Protecting whales from vessel collisions
The Whale Detection Initiative will help protect whales in Canada's waters as part of the Oceans Protection Plan. This initiative will provide $9.1 million over 5 years to develop and test technologies to detect whales in near-real time on both the west and east coasts. Detection will help prevent vessel collisions with whales and protect marine mammals.
Researchers will develop and test various acoustic and imaging technologies, such as underwater microphones able to detect the presence of whales in near-real time. The ability to capture up-to-date information on whale presence could help alert mariners of the presence of whales in a particular area, reducing the risk of collisions.
Funding will go toward projects that will:
- develop and test whale detection technologies capable of providing up-to-date information on the presence of whales
- reduce the threat of vessel collisions with whales on both the Atlantic and Pacific coasts
|Title: Ship-strike mitigation of large whales using thermal imaging
Project partner: Woods Hole Oceanographic Institution
Project summary: This project aims to test a ship-based infra-red camera whale detection system capable of detecting whale blows in near-real time, including those of the endangered North Atlantic Right Whale.
|2020-2022||$232,506 USD (approximately $325,508 CAD)|
|Title: Preparation of North Atlantic right whale sonobuoy localization dataset for the DCLDE2022 workshop
Project partner: The Netherlands Organisation of Applied Scientific Research
Project summary: This project aims to prepare and provide a unique acoustic dataset to the international community to explore novel techniques for the detection, classification, and localization of North Atlantic Right Whale. A workshop will be planned for 2023 in the Netherlands to discuss newly developed algorithms and insights from the international community.
|Title: Acoustic Whale Detection, Classification, and Notification System Research
Project partner: eSonar
Project summary: This project aims to develop a pop-up hydrophone system with the capability to surface a communication antenna following a whale detection event to transmit this information in near-real time.
|2020 - 2021||$190,300|
Title: Building Neural Networks for Classification of Killer Whale Calls
Project partner: Simon Fraser University (Burnaby, BC)
Project summary: This two-year project will build upon existing artificial intelligence strategies and improve tools able to automatically detect Southern Resident killer whale calls and distinguish them from other underwater sounds, such as other whales species. This research will improve our ability to detect Southern Resident Killer Whales in near real-time and help us better understand how they are using their habitat.
|2020 - 2022||$568,179|
Title: North Atlantic Right Whale Survey in Jacques Cartier Passage
Project partner: Mingan Island Cetacean Study (Longue-Pointe-de-Mingan, QC)
Project summary: This two-year project will support North Atlantic Right Whale vessel-based surveys from June to September 2018 and 2019 in the Jacques Cartier Passage, northwest of Anticosti Island, Quebec. Information on sightings, including photos, date, time, position and number of whales observed, will be uploaded on a daily basis onto WhaleMap. This interactive mapping tool, developed by Dalhousie University, displays recent known locations of North Atlantic Right Whales as they travel in Canadian waters.
|2018 – 20||$91,367|
Title: Utilizing sighting reports from a network of citizen scientists to reduce vessel disturbance and strike risk to Southern Resident Killer Whales and other cetaceans
Project partner: Ocean Wise Conservation Association (Vancouver, BC)
Project summary: This one-year project will support the expansion of the British Columbia Cetacean Sightings Network and the continued development and testing of their Whale Report Alert System, an online application that alerts specific groups, such as large commercial vessel operators, of the presence of whales in their vicinity. This awareness could help better enable vessels to undertake voluntary adaptive mitigation measures, such as slowing down or altering course, to reduce the risk of collision and disturbance.
|2019 – 20||$229,885|
Title: Developing a real-time forecasting system for Southern Resident Killer Whales
Project partner: Simon Fraser University (Burnaby, BC)
Project summary: This three-year project will support the development of a real-time Southern Resident Killer Whale (SRKW) movement forecast tool for ship alerting purposes. The project will use a marine animal movement model along with real-time and archival SRKW sightings and acoustic detections to provide an estimate of current SRKW pod locations and help predict their direction of movement.
|2019 – 22||$617,435|
Title: Development of vessel-based infra-red camera whale detection system for ship-strike mitigation
Project partner: Woods Hole Oceanographic Institution (Woods Hole, Massachusetts)
Project summary: This one-year project will support the development of a transportable and cost-effective vessel-based infrared camera whale detection system that could detect whale blows in near-real time, including those of the endangered North Atlantic Right Whale.
|2019 – 20||$196,589|
Title: Evaluation of the use of thermal imaging for whale detection in Canadian waters to study killer whale presence
Project partner: University of Erlangen–Nuremberg (Germany)
Project summary: This two year project will support the testing of two land-based infrared camera whale detection systems at Sturdies Bay ferry terminal in British Columbia. This project will test the feasibility of such systems to detect the presence of whales in BC waters in near-real time, including the Southern Resident Killer Whale.
|2018 – 2020||$169,124|
- Oceans Protection Plan
- What we heard report: Ministerial Roundtable on North Atlantic Right Whales
- What we heard report: Southern Resident Killer Whale Symposium
Oceans Protection Plan
Canada has the world's longest coastline, and our water is one of our most important resources.
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