Biophilia, or love for life and nature, inspires architects around the world to create spaces that deeply connect with natural elements. These architectural projects seek to reintroduce nature into built environments, resulting in spaces that promote well-being, health, inspiration, and even productivity.
In that case, biophilic design, in its contemporary derivation, focuses on the introduction of “natural” elements into the built environment, such as natural light, water, plants, natural materials like wood and stone, the feeling of texture, and shadows.
Airflow
When it comes to air circulation and thermal comfort, biophilia can be characterized as complementing the qualities and variable changes in temperature and humidity.
Ideally, the overall air quality should provide comfort and vitality, as well as give users the possibility of adjusting the thermal conditions, whether manually or automatically, base.
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Biomimicry and Organic Forms
Along with natural interventions and construction materials, organic/biomorphic forms and textures also serve as strong references to patterns found in nature.
Curves, for instance, have already been dominating interior design trends during the past couple of years, but it actually dates back centuries to when architects found inspiration in nature.
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Can biophilic design be used in architecture?
As biophilic design has been applied in architecture for only 20 years, many unanswered questions remain.
The concept of biophilic design provides many inspirations for architectural design, but architectural language (e.g. typology, order, and context) is rarely used to interpret biophilic buildings.
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How many types of biophilic building are there?
Moreover, Cramer and Browning (2008) offered three preliminary categories of biophilic building.
Drawing on these three categories, the construction consulting firm Terrapin Bright Green outlined fourteen patterns of biophilic design ( Browning et al., 2014 ).
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Lighting
Nowadays, especially after the recent changes to working dynamics, time is mostly spent inside rooms that are illuminated with a mix of artificial and natural lighting.
However, all the design possibilities and flexibilities that artificial light has offered has not yet replaced the way the human body responds to natural light, nor how much it need.
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Material Selection
In light of the environmental crises and heightened focus on wellbeing, architects resorted to environmentally-conscious architecture with the aim of triggering a shift in the current practice, beginning with what the projects are built with.
For thousands of decades, Earth and its resources have been used to construct monumental structures that ha.
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Nature Within The Space
One of the most prominent and common ways architects have integrated biophilic elements in their interior designs is through greenery, water, and fire elements.
The benefits of plantscaping, or incorporating plants in interiors, are boundless.
In terms of biophilic design however, plants are not chosen arbitrarily, but are chosen based on the clima.
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Physical and Visual Access to Nature
To further establish the connection to nature, architects have built projects with interiors in direct connection to the surrounding landscape, both physically and visually.
This blurred boundary between the architecture and the site it sits on limits the impression of “man-made” and promotes a sense of openness and freedom, allowing architecture a.
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What is Biophilia in interior architecture & circulation?
Spatial Organization and Layout In terms of interior architecture and circulation, biophilia is the adoption of the spatial patterns found in nature and interpreting them as the configuration of an interior space.
The purpose behind these patterns is to prioritize the wellbeing of users, especially if it’s an unfamiliar place for them.
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What is biophilic design for restorative University learning environments?
Biophilic design for restorative university learning environments:
a critical review of literature and design recommendations Biophilic qualities of historical architecture:in quest of the timeless terminologies of “life” in architectural expression Sustain.
Cities Soc., 15 ( 2015), pp. 42 - 56 . 