Nature-based solutions for coastal resilience

Introduction

James Brice, a graduate student studying architecture and environmental fluid mechanics, leads research on nature-based solutions for coastal adaptation. His work focuses on the impact of oyster reef restoration strategies on wave attenuation, aiming to integrate ecological principles with coastal engineering for resilient shorelines.

Solution & Impact

Brice’s project addresses the fragmentation in nature-based coastal adaptation efforts by proposing an interdisciplinary approach that incorporates ecological, engineering, and social perspectives. By combining physical and numerical experiments in fluid dynamics with coastal community engagement, he investigates the design of oyster reefs that maximize wave attenuation while providing co-benefits like improved water quality and fisheries enhancement. Through both research and practice, Brice aims to provide actionable insights for coastal managers and policymakers, fostering the widespread adoption of nature-based solutions for coastal resilience.

Features

• Interdisciplinary research integrating ecological, engineering, and social perspectives.
• Physical experiments in a wave flume combined with computational fluid dynamics to quantify wave attenuation by oyster reefs.
• Collaboration with coastal communities to understand local needs and priorities.
• Development of design principles for nature-based coastal adaptation strategies.
• Promotion of oyster reef restoration as a multifaceted solution benefiting ecosystems and communities.
• Advocacy for the implementation of nature-based solutions in coastal planning and management.