Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 1 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 2 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 3 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 4 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 5 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 6 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 7 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 8 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 9 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 10 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 11 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 12 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 13 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 14 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design - Image 15 of 15

Building Resilient Architecture for Extreme Cold: BIOSIS’s Climate-Driven Design

Kullorsuaq. Image Courtesy of BIOSIS

11 / 15

Zoom image | View original size

Share

Share this image

Facebook
Twitter
Mail
Pinterest

Or

Previous Project

CTBUH 2024 Mass Timber Student Design Competition

Selected Projects

Startup Village Julich / Julius Taminiau Architects

Selected Projects

✕

✕

Related Products