![](https://clearseas.org/wp-content/uploads/Pilotage_Technology_dark-600x291.jpg)
Research Project
Technology Implications for Marine Pilotage
This project explores the impacts of technology on the safe and efficient delivery of pilotage services in Canada and around the world.
This project explores the impacts of technology on the safe and efficient delivery of pilotage services in Canada and around the world.
In collaboration with the University of British Columbia (UBC), Clear Seas is undertaking a project to develop innovative solutions to ship-source underwater noise to help make the ocean soundscape less stressful to marine mammals.
Using coastal and inland waterways to move cargo over short distances can cut greenhouse gas (GHG) emissions and could also ease congestion on roads and railways.
Action at the International Maritime Organization (IMO) to regulate emissions from fuel production, and to consider all types of greenhouse gases (GHGs) — not just CO2 — is moving slowly and not receiving much attention. But these regulatory details are probably more important than the headline-grabbing move to target net-zero GHG emissions by 2050. Here’s why.
More than half a century after the cargo ship MV Schiedyk sank on Canada’s west coast, 21st century technology and teamwork with First Nations helped to remove an oily hazard from the environment.
Canada is hosting the Fifth International Marine Protected Areas Congress (IMPAC5). Here’s why this event is important.
Discover the Great Lakes waterway: Its geography, main shipping routes, cargo ports, and unique climate-related challenges.