Occupant wellness and sustainability can be significantly enhanced by biophilic design which focuses on nature-inclusive buildings. These forms of construction are noteworthy in Bahrain, as the county is growing rapidly and boasts a fusion of traditional and modern architecture. With biophilic approaches, there are numerous opportunities to improve nature connections, indoor air purity, and achieve energy conservation. This essay regards the potential of biophilic design to transform interiors in Bahrain considering the region's culturally harsh climate and background. By referring to relevant local and global case studies, such as the King Abdullah Petroleum Studies & Research Center (KAPSARC), this paper notes crucial measures, such as water-saving landscaping, passive cooling strategies, and opportunities for natural daylight harvesting in Bahrain, and also advocates the challenges of how biophilic design can be effectively carried out within the region that is associated with climate adaptability, water availability, and legislation. It also provides advice for overcoming these obstacles. The incorporation of biophilic design in the future architecture of Bahrain can reflect eco-friendly facilities that could do wonders for health and respect kingdoms.

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Integrating Biophilic Design Principles to Promote Wellbeing and Environmental Connection in Interior Spaces in Bahrain

  • Halah Najib,
  • Ali Hadeel M. Regal

摘要

Occupant wellness and sustainability can be significantly enhanced by biophilic design which focuses on nature-inclusive buildings. These forms of construction are noteworthy in Bahrain, as the county is growing rapidly and boasts a fusion of traditional and modern architecture. With biophilic approaches, there are numerous opportunities to improve nature connections, indoor air purity, and achieve energy conservation. This essay regards the potential of biophilic design to transform interiors in Bahrain considering the region's culturally harsh climate and background. By referring to relevant local and global case studies, such as the King Abdullah Petroleum Studies & Research Center (KAPSARC), this paper notes crucial measures, such as water-saving landscaping, passive cooling strategies, and opportunities for natural daylight harvesting in Bahrain, and also advocates the challenges of how biophilic design can be effectively carried out within the region that is associated with climate adaptability, water availability, and legislation. It also provides advice for overcoming these obstacles. The incorporation of biophilic design in the future architecture of Bahrain can reflect eco-friendly facilities that could do wonders for health and respect kingdoms.