Trends
3D-printed units boost Marine life along Dublin Harbour
A unique eco-engineering project is deploying habitats along the walls of the Great Wall that could boost coastal Marine life.
Headline
A unique eco-engineering project is deploying habitats along the walls of the Great Wall that could boost coastal Marine life.
Context
University College Dublin (UCD) and Dublin Port Company are collaborating on a project that represents the first time researchers have simulated natural terrain to create artificial structures around the seawall, combining engineering with ecological best practices. When the South Wall in Dublin Harbour was built more than 200 years ago, it was the longest seawall in the world. Today, at nearly 5 kilometres long, the long Wall remains one of the longest in Europe.
Evidence
Pending intelligence enrichment.
Analysis
While man-made structures such as seawalls and rock armor are important for protecting harbours, harbours and marinas around the world, they often lack the biodiversity of natural rocky coasts. Now, this world-first eco-engineering project, led by UCD researchers and Dublin Port, is deploying large habitat units along the southern wall of the Great Wall that could potentially boost Marine life along the coast. The 3D printed installation was inspired by the natural topography of the shores of Ringaskiddy, a village on the west side of Cork Harbour. Also read: Microsoft Teams introduces immersive 3D and VR meetings Dr Paul Brooks, from University College Dublin’s School of Biological and Environmental Sciences, said the project – seven years in the making – represents a “major step” in our understanding of the concept of ecological engineering. “By incorporating the natural topography into the artificial structure, we have the potential to mitigate the environmental impact while promoting ecological resilience along the Southern Great Wall,” he explained. Over the next two years, UCD researchers will comprehensively monitor these habitat units to see how a variety of species, from invertebrates to fish, thrive in their presence. The project draws on comprehensive research carried out as part of the Ecological Fabric Project, in which Dublin Port played a key role. It involves 32 natural rocky coasts and 32 artificial shoreline sites in Ireland and Wales, assessing biodiversity and physical topography.
Key Points
- A unique ecological engineering project in Dublin, Ireland, is deploying large habitat units along the coast that could potentially boost marine life.
- The project draws on comprehensive research carried out as part of the Ecological Fabric Project, in which Dublin Port played a key role.
- Most important in the project is to take care of the Marine environment around the port, where about 8,000 ships arrive each year.
Actions
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