Introduction: Sustainability is becoming more important in architecture. Biophilic design offers a framework for integrating nature into the built environment. Besides improving the well-being of building occupants, biophilic design principles contribute to biodiversity, circularity, and resilience. We will discuss where biophilic design and sustainable architecture meet and how by introducing nature into buildings this can address specific challenges and goals of sustainability.

Understanding Biophilic Design’s Contribution to Sustainability: Biophilic design designs buildings that put nature at its center. It can help architects find ways to bring nature into our built environment. By studying the benefits of biophilic design, we can learn how it helps us tackle environmental challenges and create sustainable buildings that align with sustainable goals.

Improve Well-being and Connection to Nature: Biophilic design promotes well-being by incorporating natural elements like indoor plants, views of nature, natural light, and green spaces. This improves building occupant comfort and fosters a deeper connection to the natural world. By creating environments that prioritize human-nature interactions, sustainable architecture can enhance the quality of life for occupants.

Contributing to Biodiversity and Ecosystem Services: Integrating nature into buildings can contribute to biodiversity conservation. Incorporating green roofs, living walls, and habitat corridors allows for the creation of urban ecosystems. It can provide shelter for various animal species. This supports biodiversity and enhances ecosystem services such as pollination and stormwater management.

Circularity and Sustainable Material Choices: Biophilic design principles encourage using sustainable materials and construction practices. By selecting renewable, recycled, and locally sourced materials, architects can reduce the ecological footprint of buildings. Additionally, designing for adaptability and longevity promotes circularity by reducing waste and enabling future adaptation or repurposing of spaces.

Building Resilience in the Face of Climate Change: Biophilic design can create strong and resilient structures by using natural ventilation, passive solar design, and green infrastructure. These elements help save energy, reduce the urban heat island effect, and prepare for extreme weather events. By bringing nature into our buildings, sustainable architecture can adjust to changing weather conditions.

Conclusion: Integrating biophilic design principles in sustainable architecture offers a holistic approach to addressing the challenges and goals of sustainability. Biophilic design fosters a harmonious relationship between humans and the natural environment by enhancing well-being, promoting biodiversity, embracing circularity, and building resilience. Architects and designers can leverage these principles to create buildings that contribute to a sustainable future and provide occupants with healthier and more inspiring spaces.