Project cooperationUpdated on 16 November 2023
An end-to-end marine monitoring solution to quantify ecosystem services through machine learning
About
We, OceanOS, have recently received £250k grant funding to assess biodiversity at a fixed-bottom OWF foundation to enable operators in the UK to report against incoming marine-net-gain legislation.
We are looking to expand on this work by understanding the biodiversity impact of various subsea structures - both OWF structures and also biodiversity mitigation measures (artifical reefs, rewilding of the seabed, habitat creation etc).
The Challenge:
With the exponential growth of offshore wind worldwide there comes an increased impact on the seabed and marine spatial panning.
It therefore becomes essential for OWFs to demonstrate their impact on ecosystems. This requires collaboration between companies looking at data collection and data processing. Without either of these we are not able to make accurate biodiversity assessments.
Stage
- Early
Topic
- Innovation to facilitate ocean area coexistence
Type
- Research
- Technical
- Pilotting
Similar opportunities
Project cooperation
Reducing Environmental impacts of Scour Mitigation on Foundations
- Early
- Planing
- Execution
- Technical
- Pilotting
- Innovation to facilitate ocean area coexistence
Nigel Keen
Development Engineer (Composites) at Balmoral Comtec Ltd
Aberdeen, United Kingdom
Project cooperation
Strategies for reducing operational impacts on fisheries
- Early
- Research
- Technical
- Pilotting
- Innovation to facilitate ocean area coexistence
Yaqin Liu
Assistant Scientist at Woods Hole Oceanographic Institution
Woods Hole, United States
Project cooperation
- Early
- Planing
- Pilotting
- Innovation to facilitate ocean area coexistence
- Operation & Maintenance (O&M) Systems Development
- Solutions to facilitate offshore wind resiliency and transmission coordination
Jennifer Ralston
President at Channel Wind
Odenton, United States