Coastal Resilience, Offshore Wind, and Nature-Positive Solutions
JOIN US ONLINE for a conversation with The Nature Conservancy and international partners
Offshore wind energy offers an unprecedented opportunity not only to accelerate the clean energy transition, but also to restore marine ecosystems and strengthen coastal resilience. As ocean habitats continue to decline globally, emerging approaches are exploring how renewable energy infrastructure can be designed to deliver both climate and ecological benefits.
This discussion, led by SES and Dr. Boze Hancock (The Nature Conservancy), brings together perspectives from the United States, Europe, and Australia to examine innovative, nature-positive solutions at the intersection of offshore wind and marine restoration. A central idea underpinning this work is both simple and transformative: integrating ecological design into offshore infrastructure (for example, by adding oyster larvae to the rocks used in wind installations) can help rebuild shellfish reefs, enhance biodiversity, and improve water quality.
It will feature contributions from international partners, including a European NGO working on North Sea restoration and an Australian practitioner advancing large-scale shellfish reef restoration. Together, these perspectives will highlight how small design innovations can generate significant ecological gains when applied at scale.
The panel will also explore the scientific, policy, and implementation challenges associated with these approaches, as well as their relevance for Massachusetts and the broader New England region as offshore wind development accelerates.
About the Sustainable Solutions Lecture Series: Hosted by the School of Earth & Sustainability (SES) at UMass Amherst, the Sustainable Solutions Lecture Series convenes leading researchers, practitioners, and policymakers to advance actionable solutions to pressing environmental challenges and to strengthen the connection between science, policy, and practice. |
Featured Guests
Managing Director
Sea Gen Aquaculture and Offshore Biotechnologies, Phillip Island, Victoria, Australia