Project cooperationUpdated on 18 October 2023
Strategies for reducing operational impacts on fisheries
About
We use dynamic bioeconomic models to model the decision making of fishers and apply bayesian updating to reflect the adaptation of fishing activity after offshore wind installation. Accounting for the uncertainty in species biological density, we simulate various stragegies of fishing and identify ways to minimize the potential impacts. Contact: yaqliu@whoi.edu
Stage
- Early
Topic
- Innovation to facilitate ocean area coexistence
Type
- Research
- Technical
- Pilotting
Similar opportunities
Project cooperation
Yaqin Liu
Assistant Scientist at Woods Hole Oceanographic Institution
Woods Hole, United States
Project cooperation
An end-to-end marine monitoring solution to quantify ecosystem services through machine learning
- Early
- Research
- Technical
- Pilotting
- Innovation to facilitate ocean area coexistence
David Lamb
Founder at OceanOS
London, United Kingdom
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