The quest for a deeper connection with nature is not just an aesthetic trend, but a growing necessity in large cities. Biophilia, a concept that values the innate bond between humans and the natural projects, has become a powerful strategy in contemporary architecture. In times marked by excess concrete, visual pollution and urban stress, bringing natural elements indoors is more than a style choice — it is a way to restore the physical and emotional balance of people. Architects and urban planners have taken this principle to rethink how we design and inhabit projects, incorporating plants, natural light, cross ventilation, organic materials, and even sounds of nature into the designs. Biophilia is not just about 'adding green' to the projects, but about creating a sensory and emotional relationship with the surroundings. This movement, which is already influencing the construction of residences, offices, schools, hospitals, and public spaces, underscores a paradigm shift: designing with the human as part of the ecosystem. In addition to promoting well-being and health, biophilic architecture also proves efficient from a sustainable perspective, as it encourages practices such as resource reuse, conscious energy use, and the appreciation of native vegetation. As a result, the theme has gained prominence not only in cutting-edge projects but also in urban policies and discussions about resilient and adaptable cities for the future. What is Biophilia? The term 'biophilia' was popularized by biologist Edward O. Wilson in the 1980s to describe humans' instinctive affinity for other life forms. In architecture, this idea transforms into practical and sensory guidelines for creating projects that reconnect humans with the natural world. Contrary to what many believe, biophilia goes beyond the presence of vegetation — it includes light, water, organic forms, natural materials, and even sound and olfactory stimuli inspired by the external projects. Biophilia can be applied at three main levels: direct, when there is physical contact with nature (such as indoor gardens, fountains, or sunlight); indirect, through elements that evoke the natural (such as textures, colors, images, and materials); and spatial, when the configuration of the space favors well-being, as in projects with views to the outside, fluid layouts, or variations in temperature and light. These levels intertwine and can be adapted according to the type of project, whether residential, corporate, or institutional. In practice, a biophilic project seeks to stimulate the senses, create emotional comfort, and generate a sense of belonging. This is especially important in dense urban contexts, where contact with the environment is often limited. Incorporating biophilia into architecture is, therefore, a form of emotional resilience, in addition to a design strategy focused on the integral health of the occupants. "Nature holds the key to our aesthetic, intellectual, cognitive, and even spiritual satisfaction." - Edward O. Wilson Benefits of Integration with Nature Next, we highlight the main benefits of biophilia applied to architecture and urbanism: 1. Reduction of stress: Projects with a presence of nature demonstrate positive effects on mood, heart rate, and the reduction of anxiety. Simply contemplating natural elements activates areas of the brain linked to feelings of calm and pleasure. 2. Increase in productivity and concentration: In work and study spaces, biophilia is associated with improved cognitive performance, creativity, and motivation. Elements such as natural lighting, plants, and organic materials help maintain focus for longer. 3. Improvement in physical and mental health: Exposure to biophilic projects contributes to reducing symptoms of depression and fatigue, as well as strengthening the immune system. In hospitals, this can speed up patient recovery. 4. Energy efficiency and environmental comfort: The presence of vegetation and passive lighting and ventilation strategies reduce dependency on artificial climate control systems. This lowers energy consumption and improves the thermal comfort of users. 5. Contribution to urban sustainability: Green roofs, rain gardens, and living facades help with water retention, air purification, and biodiversity maintenance, making cities more resilient to climate change. 6. Stimulation of social interaction and sense of community: Public projects with natural elements favor encounters between people, promote safety, and strengthen social ties, especially in densely populated urban areas lacking green infrastructure. Examples of Biophilic Projects The following are notable projects that creatively and effectively incorporate biophilia: 1. Bosco Verticale (Milan, Italy): Designed by Stefano Boeri, this residential tower complex houses over 20,000 plants and trees on its facades. It functions as a vertical ecosystem, contributing to air quality and thermal comfort. 2. Kampung Admiralty (Singapore): Designed by WOHA, this multifunctional complex integrates housing, health, and leisure in a building full of suspended gardens. It is an example of green urbanism aimed at the active aging of the population. 3. Rosewood São Paulo (Brazil): With an architectural design by Jean Nouvel and interiors by Philippe Starck, the Rosewood complex combines contemporary architecture with the restoration of historical buildings, all surrounded by dense native vegetation covering facades, patios, and common areas. The use of Brazilian species and integration with the surroundings enhance the sensory experience and connection to nature in the heart of the city. These cases show that biophilia can be applied at different scales and typologies, promoting well-being and sustainability in residential, corporate, and urban projects. By adopting this concept, architecture ceases to be just a shelter and transforms into a living extension of nature. This content was created with the support of CASACOR Publisher, an agent for creating exclusive content, developed by the CASACOR Technology team based on the knowledge base of casacor.com.br. This text was edited by Yeska Coelho.
