Explore how fractal fluency and natural geometries can reduce stress and support healthier built environments through biophilic design.

2026’s Top 10 Hot Trends in Living Green Architecture explores how biophilic design connects nature, happiness, health, and climate resilience through innovative projects worldwide.

Learn about Japanese perspectives on nature and how they influence modern design and policymaking in Tokyo and Osaka.

Learn examples of how biophilic design is used for social, health and economic benefits by architects COOKFOX in New York and WoHa in Singapore. 

Learn about a three-step framework for preserving and enhancing biodiversity and its biophilic attributes, and how this provides multiple types of intrinsic and extrinsic value for owners and developers.

This article explores birdsong’s positive impact on us, and how to design for more birdlife on green roofs. 

This article provides examples of how horticultural therapy practices on health care facilities can provide better patient and campus outcomes. 

In this biomimetic piece, learn what yellow meadow ants can teach designers about green roofs.

In dense urban environments with aging sewer systems, effectively managing rainwater poses several challenges. Learn how the City of Vancouver’s recently updated rainwater management criteria for new development targets these issues, and green roofs provide a practical strategy to support the updated requirements. 

Learn about the community-centric City Sponge program in New York City dedicated to managing flooding by being a clearinghouse of information about widespread, decentralized rooftop greening and other flood mitigation methods. 

As extreme rainfall increases, sponge cities offer a proven approach to flood mitigation, water management, and climate adaptation through green infrastructure.

Learn the basics of municipal stormwater management planning and how green and blue-green roofs can be designed to meet water balance, quantity and quality targets, often contributing to more cost-effective compliance. 

New roof systems including blue, blue-green, and friction storage systems are designed to capture and detain more stormwater than extensive green roofs. This article reviews the basic parameters of these designs and summarizes recent research.

Discover how green roofs and roofing overburden protect buildings from hail, fire, and extreme wind while extending roof lifespan. This article highlights how vegetated systems reduce maintenance costs, improve durability, and offer long-term value for building owners and potential benefits for insurers.

Learn how C-PACE financing is transforming green roof adoption by enabling 100% project funding with long-term repayment through property taxes. Discover how this financing model reduces upfront costs, supports climate mandates, and helps developers integrate green roofs and stormwater management into commercial real estate projects.

Explore global green roof cost-benefit studies. Learn how factors like lifecycle costs, public benefits, and policy incentives shape the true economic value of green roofs.

Learn why properly engineered growing media - not topsoil - is essential for successful green roofs. This article explains how media composition affects drainage, plant health, structural safety, and stormwater performance, and why incorrect specifications can lead to costly failures in rooftop, podium, and amenity deck landscapes.

Green roof amenity spaces increase property value, support well-being, and deliver environmental benefits. Explore research and case studies showing how rooftop green spaces create financial returns and enhance urban living in dense cities.

Explore the rising economic and public health costs of extreme heat in the United States and the policy solutions being developed to address it by the Federation of American Scientists. Learn how integrated planning, resilient infrastructure, and innovative policies can reduce risks, protect communities, and lower long-term climate-related costs.

Discover how SolaGreen® integrates solar panels with green roofs to create high-performing rooftops that generate renewable energy, improve building efficiency, manage stormwater, and enhance biodiversity.