Living Seawalls creates modular habitat units that attach to marine infrastructure to restore biodiversity. These engineered modules mimic natural rocky shorelines, providing essential refuge and settlement surfaces for marine life. This approach enhances coastal ecosystems impacted by development.
Funding
Funding not disclosed
Founders
Product
Problem
Marine infrastructure such as seawalls, pilings, and marinas often lack the complexity to support diverse marine ecosystems, contributing to habitat loss in urbanized coastal areas. This reduction in biodiversity impacts essential ecosystem services like water quality maintenance and fisheries production.
Solution
Living Seawalls designs and manufactures modular habitat units that integrate with marine infrastructure to enhance biodiversity. These modules are engineered to replicate the complex microhabitats found in natural rocky shorelines, providing refuge and settlement surfaces for marine organisms. By increasing habitat availability and complexity, Living Seawalls aims to restore marine ecosystems impacted by coastal development. The system is designed for both new construction and retrofitting existing structures, offering a scalable approach to ecological enhancement.
Target Audience
The primary customers are coastal developers, urban planners, marine infrastructure managers, and environmental agencies seeking to mitigate the ecological impact of marine construction and enhance coastal biodiversity.
Features
- Modular habitat enhancement panels designed to mimic natural shoreline features such as rock pools and crevices.
- Piling modules and living boulders engineered to increase substrate complexity and habitat availability.
- Manufacturing process involves digital design, 3D printing for prototyping, and casting concrete using reusable molds.
- Modules are designed for durability in marine environments, with an expected lifespan of at least 20 years.
- Scientific research and monitoring programs validate the ecological benefits, showing significant increases in species diversity and abundance compared to unmodified structures.
- Potential for improved water quality through enhanced filtration by sessile organisms like oysters and mussels.