BIOPHILIA:
Good for Humans, Good for the Environment
Good for Humans, Good for the Environment
Dec 18, 2025
A loose definition of biophilia: a love of life and of ALL living things.
bio‑ /prefix/
used for forming new words related to life or living organisms
philia /noun/
denotes an affinity or inclination or love toward a specific thing
In more specific terms, biophilia means an inclination toward living things, as humans and other living things naturally gravitate toward each other in order to thrive, to regenerate, and even just to survive.
Sounds like the observation of an obvious fact? Yet, ever since the industrial revolution, humans have been working against this obvious fact. At the beginning stages, the intentions behind the ever‑growing technological advances were innocuous, even if naive.
But today, we have the knowledge and the understanding of the potentials and the limits of what the Earth can provide (for us, humans), and how it can survive. Nowadays, the ever‑growing built environment* is overwhelming the natural environment. We perceive the Earth‑human connection as a one‑way relationship: the Earth has to provide, so we humans can consume. But, that is not biophilia. That’s exploitation of a natural system that can not be sustained indefinitely. To counter that, we can adopt a more environment‑friendly mindset … and, this is where biophilic design becomes relevant.
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THE ESSENCE
THE DETAILS
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The first use of the word ‘biophilia’ is attributed to Erich Fromm (a German‑American social psychologist) from the 1960s, and was expanded upon by E.O. Wilson (an American evolutionary biologist) in 1984, suggesting that humans have an innate and subconscious connection to other life forms (i.e. living things in the overall environment), more so than to artificial objects. This explains why so many people care for (and sometimes risk their lives to save) animals, or keep flowers around their homes. In fact, according to Wilson, our existence depends on this propensity. Although the word biophilia was coined by Fromm in modern times, the concept of biophilia has been proposed many times throughout history, from ancient Greek philosophers to our time, all of them speaking of a sort of connection and love of life. Biophilia has influenced the shaping of modern conservation ethics, and is now becoming more widely-known and used in architectural designs and general living arrangements with a three-fold purpose:
- To enhance the everyday human living experience
- Foster the connection between humans and nature
- Protect the environment
Hence, biophilia includes all living forms (humans, land, vegetation, ocean, animals, etc.) and life‑like processes. In today’s built environment and technology‑driven life, a biophilic lifestyle becomes ever more important.
the nitty‑gritty
Empirical evidence supports that the natural environment is much preferred than the built environment, reinforcing the fact that humans evolved in response to the stimulus of the environment, and were adapted to live in a natural environment. Many indigenous cultures see humans as part of nature, and do not distinguish them as separate entities. And hence, they also practice responsible use of resources. Developing a biophilic environment can change the quality of life. So, how can we—in our extensive built environment—accomplish that?
HOW CAN BIOPHILIC DESIGN BE INCORPORATED INTO OUR BUILT ENVIRONMENT?
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- Incorporating natural elements into our immediate environment, such as natural light and views of nature
- Creating green spaces: indoor plants or greenery; balcony- or rooftop gardens, trees and small ponds around the house, indoor fish bowls, water fountains, skylights, etc.
- Using natural materials for furniture: wood, stone, clay, linen table coverings or upholstery, etc.
- Choosing patterns, colors, textured surfaces that are often found in nature
- Installing large windows and glass doors where appropriate, providing more connection to nature
- Installing solar panels, considerably reducing the need for electricity
- Creating open layout within the home to accommodate the free flow of light and air
- Use natural airflow when possible by designing the structure of your home to accommodate it, and by the simple act of opening windows (instead of using artificial ventilation)
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Installing Low-E (Low-Emissivity) glass** for windows and glass doors: a transparent metallic coating that keeps heat inside during winter, and blocks is out in summer ⟹ Also saves energy, and protects indoor furniture
Ever wondered why marathon runners are given metallic blankets to protect themselves after they finish the race? The same principle lies behind this practice as for using Low‑E glasses for homes. Silver and metals have low emissivity***, which means that it reflects back more thermal energy, and reduces heat loss.
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- Improves overall health
- Reduces stress
- Enhances creativity
- Improves cognitive function: focus, memory, productivity
- Improves intellectual competence and curiosity ⟹ New discoveries are made in various fields (e.g. science, education, etc.)
- Enhances the appearance and likeability of our everyday living spaces
- The sum of these benefits improve interpersonal and family life
- Instigates parents to more effectively and more humanely raise children
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- Lowers stress ⟹ More optimal blood pressure, reduced respiratory diseases, lower occurrence and lower intensity of chronic pain ⟹ Faster and more efficient healing ⟹ Lesser need for hospitalization and pain medications ⟹ More balanced personal and family life ⟹ Less monetary impact on the individual ⟹ Lower stress ⟹ Reduced aggressiveness and crime rate … Improved average lifespan
- Stimulates brain activity, regulates the circadian rhythm, improves sleep patterns, improves overall mood
- Initiates greater desire for physical activities, such as walking, sports, etc. ⟹ Higher fitness levels ⟹ Better health ⟹ Natural desire for more healthy food ⟹ Becoming more productive ⟹ Higher enjoyment of life ⟹ Longer lifespan with greater productivity and meaning
- Improves overall physical well‑being
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- Reduces carbon emissions (through lower use of air conditioning, heating, etc.) ⟹ Improves air quality (indoor and outdoor) ⟹ Reduces climate change
- Using natural materials for furnishing and household items result in lower use of harsh chemicals ⟹ Prevents the release of carbon‑dioxide during the manufacturing process
- Using natural light, natural airflow, more windows and lighter colored spaces and furniture ⟹ Reduces energy use ⟹ Reduces fossil fuel use ⟹ Reduces carbon‑dioxide in the air ⟹ Reduces climate change
- Gardens and plants indoors and outdoors absorb carbon‑dioxide ⟹ Allows for cleaner air ⟹ Become part of reducing climate change
- Increases biodiversity through establishing gardens, ponds, and landscaping around the house (both in plants and animal life)
- Reduces the risk of flooding: Porous materials, green walls, green corridors, rain gardens impel storm water to follow a specific path and allow it to soak into the ground, instead of accumulating in rivers exacerbating the risk of flooding
- Secures more food resources
- Lowers household expenses associated with utilities, health care, and others
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THE TYPES OF BENEFITS BIOPHILIC LIVING BESTOWS UPON US
WHAT CAN YOU DO ABOUT IT?
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LOOK UP EXAMPLES OF BIOPHILIC LIVING
Find ideas and inspiration of what’s possible, and how you can make your own living environment biophilic.
‘Biophilicize’ your home and immediate surroundings. The benefits can be psychological, health, and even economic …
and ultimately, you will be helping nature, and be part of climate stabilization.
and ultimately, you will be helping nature, and be part of climate stabilization.
TAKE ACCOUNT OF YOUR LIVING QUARTERS … THEN, TAKE ACTION
SPREAD THE WORD
A good life is made even better if the benefits are multiplied. Tell people around you about biophilia, and about how their lives can also be enhanced.
Individuals and families can change their immediate environment. But, biophilic living goes even further. Reach out, and discuss biophilic urbanization of your town or wider municipality. All good things begin with one person or a few people taking small actions.
APPROACH YOUR LOCAL & MUNICIPAL LEADERS TO DISCUSS BIOPHILIC URBANIZATION
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SOURCES and * DEFINITIONS
SOURCES USED FOR INFORMATION ON THIS PAGE:
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* Built environment
All human-made surroundings, including all structures, spaces, infrastructure, parks, transportation, etc.Wikipedia. (2025, July 17).Built environment.https://en.wikipedia.org/wiki/Built_environment -
** Low-E (Low-Emissivity) Glass
Everest.Low-E (low‑emissivity) glass explained.ASHI Group Limited.https://www.everest.co.uk/glass/low-e-glass/
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*** Emissivity
Wikipedia. (2025, October 31).Emissivity.The name of the source.https://en.wikipedia.org/wiki/Emissivity
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Wikipedia.. (2025, November 9). Erich Fromm.https://en.wikipedia.org/wiki/Erich_Fromm
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Wikipedia. (2025, October 10). E. O. Wilson.https://en.wikipedia.org/wiki/E._O._Wilson
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Wikipedia. (2025, November 18). Biophilia hypothesis.https://en.wikipedia.org/wiki/Biophilia_hypothesis
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Lee, E. J., Park, S. J. (2021, March 4). Toward the biophilic residential regeneration for the Green New Deal.PMC PubMed Central, National Library of Medicine, National Institutes of Health.https://pmc.ncbi.nlm.nih.gov/articles/PMC7967344/
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Collier, S. (2025, June 30). Designing with nature: How biophilic infrastructure makes cities more livable.Frontier Group, Public Interest Network.https://frontiergroup.org/articles/designing-with-nature-how-biophilic-infrastructure-can-improve-our-wellbeing-and-the-planet/
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Journal of Biophilic Design. (2022, July 18). How biophilic design creates sustainable environments.https://journalofbiophilicdesign.com/journal-of-biophilic-design/how-biophilic-design-creates-sustainable-environments
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