Imagine the ocean floor as a giant underwater forest that helps keep the planet cool by storing carbon. Some of these areas have been destroyed by heavy fishing nets, leaving the seabed scarred. This work creates a toolkit to map these damaged areas and plant new life to bring the ecosystem back to health.
Deep-sea habitats are being destroyed by trawling, leading to a loss of biodiversity and critical carbon storage capacity. There is currently a lack of cost-effective, scalable methods to map and restore these areas for public or private investment.
A toolkit for fine-scale mapping of degraded habitats, nature-based restoration interventions, and a set of monitoring indicators to measure ecosystem service benefits.
If you are a consultancy dealing with corporate biodiversity offsets — this project developed mapping and monitoring tools that allow you to quantify the success of deep-sea restoration. This enables the sale of verified nature-based solutions to clients.
If you are a tech provider dealing with the need for specialized deep-sea monitoring — this project developed cost-efficient technological approaches for long-term tracking. This opens a new market for sensors tailored to deep-sea habitat recovery.
If you are a finance firm dealing with the lack of deep-sea carbon data — this project developed indicators to measure carbon sequestration in restored habitats. This provides the evidence needed to create high-value blue carbon credits.
Based on available project data, the project aims to provide the impacts of cost for deep-sea restoration at the EU level to help public authorities plan budgets.
Yes, the project specifically focuses on providing solutions to upscale restoration operations and identifying innovative blueprints to accelerate investment.
Based on available project data, the project focuses on transferring knowledge to promote new SMEs in marine restoration, though specific licensing terms are not listed.
The project is designed to support policies and decision-makers in the future application of the Nature Restoration Law.
The project runs from 2024-02-01 to 2028-01-31, with initial restoration interventions starting within the first 18 months.
The consortium is heavily weighted toward research and academia (22 out of 27 partners), but it maintains a 15% industry ratio with 4 companies, including 4 SMEs. This structure suggests the project is primarily focused on technical validation and methodology development, while the SMEs are positioned to absorb the knowledge for future commercialization of restoration services.
Contact Universita Politecnica delle Marche regarding deep-sea restoration blueprints.
Contact us to connect with the 4 industrial partners specializing in marine restoration tech.
