihong’s “Ba Ren Ji Shui”: Analyzing the Aesthetics of Shi in Republic of China Literati Painting

This study explores the artistic qualities of shi (internal energy) within Xu Beihong’s depiction of the working class, guided by the principles of traditional Chinese aesthetics. Focusing on the painting Ba Ren Ji Shui (Sichuan Folks Drawing Water from the River), the analysis examines how shi—alongside elements of nature, qi (vital energy), and emotion—interacts within the structural and thematic composition of the artwork. Xu Beihong’s application of shi not only reveals deep emotional resonance but also integrates qi into the broader Chinese aesthetic tradition, creating a harmonious and dynamic expression of life. His paintings embody the unity of nature and humanity, capturing both the physical and spiritual essence of the Chinese people’s perseverance and resistance during times of hardship. By synthesizing traditional aesthetics with modern realism, Xu Beihong’s work transcends mere visual representation, reflecting the inner vitality and indomitable spirit of the Chinese people in the face of adversity.

Unveiling Agricultural Heritage: Mapping Historical Features in Farming Landscapes

ABSTRACT Agricultural heritage represents a unique fusion of natural and cultural elements, encompassing both tangible and intangible aspects that reflect the historical bond between humanity and the land focused on food production. Recognising its significance is vital, as it not only preserves tradition and expertise but also fosters sustainability and environmental resilience. While significant initiatives like Globally Important Agricultural Heritage Systems (GIAHS) are in place to safeguard remarkable agricultural areas with unique heritage values, frameworks for recognising the historic significance of non-outstanding agricultural areas are not sufficiently consolidated. Nonetheless, it is equally important to acknowledge the heritage value of agricultural systems that, while lacking exceptional features, succeed in preserving traditional techniques and processes, thereby conserving cultural landscapes and gastronomic identities. For this reason, this paper introduces a methodology for assessing the time depth of agricultural elements such as roads, livestock routes, agricultural plots, rural buildings and land use using historical cartography. By mapping historically significant features in farming areas, this method might be useful for recognising agricultural heritage and integrate it into spatial decision-making, ensuring the preservation of its cultural and environmental values. The method’s application is presented in a case study of Spain’s floodplains and irrigation areas near Aranjuez (Community of Madrid).

How to measure the impact of landsenses ecology on sustainable development? A review of people-oriented emerging approaches

At present, the research of sustainable development is developing from a single local problem to a multi-scale, transdisciplinary and comprehensive study. The evaluation and monitoring of its progress need to adopt multi-disciplinary research methods and multi-dimensional, multi-scale identification mechanism. Landsenses ecology is an emerging scientific system that uses the basic principles of ecology to study the sustainable development of land-use planning, construction, and management from the aspects of natural elements, physical senses, psychological perceptions, social economy, process and risk. It provides an effective way for the multi-disciplinary integration research of the relationship between human and ecosystem, and provides an important method and theory for the sustainable transformation research of environmental system and social–economic system, and plays an important role in guiding and realizing the beneficial impact of human on natural ecosystem. This study describes 57 articles published in peer-reviewed journals between 2016 and 2024, using qualitative content analysis, and discusses the impact of landsenses ecology on the way sustainable development is perceived and practiced. The results suggest that the role of landsenses ecology in the creation of sustainable vision resonance and behavior is crucial to the study of sustainable transformation and will help to explore effective strategies for using intrinsic sustainable transformation as a deep leverage point.

Investigating cultural ecosystem services of the Caatinga on Flickr

Public interest in nature can be promoted through social media by assessing the importance of a species to people and identifying new emblems of conservationist appeal. We aimed to assess the public interest in cultural ecosystem services in the Caatinga (seasonal dry forest). Ecosystem services were categorized based on approximately 1500 photographs posted on Flickr. These photographs were analyzed using manual and deep-learning (DL) approaches. The most observed categories for both approaches were “Enjoyment of the Landscape” (36.8%), “Appreciation of Nature – Animals’’ (25.6%), and “Social Activities” (19.3%). However, we found significant differences between manual and DL classifications owing to the difficulties in classifying categories using the DL model. The findings suggest a low cultural ecosystem service representation on the photo-sharing platform Flickr in the Caatinga region, even after removing 67% of the collected data. This may be attributed to the limited interest in Flickr among the Caatinga residents. Deep learning (DL) techniques hold potential for studying cultural ecosystem services, but their efficacy depends on the algorithm's capacity to discern human-nature interactions and various natural elements. Our observations indicate that increasing the scale of the training and test datasets and incorporating additional categories to account for Caatinga diversity may enhance the results.

Comprehensive evaluation of using mineral and bio phosphorus fertilization on orange tree (Citrus sinensis) productivity

Phosphorus (P) is considered as an essential element in crop production. Besides, the study of P from the elemental and bio sources impacts on productivity and quality of orange trees could emphasize its utilization importance. This study aimed to evaluate the chemical implication of three treatments of P fertilization (Triple phosphate (TP; 620 and 900 g/tree/year), phosphate rock (PR; 1820 and 2742 g/tree/year) and 1:1 TP:PR on Valencia orange trees (Citrus sinensis L. Osbeckunder). Where, all these treatments were equipped with bio-phosphorus fertilizer (phosphorin) (0 and 5 g/tree/year added twice in the year, Feb. and Jun.). The measurements included leaves nitrogen (N), phosphorus (P) and Potassium (K), number of fruits (NoF), juice weight/volume, total soluble solids (T.S.S.), vitamin C (V.C), and acidity. The results showed that the treatment (50 % TP +50 % PR at 450 + 1371g/tree/year + phosphourin at 5g/tree/year) gave the highest values for all characters i.e. N % in tree leaves 2.61 and 2.69 %, P% in tree leaves 0.16 and 0.17 %, K in tree leaves 1.79 and 1.86 %, number of fruits/tree 412.0 and 420.0, fruit weight 267.0 and 280.0g, fruit weight/tree 110.0 and 117.60 kg, fruit size 260.41 and 272.37 cm3, juice weight 114.1 and 126.15g, fruit juice 44.33 and 44.99 %, juice volume 110.15 and 114.90 cm3, peel thickness 0.58 and 0.60 cm, T.S.S. 12.14 and 12.21 %, T.S.S./Acid ratio 9.07 and 9.41, and V.C 70.15 and 72.44 (mg/100 ml) as well as the lowest total acidity 0.93 and 0.91 %, under both the 1st season and the 2nd one, respectively. In conclusions, as the application of bio-fertilization has improved the quality charcatistics over seasons. Thus, this study opens the way towards the advanced application of bio-P element to understand the biogeochemical cycles, dynamics and function of natural ecosystems elements in agricultural and food security program.

Research on an Equivalent Algorithm for Predicting Gas Content in Deep Coal Seams

This document introduces a novel equivalent algorithm for forecasting gas content within deep coal seams, which is subject to constraints stemming from the advancements and precision achieved in well and roadway engineering endeavors. This algorithm meticulously acknowledges that coal seam gas content comprises three fundamental components: the inherent gas emission rate of the equivalent stratum, the residual gas content retained within the coal seam itself, and the influence imparted by the gas content within the coal seam. Furthermore, the approach thoroughly considers variations in the level of porosity development within the coal seam and its surrounding rock formations, as well as the occurrence of gas within these structures. The equivalent layer is classified into two distinct groups: the sandstone zone and the clay zone. The sandstone zone utilizes pertinent parameters pertaining to fine sandstone, whereas the clay zone distinguishes between clay rock and thick mudstone. The influencing factor considerations solely encompass natural elements, such as the coal seam’s occurrence and geological structure. The residual gas content employs either existing measured parameters or acknowledged experimental parameters specific to the coal seam. Based on this predictive approach, an intelligent auxiliary software (V1.0) for mine gas forecasting was devised. The software calculates the gas content of deep coal seams within the mine at intervals of 100 m × 100 m, subsequently fitting the contour lines of gas content across the entire area. The gas content predictions derived from this equivalent algorithm demonstrate robust adaptability to variations in gas content caused by construction activities, and the prediction results exhibit an acceptable level of error on-site. Notably, the prediction process is not constrained by the progress of tunnel engineering, ensuring that the prediction outcomes can accurately represent the distribution characteristics of deep coal seam gas content. After a year of application, the prediction results have consistently met on-site requirements, providing a scientific foundation for the implementation of effective gas prevention and control measures in the mining area. Furthermore, this approach can effectively guide the formulation of medium- and long-term gas prevention and control plans for mines.

Examining Environmental Influences on Pain Perception Using Virtual Reality

Virtual reality (VR) and biophilic design are two emerging areas of research in interior design and medical settings. VR is a rapidly developing technology which has revolutionized the field of interior design. This technology allows designers to create immersive environments that simulate the scale and depth of spaces in reality. Biophilic design focuses on incorporating natural elements into interior spaces to promote a human centered approach to design. Studies have found an association between the use of biophilic design and improvement in patient outcomes within the medical setting. However, little research has been conducted on how changes in the virtual environment may impact pain perception. This study aims to explore the impact of VR and biophilic design on human pain perception. Pain perception was measured via pain-pressure threshold (PPT) using a pressure algometer in kilogram-force (kgf) and Numeric Pain Rating Scales (NPRS). The study involved a series of measurements comparing participants' pain perceptions through PPTs and NPRS scores. Measurements were taken on five separate occasions. The first set of measurements were recorded outside of VR to establish baselines, and the remaining four measurements were taken within VR. Participants viewed a series of VR rooms modeled after a hospital setting with each room exhibiting increasing levels of environmental stimulation. This study examined the relationship between environmental stimuli and pain perception. The level of environmental stimuli that each participant was exposed to was increased by presenting a higher degree of biophilic elements. Biophilic elements incorporate plants, colors, natural materials, and the manipulation of architectural surfaces to provide a naturally calming effect to spaces. Results from this study support the idea that increasing the level of environmental stimuli in a virtual environment decreases the pain perception of those viewing the environment.

Biophilic Design in Campus Planning – A Critical Review

Biophilic design, an innovative approach that integrates nature into built environments, has garnered significant attention in campus planning as a means to enhance the well-being of students, faculty, and staff. This design philosophy emphasizes the inherent human connection to nature, promoting psychological and physiological benefits through the incorporation of natural elements in educational settings. This paper explores the principles of biophilic design and its application in campus planning, highlighting its potential to improve academic performance, foster community engagement, and increase overall satisfaction within educational institutions. Case studies from various campuses demonstrate successful implementations of biophilic strategies, such as green roofs, natural lighting, and outdoor learning spaces. The findings suggest that biophilic design not only enhances the aesthetic appeal of campuses but also contributes to sustainability goals, making it a vital consideration for future educational developments. Ultimately, this research underscores the importance of designing educational environments that nurture both the mind and the body, advocating for a holistic approach to campus planning that prioritizes connectivity to nature.

Development of a Building Evaluation Framework for Biophilic Design in Architecture

Biophilic design has gained prominence in architecture as a strategy to integrate natural elements into built environments, aiming to improve human comfort, well-being, and environmental sustainability. This paper critically reviews existing biophilic design frameworks, identifying gaps in their integration of health outcomes and the relationship between indoor and outdoor environments, with a primary focus on indoor environmental quality (IEQ) factors such as air quality, natural light, thermal comfort, and acoustics. The review was conducted systematically, comparing frameworks using criteria such as health benefits, human–nature connections, and user satisfaction. Key findings highlight a lack of comprehensive frameworks that explicitly link biophilic design to measurable improvements in human health, comfort, and satisfaction. To address this gap, the study proposes an enhanced biophilic design framework that bridges IEQ-focused indoor environments with urban outdoor elements, prioritizing human comfort alongside environmental sustainability. The framework also emphasizes the role of post-occupancy evaluation (POE) in assessing the real-world performance of biophilic interventions, particularly in achieving user satisfaction and ensuring long-term effectiveness. This research contributes to the advancement of biophilic design by offering actionable strategies for architects, urban planners, and policymakers to adopt biophilic principles that create resilient, healthy, and sustainable spaces. Additionally, the study emphasizes the need for empirical testing and validation of the proposed framework, including POE and user surveys, to assess its real-world impact on human well-being and satisfaction, thus setting the stage for future research.

Folkloric Imagery and Revolutionary Vision in Kofi Anyidoho’s A Harvest of Our Dreams: With Elegy for the Revolution

Folklore is one of the core cultural values in traditional societies and writers who are conscious of its aesthetic relevance deploy it in their creative works. Folktale elicits imagery which underscores the relationship of humanity with nature and mythical elements. Writers exploit this relationship to establish traditionalism and pursue revolutionary vision in their works. Anyidoho uses his affiliation to, and understanding of, the Ewe cultural (one of the traditional societies in Ghana) milieu to comment on issues that are germane to the existence of the people in A Harvest of Our Dreams: With Elegy for the Revolution. This paper, through examination of some of the poems in the collection with Raymond Williams’s Cultural Materialism revealed that the poet, with poetic devices, uses folklore and traditional images to advocate for revolution in his society. The paper comes to the conclusion that the poems in the collection are replete with folklore and traditional imagery, which the poet deploys with poetic essence to satirise failings in his society.

Сравнительное исследование элементов и биохимических компонентов стерильных и фертильных бурых водорослей Ascophyllum nodosum

Brown algae are a valuable renewable bioresource and are also important organisms to monitor due to anthropogenic impacts in the Arctic. In both cases, the content of natural elements and their potential seasonal variations are important knowledge for developing a monitoring program and planning biomass collection. The purpose of this work was a comparative study of the influence of the reproductive phase and biochemical characteristics on the elemental composition of Ascophyllum nodosum from the Barents Sea, the Irminger Sea and the Norwegian Sea. The content of polysaccharides (alginic acid, laminaran, fucoidan and mannitol) and 12 elements was studied. It was shown that the content of Fe, Al, Co, Cu correlates significantly in pairs, regardless of the presence of receptors in algae (r = 0.71–0.95, p < 0.05). It has been shown that the content of alginic acid significantly correlates with Co, Ca, Cu, As, Rb (r = –0.95, –0.89, –0.89, –0.88, –0.81, p ˂ 0.05, respectively) in sterile algae A. nodosum. Also for sterile individuals, a direct correlation of mannitol with Ca, Cu, Co, Rb, Sr, Al, Ba, Fe, Mn was noted (r = 0.98, 0.95, 0.93, 0.92, 0.91, 0.89, 0.82, 0.78, 0.76, р ˂ 0.05, respectively) and polyphenols with Zn (r = 0.94 at р ˂ 0.05) and As (r = 0.85 at р ˂ 0.05). For the first time, a direct correlation between the accumulation of alginic acid and fucoidan has been revealed for A. nodosum from the Arctic seas, which is not associated with the reproductive phase of the algae.

The Psychosocial Impacts of Co-Designed Healing Gardens Among Aged Care Residents With and Without Dementia in Nigeria

Healing gardens are green spaces that support the interaction of humans and elements of nature to improve well-being and quality of life. However, little is known about healing garden use and outcomes in African countries. This study aimed to design a healing garden intervention and measure its impact on psychosocial factors and quality of life of residents and care staff within two residential aged care facilities in Lagos, Nigeria. Each facility’s staff completed the psychosocial measurement tools by proxy for participants between ages 60 and 99, with or without dementia, at baseline and three months following interaction with the garden and completed the garden use observational survey to determine the effect on and use of the garden by care staff and residents. Results revealed an improvement in the quality of life and experiences of agitation but no beneficial change in depression among residents with and without dementia. Further, care staff reported a positive benefit of the garden on their work-life experience and the residents’ well-being. This study provides the base for future research on assessing the impact of healing gardens on persons living with dementia in Africa.

The Female Body and the Environment: A Transnational Study of Mo Yan’s Feng ru Fei tun, Murakami Haruki’s Nejimaki-dori Kuronikuru, and Gabriel García Márquez’s El amor en los tiempos del cólera

The female body is often depicted in parallel with the environment in many literary works. This article examines how the female body can prompt a rethinking of the environment by analyzing three literary works, Mo Yan’s Feng ru Fei tun, published in 1996 Murakami Haruki’s Nejimaki-dori Kuronikuru, published in 1994-1995, and Gabriel García Márquez’s El amor en los tiempos del cólera, published in 1985, which root in Chinese, Japanese, and Latin American cultures, respectively. This paper argues that, on the one hand, the female body parallels the environment by displaying non-human characteristics and relating to natural elements in these three works; on the other hand, it deconstructs the boundary between the environment and humans by playing a crucial role in constructing human identity. This paper draws on theories of posthumanism, material feminism, and ecofeminism to explore the depiction of the female body and its role in rethinking the environment. The cultural hybridity of local and non-local worldviews—a key reason for situating this study within a transnational comparative framework—serves as a crucial element in demonstrating how the female body bridges the environment and human identity across all three works. This analysis aims to deconstruct the anthropocentric perspective on the environment, thereby rethinking the role of the female body in this context.

History and practices on the magnanimity and sanctity of diet

From prehistoric hunter-gatherer societies to the sophisticated gastronomy of medieval royal courts, the evolution of Indian food culture underscores the integral role of food in sustaining life and fostering communal bonds. Beginning with the ancestral legacies where food was regarded as a divine gift fostering communal eating and social cohesion, this article explores the progression of food culture through the lens of historical epochs such as the Harappan civilization, Vedic period, Mauryan and Gupta periods, and the influences of Dravidian culture, Muslim rulers, and European colonization. The article highlights the pivotal role of Prana, the life force in digestion, as described in texts such as the Chandogya-Upanishad, and the impact of food on mental purity and vitality. It examines the classification of food in the Bhagavad Gita based on its effects on the Gunas (qualities), emphasizing the preference for Sattvika foods that promote longevity and happiness. The Manusmritiunderscores the cosmic significance of food offerings, linking human actions to natural elements and divine beings. The practice of Annadanam (the giving of food) is extolled as one of the highest forms of charity, reflecting a universal ethos of generosity and hospitality. The comprehensive review underscores the holistic understanding of the sanctity of food within the intricate fabric of Indian culture, intertwining spiritual beliefs, ethical considerations, and communal practices that have shaped culinary traditions and societal norms over millennia.