Professional Practice

Resilient Design

Resilience GIF

Working with nature -- instead of in opposition to it -- helps communities become more resilient and come back stronger after disruptive natural events. Long-term resilience is about continuously bouncing back and regenerating. It's about learning how to cope with the ever-changing “new normal.”

As events become more frequent and intense due to climate change, communities must adapt and redevelop to reduce risks and improve ecological and human health. It's also time to stop putting communities and infrastructure in high-risk places. And we need to reduce sprawl, which further exacerbates the risks.

Resilient landscape planning and design offers a way forward for communities. We can now use multi-layered systems of protection, with diverse, scalable elements, any one of which can fail safely in the event of a catastrophe.

Many communities have attempted to find a single solution to disasters through heavy-handed infrastructure projects: walls to keep out water, power plants to cool cities. But working with nature to create multi-layered defenses provides several co-benefits.

For example, constructed coastal buffers, made of reefs and sand, can also provide wildlife habitat and recreation opportunities; urban forests made up of diverse species clean the air while reducing the urban heat island effect; and green infrastructure designed to control flooding also provides needed community space and creates jobs.

The goal of resilient landscape planning and design is to retrofit our communities to recover more quickly from extreme events, now and in the future. In an era when disasters can cause traditional, built systems to fail, adaptive, multi-layered systems can maintain their vital functions and are often the more cost-effective and practical solutions.

In an age of rising waters and temperatures and diminishing budgets, the best defenses are adaptive, like nature.

This guide is organized around disruptive events that communities now experience: drought, extreme heat, fire, flooding, landslides, and, importantly, biodiversity loss, which subverts our ability to work with nature.

The guide includes numerous case studies and resources demonstrating multi-benefit systems as well as the small-scale solutions that fit within those. The guide also explains landscape architects’ role in the planning and design teams helping to make communities more resilient.

Biodiversity Loss
Drought
Extreme Heat
Fire
Flooding
Landslides


A special thanks to our expert reviewers for their guidance: Alexander Felson, ASLA, assistant professor, School of Forestry & Environmental Studies and Yale School of Architecture; Kristina Hill, Affiliate ASLA, associate professor of landscape architecture and environmental planning and urban design, University of California at Berkeley; Nina-Marie Lister, Hon. ASLA, graduate program director and associate professor, Ryerson University School of Urban and Regional Planning; Nate Wooten, Associate ASLA, landscape designer, OLIN; and Kongjian Yu, FASLA, founder and dean, Peking University College of Architecture and Landscape.

This guide is a living resource so we invite you to submit research studies, news articles, and case studies you’d like to see included. Please e-mail them to ASLA at info@asla.org


Biodiversity Loss >>

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