Regenerative development and design extend the focus on buildings and infrastructure to realizing the inherent potential of an ecosystem and community
AUTHOR
Diana Kightlinger
Diana Kightlinger is a content writer and journalist focused on sustainability. She holds master’s degrees in environmental science and journalism and brings endless curiosity and passion to her work. For Built, she writes about everything from biophilic design to zero-cement concrete to mass timber.
By combining future-focused climate data with the latest building science, the industry can adapt the built environment for a planet of extremes
Carbon tied up in building materials makes up the largest source of construction emissions—but difficulties quantifying it make reducing the industry’s carbon footprint tough
To create a more desirable future, how should homes, neighborhoods and cities evolve? The SPACE10 Research and Design Lab launched a global competition to find out
At the Natural Materials Lab, Lola Ben Alon gains inspiration from early building environments to develop future materials that will decarbonize construction
Precise engravings found in Jordan and Saudi Arabia depict enormous Neolithic hunting traps located nearby, revealing a mental mastery of space perception not observed before in such an early context
As the destruction from wildfires increases, so does the need for new approaches to help ensure structures survive blazes—and insurers continue to cover damage and loss
The design approach that grew from the slow food movement emphasizes functional and beautiful spaces that prioritize sustainability and an appreciation for nature
The fully recyclable structure could provide an eco-friendly solution to the affordable housing crisis, skilled labor shortage and supply chain disruptions
Making the industry more environmentally sustainable requires the transition from the linear approach to construction to a more circular model that offers additional advantages in overall cost, materials pricing and supply security
