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What is biophilic design?
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Why is biophilic design important?
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How can biophilic design support climate resilience?
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What are some biophilic design principles and strategies?
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What are some examples of biophilic design in action?
Climate change poses serious challenges for the built environment, such as rising temperatures, extreme weather events, and water scarcity. How can architects and designers create buildings that are not only adaptive and responsive to these conditions, but also promote human well-being and connection with nature? One possible answer is biophilic design, a concept that integrates natural elements and processes into the design of buildings and spaces. In this article, we will explore what biophilic design is, how it can benefit both people and the planet, and some examples of biophilic design principles and strategies in practice.
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1 What is biophilic design?
Biophilic design is a design approach that aims to create environments that foster a positive and meaningful relationship between humans and nature. The term biophilia, coined by biologist Edward O. Wilson, refers to the innate tendency of humans to seek affiliation with other living systems. Biophilic design recognizes that humans are part of nature, not separate from it, and that our health and happiness depend on the quality of our interactions with the natural world. Biophilic design can be applied at different scales, from buildings and interiors to landscapes and urban planning.
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Last week the Department of Energy in the US announced to invest $46 Million to boost energy efficiency and reduce emissions in residential and commercial buildings. The money will be allocated into 29 different projects, across 15 states to develop advanced building technologies and support "innovative decarbonization strategies". When these strategies are deployed, across the entire real estate industry, they would significantly reduce the greenhouse gas emissions in the building sector. They can eliminate unnecessary or wasteful energy consumption and reduce the strain on the nation’s electric grid. Since the built environment is accountable for up to 40% of GHG emissions, projects like these are more than welcome.
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See AlsoWhat are the benefits and challenges of biophilic design for urban environments?Good for Both Environmental Health and Human Health – USC Viterbi School of EngineeringExploring the Mental and Physical Health Benefits of Biophilic Design Through Indoor Plant WallsWhat's the Difference Between Biophilia and Biophilic Design?Insightful
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- Jude Barnaby Catholic Priest I Architect I Researcher I Lecturer I Biophilic Design Advocate I Neuroarchitecture Proponent I Sustainable Built Environment Vanguard
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Biophilic design can enhance climate resilience in buildings by integrating natural elements and processes, fostering a harmonious relationship between the built environment and the surrounding ecosystem. It incorporates natural ventilation, shading, and passive heating and cooling strategies. Biophilic design goes beyond aesthetics; it integrates natural elements and processes to create buildings that are not only sustainable but also resilient in the face of climate-related challenges. This holistic approach aligns with the principles of climate resilience and contributes to the overall well-being of both the built environment and its occupants.
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Architecture connects directly with nature. All forms result from images shaped by nature, including those generated by Artificial Intelligence (AI). AI does not create or invent a “new form;” it allows us to discover shapes previously unimagined but still derived from nature. The greatest thing that Modernism, postModernism, and deconstructivism have in common is the idea that architecture is a response to nature. A building’s relationship to the landscape, its structural quality, the interplay of light, the attraction to order and complexity, its capacity for inspiration, and the combinations of color, texture, and shadow are all aesthetic qualities that link humanity to the natural world. Aesthetics awareness is rooted in nature.
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2 Why is biophilic design important?
Biophilic design can have multiple benefits for both people and the environment. For people, biophilic design can enhance physical, mental, and emotional well-being, by providing access to natural light, fresh air, greenery, water, and views. Studies have shown that biophilic design can improve productivity, creativity, learning, mood, and satisfaction in various settings, such as workplaces, schools, hospitals, and homes. For the environment, biophilic design can reduce the ecological footprint of buildings, by using renewable materials, minimizing energy and water consumption, improving air quality, and supporting biodiversity and ecosystem services.
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- Abdul Basit Jasra Business Administration and Management
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For sustainable development, we need to develop affiliation with the nature— love plants, animals and green energy!Thus, we can grow plants wherever possible, and keep on finding space for plants as friends of nature. Again, as friends of nature, communities and private sector should play their role in future readiness, climate change residence, disaster preparedness, and risk reduction through innovative development practices and climate change mitigation efforts. Then, the communities would have the ability to respond to natural calamities with preparedness...
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Human beings connect physiologically and psychologically more strongly to structures that feature complex organizations rather than disorganized constructions. This connectivity is true for the natural and built environment and is vital to overall wellness and contentment. Science has proven that access to natural light, plants, scenic images, and environmental artwork significantly affects surgery recovery, decreases pain management, and induces positive mental states. Research shows physical and mental health improves when natural aesthetic qualities in the living environment are present, while the absence of nature can be equally damaging. The implications of recent research have potentially staggering consequences for architecture.
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3 How can biophilic design support climate resilience?
Climate resilience is the capacity of a system to cope with and recover from the impacts of climate change, such as heat waves, floods, droughts, and storms. Biophilic design can enhance climate resilience in buildings by incorporating natural features and processes that can help regulate temperature, humidity, ventilation, and water management. For example, green roofs and walls can provide insulation, shading, and cooling, as well as capture rainwater and reduce runoff. Natural ventilation and daylighting can reduce the need for mechanical heating and cooling, and lower greenhouse gas emissions. Water features and plants can create microclimates and evaporative cooling, as well as provide aesthetic and psychological benefits.
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Biophilic design supports climate resilience when designers maximize passive design elements to produce renewable energy, decarbonization, fresh water, food access, minimal waste, and rewarding living spaces—achieved artistically and creatively. It may seem like a big expectation, but it is attainable with imagination, desire, and ability. Those who embrace the Anthropocene see no future in yesterday's Holocene, where nature and humankind collide. The Anthropocene is upon us; we control its ferocity—assuming we make the radical existential changes necessary to form new ways of existence. Biophilia shows how to coexist and care for nature. If I could be anywhere and have a chance to help change the world, I would be right here right now.
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4 What are some biophilic design principles and strategies?
Biophilic design should be tailored to the specific context, culture, and needs of the users and the site, but there are some general principles and strategies that can guide it. Natural materials, textures, colors, and patterns should reflect the local environment and culture. Natural forms, shapes, and geometries can mimic organic structures and processes. Direct and indirect exposure to nature should be provided, such as plants, animals, water, fire, rocks, and soil. Dynamic and diverse spaces should offer variety, contrast, and complexity. The design should also encourage multisensory experiences that engage sight, sound, smell, touch, and taste. Social and emotional connections with nature and other people should be facilitated. Lastly, biocultural diversity should be supported and indigenous knowledge and practices respected.
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5 What are some examples of biophilic design in action?
Biophilic design is not a new concept, but rather a rediscovery and reintegration of ancient wisdom and practices that have been lost or overlooked in modern urbanization and industrialization. Traditional and vernacular architectures around the world have long incorporated biophilic elements and principles. There are also many contemporary examples of biophilic design, such as The Eden Project in Cornwall, UK, which is a complex of domes housing the largest indoor rainforest in the world. The Bullitt Center in Seattle, USA, is a six-story office building that boasts to be the greenest commercial building in the world due to its solar panels, rainwater collection and treatment, composting toilets, living roof, and large windows. The Khoo Teck Puat Hospital in Singapore integrates nature into its design with lush gardens, ponds, waterfalls, green roofs and walls, natural ventilation and lighting, and edible landscapes. Additionally, the Parkroyal on Pickering in Singapore resembles a vertical garden with extensive greenery on its facade, balconies, terraces, and sky gardens along with water features and natural materials creating a tropical oasis in the city.
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- Safiya Cummings Join me in shaping a healthier, sustainable future for generations to come.
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Another example of biophilic design integration is the Isle Waterfront Newstead by Mirvac which offers a luxury residential apartment living spaces which incorporates features of open balconies, connected parkland space, water features and facilities that enhance natural lighting to ensure occupants can feel at peace within the living space. Globally this trend is on the rise and many more examples can be found in residential and commercial settings as there is increasing awareness about the impact of building design on climate change and population health. Biophilic design serves as a growing solution to address this concern.
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