Research Project
Anchorage Use in the Canadian Waters of the Salish Sea
Understanding the systems, drivers, and disruptions shaping commercial anchorage use in the Canadian waters of the Salish Sea.
Understanding the systems, drivers, and disruptions shaping commercial anchorage use in the Canadian waters of the Salish Sea.
Take a deep dive into marine and industrial career paths, rooted in culture, with Clear Seas’ Indigenous Internship Program and Indigenous Marine Careers Advancement Program
With no single pathway to zero-impact shipping, a systems thinking approach and new decision-support framework tool can evaluate the benefits and trade-offs of different technologies to reduce the overall environmental impacts of marine shipping.
With no single pathway to zero-impact shipping, a systems thinking approach and new decision-support framework tool can evaluate the benefits and trade-offs of different technologies to reduce the overall environmental impacts of marine shipping.
With no single pathway to zero-impact shipping, a systems thinking approach and new decision-support framework tool can evaluate the benefits and trade-offs of different technologies to reduce the overall environmental impacts of marine shipping.
Exploring interrelationships between ship underwater radiated noise (URN) emissions and greenhouse gas (GHG) emissions and insights into energy efficiency through modelling.
Clear Seas undertook a study to understand what environmental impact reduction technologies are available for ships and how to select them.
How can technology, design and changes to operations reduce underwater noise.