How can biophilic design create a sense of community in architecture?

Biophilia should not be understood as universal, we have to consider that nature like much of human life is socially and culturally constructed. Some cultures find for example certain natural features as taboo, some as sacred, some as frightening. It is important when using biophilia as a framework to not assume all people have a “love for nature’ in the same way.

Biophilic & Necrophilic (not necrophiliac) designs are about experience. Eric Fromm said that Biophillia is the love of life, and Necrophillia is the love of death. Just as we are all born, live, & then die, the environment surrounding us reminds us to live life to the fullest. Biophilic design is about beauty & hope, whereas Necrophilic design is about remembrance & compassion. Understanding the balance between the two is key. In healthcare settings, fear and uncertainty often reign supreme; biophilic designs can reinvigorate & inspire. Memorials, monuments, and cemeteries are places where necrophilic design helps us remember & contemplate our place of life. When used appropriately, these designs can positively affect the human experience.

Biophilic design is drawing attention in the wake of the global pandemic as a path to regenerative solutions for healthy people and cities. Biophilic design shakes up the conceptual process by asking new questions, provokes new reflections on the potential of the built environment and invites the project team to explore the advantages of a design aimed at the connection between human being and nature.

Biophilic design, which incorporates natural elements and principles into the built environment, has the potential to create a strong sense of community in architecture. By fostering a connection between people and nature, biophilic design can positively impact social interactions, well-being, and overall community cohesion.

In my experience being engaged with biophilic design can Induce people to be close to nature and this means that it can create any effect that nature can create on the soul and psyche of people so it's full of advantages to apply this method of design to create lively surrounding for many people

Specially after Covid, houses have recovered the status of homes! A house is not longer a place to eat and sleep but a place that represents you. How you interact with your home, solar light, ventilation, temperature , energy, materials is a total integration between you, your health and your home. Your home is therefore and extension of yourself.

Each project is very unique in how exactly we connect nature with occupants - how through sight, and all other senses... while framing each to make a better space. I think this is a natural process for most designers... And if it is not, it should become so.

Urbanization today is changing the way we live, making us disconnected with nature. We, humans, are a part of nature, hence we have an inherent need to feel connected to the nature for a healthy living. In cities like Mumbai, India, where the landscape has changed to a concrete jungle, biophilic design is the need of the hour. It has the ability to play an important role in increasing the green cover, reversing climate change, enhancing air quality, providing social interaction spaces and so on. Biophilia needs to be considered as a part of city development regulations to ensure its application.

In my experience, the effectiveness of biophilic design in fostering a sense of community depends on the nature of its integration into a building's architecture. A "sense of community" involves feelings of belonging, connection, shared identity, and a shared sense of purpose among a group. African towns and villages exemplify this through the incorporation of green spaces and communal areas in settlement planning, showcasing how biophilic design creates a sense of community in architecture. The way Africans generally live together in communities further emphasizes the success of this ancient approach.

Nature has always been an integral part of human existence since the beginning and across ages, and Biophilic designs bring the element of nature into designs. In my opinion, the biggest benefit of these types of design is, they relate to the identity of humans and life. Biophilic designs bring life energy into the house which helps in maintaining the overall health and wellbeing of the design space and the people. Human connection with nature builds up a strong sense of community because nature is the very basic thing that keeps humans grounded and gives them a sense of identity, so accommodating these elements in design spaces will inspire harmony between nature, humans, and the built environment, creating a sense of community.

A common misunderstanding of biophilic design is that it is often correlated with greenery and plants, however; depending on the context, biophilic design can incorporate elements such as sand dunes and desert plants that may provide a more authentic connection to the surrounding environment.

The principles of biophilic designs are important to in design so as to experience it's benefits. Another principle that I believe should be consider is understanding the difference energy level of building / interior materials and matching these with the natural earth energy/frequency. These can be achieved with the support of scientific research and expertise of individual environments because every environment is unique just as every individual are.

1. Maximize Natural Light: Large windows and skylights to connect with daylight. 2. Organic Materials: Use wood, stone for a tactile link to nature. 3. Flexible Spaces: Movable elements for dynamic environments. 4. Sensory Experience: Integrate textures, scents, and sounds. 5. Earthy Color Palette: Natural hues for tranquility. 6. Biomorphic Shapes: Organic, flowing forms in design. 7. Nature Views: Direct and indirect connections to the outdoors. 8. Seasonal Design: Reflect changing seasons in the space. 9. Local Ecosystem: Include native plants for biodiversity. 10. Air Quality Focus: Ventilation and greenery for healthier indoor air.

Ce design biophilique devrait être vulgariser dispenser dans nos écoles d'ingénieurs et d'architecture en Afrique. La nature et l'espace devrait cohabiter en parfaite harmonie pour un meilleur vivre ensemble d'où mon cheval de bataille depuis quelques années. Il faut proposer des H2E Habitat Ecologique et Économique qui s'insère dans son milieu naturel.

A primary principle in biophilic design is to take careful consideration of all the qualities of the building site. Preferably actually stay on the site to experience weather, light, nature as it is consider how the natural qualities can be captured or enhanced by the building and exterior space. The lighter the footprint the better.

El diseño biofílico propone integrar paredes verdes, iluminación natural y zonas al aire libre en espacios de trabajo. En escuelas, se sugiere aulas y áreas verdes para mejorar la concentración. Hospitales pueden beneficiarse de jardines terapéuticos y vistas naturales. En espacios públicos, parques urbanos, arte biofílico y sostenibilidad se enfocan en la conexión con la naturaleza. Estas propuestas promueven bienestar, estética y conciencia ambiental en diversos entornos.

At its core, principles of Biophilic designs should seek to achieve harmony with nature through the primary concept of simplicity and allowing enough room for organic growth, be it of an idea, space, natural ecosystem, etc. One can never dictate how nature can or should behave.

Well first of all in a biophilic environment you must start with a round shape no edges no stress everything flows in a circular motion which is Superfluous and don’t use any other ballon shape like structures that blow up in any kind of funny shape oat all and I don’t mean that as in Funny!! Funny!! I mean that as in Funny!! Ha!! Ha!! Then use the beehive structure to enclose environment once that is done harness the power of sun through magnetic ultra violet crystalline ubsorbent material which I’ll tell you later what the compound is made off will provide heat cold energy without the use of any mechanical device then add your favorite plants for oxygen and nitrogen calculate how much oxygen you need for human consumption and Be Well😇😎

Biophilic design in architecture echoes a profound philosophy—integrating nature into our spaces. The principles extend beyond aesthetics, nurturing well-being, sparking creativity, and fostering environmental awareness. It's not just design; it's a holistic educational journey that reconnects us with the essence of our surroundings.

Al parecer la biofilia muchas veces se ha confundido como sinonimo de elementos verdes en el diseño, cuando en realidad su alcance es mucho mayor. La intención del diseño biofilico, es un espacio intégral que busca despertar estímulos permanentes en sus usuarios.

Engagement of right professionals can help in appreciating Biophilic designs as part of daily life. Let’s say sociologists study how people behave around Biophilic designs and the rest and inform processes of making sure all designs connect with nature which ultimately impacts the community.

Simple, well known and cost effective strategies for biophiloc designs include green roofs and walls and use of natural light. Use of indoor plants creating a sense of being in a garden. The best design practises can be seen from Singapore, the Changi airport and the Parkroyal hotel.

Incorporating a biophilic design in a space requiring working with a large team of experts from different fields like Architects Solar physicists, psychologist, Interior designers, neuroscientist, meteorologist, etc. This design strategy is also a continues learning method. We measure, get feedback and become better and better.

I recently came across a compelling discussion on the application of biophilic design across various scales and architectural contexts and there are same points I want to share with you. -Cultural Nuances Matter: Tailoring to users and the environment is key. Integrating cultural elements deepens impact, creating spaces that truly belong. -Tech-Driven Harmony: Envisioning smart systems mimicking nature offers a revolutionary blend of the digital and the natural, shaping the future of design. -Community Engagement Catalyst: Engaging stakeholders is a catalyst for success. Fostering community ownership ensures designs reflect needs, with input unveiling novel ideas and fostering pride.

Biophilic design can be anywhere whether it is a public space or office space or home.Through that the performance of tha particular space can be increased.Connection between nature and humans getting stronger.

Análisis del entorno: Evaluar la viabilidad de elementos como luz natural y espacios exteriores. Involucramiento de stakeholders: Consultar a usuarios para entender necesidades y preferencias. Selección de elementos biofílicos: Elegir plantas, agua, luz natural y materiales naturales apropiados. Diseño integrado: Incorporar biofilia desde el inicio del diseño, buscando sinergias con la funcionalidad del espacio. Educación y sensibilización: Informar a ocupantes sobre beneficios del diseño biofílico y la conexión con la naturaleza. Sostenibilidad: Preferir materiales sostenibles y gestionar recursos eficientemente. Monitoreo y evaluación: Implementar sistemas de seguimiento. y Colaboración interdisciplinaria

As a strategy, it define first to understand client wishes and define the level of biophilic design implementation. Then selecting right professionals to collaborate with and bring meaniful feedback and expertise. Then evaluating environment, conditions to implemented the right strategy(involving transportation, manufacturing, structural research...) and selected right materials. Working with skate holder that have the training and can understand the plans is not easy to do, but mandatory. After can start the construction phase.

Recomiendo la metodología del Biomimicry Institute y la página AskNature para econtrar estrategias biológicas que se pueden emular en el diseño.

Se debe considerar cuidadosamente cómo incorporar elementos como la luz natural, las vistas al paisaje, las plantas y los materiales naturales en sus proyectos. Esto puede incluir la creación de espacios verdes interiores, el uso de materiales sostenibles y la integración de elementos acuáticos. Además, es importante tener en cuenta la planificación del diseño para maximizar la conexión con la naturaleza y fomentar la interacción con el entorno.

Biophilic design deploys strategies such as visual connections with nature through large windows, green walls, and skylights. It introduces non-rhythmic sensory stimuli, incorporating variability in light, sound, and texture. The use of natural materials and patterns creates a sense of familiarity, while spatial layouts follow the prospect and refuge principle, offering open vistas and secluded retreats. These strategies collectively weave nature seamlessly into the built environment, fostering a harmonious and enriching living experience.

I feel Gardens by the Bay in Singapore can be added in this list. It is one of the prominent examples of biophilic design. The iconic Supertrees, Flower Dome, and Cloud Forest integrate greenery and sustainable features. These structures not only serve as a stunning visual spectacle but also contribute to environmental sustainability.

Auroville, India, provides and excellent example for biophilic design. The bioclimatic design of this eco-village serves as a demonstration for sustainable living. Reliance on energy-intensive technologies is decreased by using earthen walls, sloping roofs, and thoughtfully positioned courtyards to promote natural ventilation and thermal comfort. Recycled materials and rainwater collecting are used to reduce environmental effect.

Amazon Spheres, Seattle: Esferas con jardines internos Biblioteca Nacional de Singapur: Incorpora jardines, paredes verdes y luz natural. Hospital Maggie's Centre, Reino Unido: Jardines terapéuticos y espacios luminosos para pacientes. Parque High Line, Nueva York: Vía férrea convertida en parque urbano Escuela Primaria Khabele, Austin: Aulas con luz natural, paredes verdes s al aire libre. Edificio Bosco Verticale, Milán: Torres residenciales con balcones ajardinados. Centro de Investigación Biológica Salk, California: Diseño con patios y conexión visual natural Parque Olímpico Reina Isabel, Londres: Espacios públicos con paisajismo, arte biofílico y diseño sostenible.

You should definitely take a look at the breathe.Austria pavillion designed for the EXPO 2015 in Milano. It is all about the climatic potentials of forests. Another good example is the Commerzbank-Tower in Frankfurt (Norman Foster) although the plants are kind of secondary regarding the buildings climatic regulation (the openings would cool the building without the plants, too). But the integration of plants happend with a precise knowledge of different climatic zones of different plant communities - the different openings are filled with a different community each because of different light levels depending on the sun path. Talking about high-rise buildings, there are more besides the Bosco Verticale. Look at Ken Yeangs towers e.g.

One of my prospective project in Lagos Nigeria is a great example of biophilic design. We provide access to alot of * natural light, * natural wall & art painting, * green walls, * natural wood materials, and * the presence of water.

In the Wada style of architecture in India, biophilic design can be seamlessly integrated by incorporating elements that connect the built environment with nature. For instance, the central courtyard, a characteristic feature of Wada architecture, can be designed with abundant greenery, allowing natural light and ventilation while fostering a sense of connection to the outdoors. Additionally, using traditional materials like stone and wood in combination with large windows overlooking scenic views can enhance the overall biophilic experience, creating a harmonious blend of culture and nature within the Wada design.

L'architecture qui s'inspire du vécu du peuple est une architecture avec une identité vive et ne se démode pas . Le style mauresque en pays du maghrébe est un exemple vivant de la richesse du style biophilique.citant Ghardaïa une ville au sud de l'Algérie est construite depuis le noyau de la maison jusqu'à l'aglomération selon les principes biophiliques, les materiaux de construction sont de production local , l'utilisation des tromps palmiers comme piliers. Utilisation de la pierre et de la pise.on voit paraitre les voûtes et les formes organiques dans toute la villes et les maisons, même la decoration des armoires faites en bois massif et décoré par des gravures geometriques exprimant les tatouages et les symboles de la région

La obra del arquitecto Rogelio Salmona en Colombia Podría decir que el jardín, es un lugar vivo y poético, de representación del espacio y del tiempo, pero es también tiempo acumulado, lugar de memoria y conocimiento. Este será el punto de partida de esta incursión por la obra de la Sociedad Rogelio Salmona. La biblioteca Virgilio Barco, construida en Bogotá, resalta la importancia que tiene la naturaleza en la concepción de la arquitectura. Las dos surgen al unísono, la una prepara el terreno de la otra, para formar un todo. La naturaleza se convierte en el paisaje de la arquitectura, su escala y su tiempo. en ella se integran también elementos constitutivos de la naturaleza, como cielo, tierra, agua, luz, fundamentos del paisaje urbano.

Ejemplos del diseño biofilico son las viviendas de arquitectura vernácula de los pueblos de Andalucía, mas allá de la forma, aprovechan todos los recursos naturales de forma magistral.

Biophilic design manifests in myriad forms, from green roofs and living walls that bring nature into urban spaces, to interior elements like natural light, water features, and materials mimicking organic textures. Architectural designs may integrate patterns inspired by nature, fostering a sense of connection. Spaces designed with biophilia in mind might include indoor gardens, creating a serene oasis within structures. Furniture and decor choices can echo natural elements, exemplifying the incorporation of biophilic principles into daily surroundings. Through these diverse expressions, biophilic design seamlessly intertwines the constructed environment with the restorative power of the natural world.

Accommodating biophilic designs in smaller buildings and houses is going to be the biggest challenge. In densely populated cities like Mumbai and Delhi, where housing costs are high, people give preference to basic amenities over incorporating biophilic elements. Lack of awareness about the benefits of biophilic design among people is also another issue, as many people may not fully understand the positive impact that the designs can have on the wellbeing and community.

Los retos que se presentan, a mi modo de ver, están relacionados con la sostenibilidad, utilizar materiales respetuosos con el medio ambiente, y la creación de espacios flexibles que permitan adaptarse a los cambios constantes.

Biophilic design in healthcare settings presents unique challenges, particularly in balancing the healing benefits of nature integration with the stringent hygiene standards required in medical environments. While natural elements can aid in patient recovery, ensuring these features do not harbour pathogens or allergens is crucial. Additionally, the design must cater to the diverse needs of patients with varying health conditions, ensuring safety and accessibility for all. There is also the complexity of incorporating technology seamlessly with natural design elements, which is vital for modern healthcare facilities.

Biophilic design cost higher initially and on ongoing maintenance than conventional design, which some client might not be please with. Other challenges are: Limited space Culture/believe differences Limited access to natural resources Limited access to sun light Building location, etc.

The biggest challenge of biophilic design in the African context is Colonial legacies which have sometimes severed the deep connection between communities and their natural landscapes, making it harder to translate traditional ecological wisdom into modern design. And let's not forget the stark realities of climate change, its impact on ecosystems demand innovative adaptation strategies.

An added challenge is the geographical component. Individuals from coastal regions might find a deeper connection with designs that incorporate sea views and breezes, reflecting their ancestral environment of being attuned to coastal landscapes for resources and navigation. Conversely, those from continental interiors may find a stronger connection with elements like the sound of birds chirping or the play of leaf shadows, mirroring the inland natural environments of their ancestors. This variation in biophilic preferences underscores the importance of considering cultural and regional backgrounds in biophilic design to ensure spaces resonate deeply and positively with their inhabitants' innate natural affinities.

The major challenge is to select and maintain nature whether it is outdoors or indoors.They require more care and as specific plant or other elements of nature and design into the beauty might get expensive.

Real estate is considered as an investment tool and a store of value. Builders and developer's first aim is to achieve high returns on development projects. This becomes a hindrance to biophilic design which provides for open spaces in areas which can built upon to maximize utilization and hence, profits. It is imperative to create a reward system for the use of biophilic design such as the IGBC regulations in India for green buildings.

Costos inicial: Integrar elementos biofílicos puede ser costoso Mantenimiento: Requiere recursos y personal especializado Condiciones locales: Adaptarse a variaciones climáticas y locales es un desafío Percepciones culturales: Diferencias culturales pueden afectar las preferencias Espacios limitados: En entornos urbanos densos, la disponibilidad de espacio es un desafío. Integración con estándares: Alinear con códigos de construcción existentes puede requerir esfuerzos adicionales Educación y conciencia: Falta de comprensión sobre beneficios del diseño biofílico Evaluación de impacto: Medir beneficios tangibles puede ser desafiante Longevidad del diseño: La durabilidad y relevancia a largo plazo pueden ser inciertas. y equilibrio ambiental

People are most likely the most challenging part, everybody has his own definitions and expectations, and above everythings Habits, is the hardest to change in people mind, even it can be real benift for them, projection is difficult and scary. Secondly Maintenance can be an other problem, maintenance require some specific knowledge and aptitude. Then council can be hard to convince as well, as it is changing a whole strategy. And finally, skate holder as there is a lack of trained workers for the field.

Biophilic design incorporates the natural environment into the built environment, fostering a connection with the natural environment. There is a popular saying in the African mythology "Under the mango tree". In the African society of old, tales by moonlight, teachings are being told under a large tree with a wide canopy span. These trees act as a shade while allowing the passage of daylight. This can be incorporated into building facades "Green Wall". These are walls having a soil base structure attached to them that aids the growth of plants. These plants don't only shade the facade but creates a micro-climate within that facade. Biophilic Design fosters a sense of belonging and well-being i.e. Courtyard or wellness garden.

Use elements of the region in your biophilic design to connect the people to their environment - this creates community with nature, which is just as important!

Es notable la necesidad de actividades comunitarias de corte biológico desde temprana edad, el cuidado de distintos biomas y la creación de hábitat balanceado con el ciclo de carbono del ser humano, puede ser una solución a largo plazo para ciudades sostenibles.

The significant impact of biophilic design in fostering more cohesive and healthy communities, It is clear and recognized.. This approach integrates nature into the built environment, creating green spaces that serve as meeting places, reducing stress, and improving well-being. Biophilic design also raises awareness about sustainability, reinforcing cultural identity and belonging. Inclusion and accessibility are key, ensuring these spaces are welcoming for all, thus strengthening social inclusion and community cohesion.

Bipholic design can foster a sense of community by providing spaces that cater to diverse social groups and preferences, through promoting inclusivity within a community setting by considering the needs and preferences of both introverted and extroverted individuals. For instance, incorporating both communal areas for group interactions and quiet zones for solitary activities accommodates a range of social inclinations.

By acknowledging the current environment and incorporating local resources from the surrounding area, the conception of the new structure establishes a meaningful relationship with the community.

Biophilic design in architecture can create a sense of community by incorporating natural elements and patterns into the built environment. By integrating features such as natural light, plant life, water, and natural materials into the design of buildings and public spaces, biophilic design can create a more inviting and nurturing atmosphere that encourages social interaction and connectivity among people.

Many have responded by explaining the theory behind this "style" or approach. However, in terms of fostering a stronger sense of community, relying solely on this design strategy may fall short. To truly engage the community and stakeholders, the entire design intent must adopt a holistic approach. Throughout the entire process, starting from the beginning, it is crucial to involve natural resources and communities in close proximity to the project. Presenting the benefits of this approach in a clear and purposeful manner is essential. This comprehensive engagement will enable the community to actively participate, fostering a greater sense of involvement and the necessary feeling of ownership of the project.

El diseño biofílico es una herramienta poderosa que puede ayudar a crear un sentido de comunidad. Al integrar la naturaleza en los espacios construidos, el diseño biofílico puede ayudar a las personas a sentirse más conectadas con los demás y con el mundo que las rodea.

Additionally, biophilic design can also promote a sense of connection to the surrounding landscape, thereby fostering a shared sense of place and identity among community members. By incorporating views of nature, outdoor gathering spaces, and green infrastructure, biophilic design can encourage people to come together and engage with one another in a more relaxed and natural setting. This can help strengthen the sense of community and belonging within a neighborhood or a public space.

In summary, biophilic design goes beyond aesthetics and has the potential to enhance the social fabric of a community. By integrating natural elements into the built environment, architects can create spaces that promote well-being, encourage social interaction, and contribute to a strong sense of community.

As a Living Future Accredited professional, I have addressed two common misconceptions about biophilic design: - Biophilic design is not confined to incorporating curvy shapes. It's a more comprehensive concept that can be expressed through a wide range of forms and sensibilities. This fosters a sense of belonging and shared experiences, leading to increased social interactions and a stronger sense of community. - The concept of awe in biophilic design does not suggest that we should blindly adhere to established patterns. Instead, it should inspire us to explore the uncharted territories of our emotional connections to nature which strengthens community bonds.

Biophilic design is an approach to architecture that seeks to connect building occupants more closely to nature. Biophilic designed buildings incorporate things like natural lighting and ventilation, natural landscape features and other elements for creating a more productive and healthy built environment for people.

Biophilic design should work as ecosystem between multiple scale, urban to buildings, to interiors, to users, creating a whole life cycle, taking in consideration its adaptability and flexibility.

Resulta sumamente importante el incluir estos principios en el diseño en general, establecer métricas y conseguir que los reglamentos de diseño y construcción de todo el mundo los adopten. Considero que ese consenso puede ser logrado a través del estudio y la profundización de estos conceptos.

DISEÑO DEL LUGAR Con la arquitectura se crea lugar y éste transforma y orienta. El lugar invita a ser apropiado, vivido y aprehendido. Los lugares tienen memoria, conmueven, invitan a la reflexión y crean intenciones y condiciones para convivir y permanecer. Para entender el lugar, es necesario afinar la mirada para descubrir las estrechas relaciones que existen entre los elementos que lo integran. El lugar es un complejo sistema de relaciones compuesto por factores abióticos como el clima, la geología, la geografía, presentes en el medio ambiente., así como por elementos bióticos como flora y fauna, y sus interacciones, que le imprimen un carácter especial a cada lugar, teniendo siempre presente la historia y las actividades humanas.

Si se realizaran más proyectos biofílico habría menos contaminación ambiental, y la convivencia con la naturaleza será más amigable, pensemos que esto tiene un impacto en la naturaleza ya que no solo construimos casas para los humanos, sino que se le da espacio a la vegetación y también a algunas especies de animales que se adaptan a la vida urbana, que hoy en día no tienen cabida en nuestras ciudades.

viele Ansätze architektonischer Art. den Innenraum betreffend sehe ich auch die Verwendung natürlicher Materialien wie Holz, Stein, Leder, Lehm.... als biophil. Ebenso die Gestaltung und Möblierung der Räume abgerundete Ecken, asymmetrische, fliesende Formen. In dem Bereich verwirkliche ich mich schon seit 35 Jahren.

Edificios con fachadas verdes: las fachadas verdes pueden ayudar a reducir la contaminación del aire y el ruido, y también pueden proporcionar un hábitat para la vida silvestre. Edificios con sistemas de agua integrados: los sistemas de agua integrados, como los jardines de lluvia, pueden ayudar a reducir el consumo de agua y mejorar la calidad del aire. Edificios con iluminación natural: la iluminación natural puede ayudar a mejorar el estado de ánimo y la productividad.