Ralfy Rabassa III’s Post

Nature designs with purpose - An art modern architecture has forgotten. The pictures below show how Biotonomy's designers use Nature's design principles to develop Autonomous Buildings and Vertical ecosystems.   The Monstera plant features a unique design element that develops holes in its leaves, referred to as fenestrations in biology. Fenestration refers to small openings or pores in various structures or tissues within organisms. Architects can use the principles of fenestrations to improve energy efficiency and create thriving Vertical Ecosystems. For the Monstera plant, the fenestrations (the openings in the leaves) serve three fundamental functions: 1 - Light Distribution: The openings allow sunlight to pass down to plants beneath, ensuring even the smallest plants receive light. 2 - Wind Resistance: The openings enable wind to pass through, preventing the plant from being uprooted during storms, supporting its growth in windy conditions. 3 - Sunlight Capture: As a Monstera leaf matures and develops more holes, it increases its surface area for photosynthesis without becoming more exposed to damage, an intelligent adaptation for thriving in its habitat. The Monstera's design principles - sharing light, resisting wind, and maximizing sunlight absorption - make it an excellent use for developing thriving Vertical Ecosystems and developing Nature based heating systems in buildings. By passing the light from the second floor to the first floor, one can charge building components with heat during warmer seasons and reuse the energy during colder seasons. By paying attention and understanding Nature's design language, we can transform our buildings and cities to become resilient and intelligent. Want to learn more? Sign up to our upcoming online Academy on our website, see the link in bio #biotonomy #biomimicry #naturebasedsolutions

Nature designs with purpose - An art modern architecture has forgotten. The pictures below show how we at BIOTONOMY use Nature's design principles to develop Autonomous Buildings and Vertical ecosystems.   The Monstera plant features a unique design element that develops holes in its leaves, referred to as fenestrations in biology. Fenestration refers to small openings or pores in various structures or tissues within organisms. Architects can use the principles of fenestrations to improve energy efficiency and create thriving Vertical Ecosystems. For the Monstera plant, the fenestrations (the openings in the leaves) serve three fundamental functions: 1 - Light Distribution: The openings allow sunlight to pass down to plants beneath, ensuring even the smallest plants receive light. 2 - Wind Resistance: The openings enable wind to pass through, preventing the plant from being uprooted during storms, supporting its growth in windy conditions. 3 - Sunlight Capture: As a Monstera leaf matures and develops more holes, it increases its surface area for photosynthesis without becoming more exposed to damage, an intelligent adaptation for thriving in its habitat. The Monstera's design principles - sharing light, resisting wind, and maximizing sunlight absorption - make it an excellent use for developing thriving Vertical Ecosystems and developing Nature based heating systems in buildings. By passing the light from the second floor to the first floor, one can charge building components with heat during warmer seasons and reuse the energy during colder seasons. By paying attention and understanding Nature's design language, we can transform our buildings and cities to become resilient and intelligent. Want to learn more? Sign up to our upcoming online Academy on our website, see the link in bio of BIOTONOMY #biotonomy #biomimicry #naturebasedsolutions

Green #architecture using #AI "ecological programming" interprets environmental conditions to design buildings that support healthy urban #ecosystems and #biodiversity. #Futurist #Future #Futurism #Futurology #Design #UrbanPlanning #Cities #Buildings #Nature

💚 Nature is the best architect the world has ever known, visit the amazing Eden Project to see Biomimicry come to life 🌎 According to its creators GRIMSHAW ARCHITECTS LLP this set of astonishing greenhouses imitates the geometry of soap bubbles by using steel and inflatable cells. It is home to more than 1,000 plant species. Results of this approach? The structure: 💶 Cost ⅓ the price of a conventional greenhouse ⚡ Uses ½ of energy compared to conventional greenhouse 🌬 Is super lightweight. In fact, it weighs as little as the air inside the structure. Why are we not building more like this? There are so many buildings that look like concrete boxes, even though nature created far superior designs through a creatieve process of billions of years. What is your favorite building that is inspired by nature? Let me know in the comments! Video by Eden Project #sustainability #sustainabledesign #climateaction #biomimicry

Sediments: Performative Ecologies | Architecture Thesis on Regenerative Architecture ‘Sediments: Performative Ecologies’ is an architecture thesis on regenerative architecture by Valentina Aguilar from the Facultad de Arquitectura y Diseño - Universidad de los Andes that offers an architectural solution to the fragmented landscapes in Honda, Colombia, which are shaped by sediments due to local ecologies and weather. The project proposes a Fishing Vertical Bio-Filter Tower, aiming to preserve regional knowledge and restore ecosystems by integrating ecology and history. The project evolves based on sediment movements, river flows, rainfall, and sun exposure. To submit your academic project for publication at ArchiDiaries login to ArchiDiaries page #Architecture #RegenerativeArchitecture #IndustrialArchitecture #ArchitectureThesis #SustainableArchitecture #TropicalArchitecture #FacultaddeArquitecturayDiseñoUniversidaddelosAndes #Bogota #colombia

Blending ancient and modern architecture is an art we've passionately explored over the last decade, leading to some truly inspiring discoveries. It all began with simple questions. Our first question was: How did ancient buildings manage heating and cooling without today's technology? We found that ancient builders used natural methods to keep interiors comfortable, incorporating physical laws directly into their designs. We adopted these ideas, focusing on maximizing sunlight, enhancing underground airflow for cooling, and building thick walls that naturally regulate temperature. By integrating these ancient methods with modern materials like energy-efficient windows and various insulation options, we learned to design buildings that naturally heat and cool themselves. This breakthrough led us to explore further, like how ancient civilizations managed clean water and wastewater. Today, at Biotonomy, we specialize in merging these ancient strategies with cutting-edge technology to create Autonomous (self-sufficient) buildings. At BIOTONOMY we are committed to developing self-sufficient buildings in heating, cooling, water, and wastewater management that are both resilient and beautiful. Ancient knowledge has shown us the importance of building in harmony with nature, and modern technology helps ensure our buildings are efficient and durable. #biotonomy #ancientarchitecture #naturebasedsolutions

Blending ancient and modern architecture is an art we've passionately explored over the last decade, leading to some truly inspiring discoveries. It all began with simple questions. Our first question was: How did ancient buildings manage heating and cooling without today's technology? We found that ancient builders used natural methods to keep interiors comfortable, incorporating physical laws directly into their designs. We adopted these ideas, focusing on maximizing sunlight, enhancing underground airflow for cooling, and building thick walls that naturally regulate temperature. By integrating these ancient methods with modern materials like energy-efficient windows and various insulation options, we learned to design buildings that naturally heat and cool themselves. This breakthrough led us to explore further, like how ancient civilizations managed clean water and wastewater. Today, at Biotonomy, we specialize in merging these ancient strategies with cutting-edge technology to create Autonomous (self-sufficient) buildings. At BIOTONOMY we are committed to developing self-sufficient buildings in heating, cooling, water, and wastewater management that are both resilient and beautiful. Ancient knowledge has shown us the importance of building in harmony with nature, and modern technology helps ensure our buildings are efficient and durable. #biotonomy #ancientarchitecture #naturebasedsolutions

Research Publication Journal: Light & Engineering Manuscript Title: Lighting for Green Walls Article Type: Original Research Authors: Peter Raynham and Amardeep M. Dugar Research Contributors: David Gilbey and Roger Sexton Research Location: The Bartlett, UCL's Faculty of the Built Environment Research Sponsors: Xicato, lumenpulse alphaLED, LITE Architectural and Wonder Wall Abstract. This study demonstrates the possibility of growing green walls in normal commercial building environments with lighting designed primarily for aesthetic reasons, rather than the promotion of plant growth. Lighting is a key resource required for the growth and maintenance of robust green walls within interior environments. The study evaluated the appearance and growth of green walls with electric lighting used primarily for aesthetic reasons. Three identical green walls with six different plants were illuminated using three different white LED light sources for a period of five months. Plant health was monitored and documented in terms of successful growth patterns. One hundred and six subjects appraised the appearance of the walls using questionnaires. Findings of this study indicate that it is indeed possible to grow and maintain green walls in normal commercial building environments with lighting designed for aesthetic reasons. Further, key species were identified as appropriate for growing on internal green wall setups. #greenwalls #biophilia #biophiliclighting #lightingdesign Original manuscript can be accessed here: https://lnkd.in/guHaGyFC Pre-print of this manuscript can be accessed here: https://lnkd.in/gcwtnq6Y

These animals built incredible architecture when we were still painting in caves. Terrmites. A new study found a 34,000-year-old termite mount. In comparison, the Egyptian pyramids we admire are less than 5,000 years old. It's time to have a closer look at this master architect. 🐜 Why do termites matter? ↳ Help to aerate the soil, improving its quality ↳ Serve as a food source for various predators ↳ Their mounds act as carbon reservoirs, storing carbon ↳ Are a crucial part of the ecosystem, breaking down dead plant material 📊 How many different termite species exist?  Around 2750 different species. 📍 Where do they occur?  Termites are found on all continents except Antarctica. They are most abundant in tropical and subtropical regions. 🤯 Why are their mounds so impressive? ↳ Can reach heights of up to 8m ↳ Built with a complex system of tunnels and chambers ↳ The biggest network we found is the size of Great Britain ↳ Naturally air-conditioned, maintaining a stable temperature ↳ Made from a mixture of soil, saliva, and feces, creating a durable material ↳ Inside the mounds, termites cultivate a symbiotic fungus that helps break down plant material. In a nutshell, termites are master architects. 🧐 What is the difference between termite mounds & human architecture?  Termite mounds are built through collective behavior and self-organization. Without a central plan or blueprint, relying on simple rules and environmental cues followed by millions of individual termites. In contrast, human architecture, like the Pyramids of Egypt, requires detailed planning, coordination, and a predetermined design. It often involves complex engineering and specialized labor to execute a specific vision. Funnily enough, human architects are now looking into the design of termite mounds to build self-cooling buildings and architecture that would be useful for Mars's expansion. 😢 Sad fact Termites are often only seen as pests. 🤩 Fun fact Some termite species can build mounds that are visible from space. 💪 1 Action you can take Change your perspective. Next time you see a tiny animal, don't put it off as inferior to us. As we can see with the example of termites, even the tiniest species can be mighty. P.S. What is your favorite building we humans ever created? #biodiversity #nature #termite

Thank you Christopher Ng-Hardy for this amazing article in Architect Magazine on the need for collaboration (and mutual education) by architects and landscape architects. One of my favorite snippets: "While [architects] have become proficient at accounting for biogenic carbon stored in dead wood for structures, the living biogenic carbon stored on your site – the soils, the plants, and the trees – seems overlooked. Soils along contain 80% of the world’s terrestrial ecosystems' carbon stocks, a delicate balance that requires protection. We have learned how structurally complex ecosystems can net store and sequester more carbon than their simpler and monocultural alternatives, and are more resilient when facing disturbances like disease or climate change." Read it yourself here: https://lnkd.in/e88dz7SW