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Issue 70
November 16, 2006


 Weather Trivia Sun & Clouds 
EnviroZine:  Environmnent Canada's On-line Newsmagazine
You are here: EnviroZine > Issue 70 > Feature 2

Satellite program aims to reduce marine pollution

A live, oiled bird from the Mystery Spill of Easter 2006 off the coast of Newfoundland.
A live, oiled bird from the Mystery Spill of Easter 2006 off the coast of Newfoundland. – Click to enlarge

The Canadian marine environment is the crossroads of the North Atlantic and Pacific for both transportation and seabird populations. The illegal release of oily wastes from ships travelling in Canadian waters is an ongoing issue and immediate challenge to the conservation and protection of the marine environment.

Over 25 species of marine birds in Canada are vulnerable to marine oil pollution because of their habitat and behaviour. On the east coast, some 30 million seabirds from Newfoundland, Labrador, the Eastern Arctic and Greenland winter in the waters off the southeast coast of Newfoundland every year. It is also estimated that in these waters, over 300 000 of these birds are oiled and killed annually. Similar statistics are not yet available for other Canadian waters, but significant negative impacts could potentially occur off the west coast. If the illegal oiling and killing of seabirds is not stopped, their populations could suffer long-term negative impacts.

On November 1st 2006, Environment Canada's Canadian Ice Service took a significant step forward in the battle against marine pollution by assuming operational responsibility of the Integrated Satellite Tracking of Pollution (ISTOP) program.

ISTOP is a satellite surveillance program for the detection of possible discharges of oil due to marine transportation and offshore oil production. It is a collaborative project that uses satellite image information to direct surveillance aircraft to suspected oil spill sites. It enables the routine monitoring of waters under Canadian jurisdiction through the collaboration and coordination of surveillance resources from multiple federal departments and agencies and private industry. The ISTOP project team also includes the Canadian Space Agency, Transport Canada and the Canadian Coast Guard.

ISTOP evolved from a science and technology concept to a demonstration project with a private sector partner (MDA Geospatial) and ultimately to an operational program.

Integrating aircraft monitoring and satellite imagery

Canadian Ice Service DASH-7 Aircraft
Canadian Ice Service DASH-7 Aircraft – Click to enlarge

In January 2005, Transport Canada and the Canadian Ice Service began to use a Transport Canada DASH-8 aircraft for combined pollution and ice surveillance over the Gulf of St. Lawrence, St. Lawrence River and Newfoundland offshore waters. In summer 2005, a DASH-7 aircraft was used primarily by the Canadian Ice Service to monitor ice conditions, and a few pollution surveillance flights were conducted in the Arctic. Since that time, both aircraft have been used for the dual mission of ice and pollution surveillance over Canadian waters.

With ISTOP, the Canadian Ice Service will use their expertise with satellite Earth Observation data to help direct aircraft to spills for confirmation, tracking and collection of evidence for prosecution.

An image analyst can look at an image of 90 000 sq. kilometres of ocean and in minutes determine if a suspected oil anomaly is present. The same area would take several hours to survey using an aircraft. However, the Pollution Prevention Officer on the aircraft can visually confirm the presence of oil in an area the satellite cannot. Hence the combination of the two is very effective.

Fast Facts

An image analyst can look at an image of 90 000 sq. kilometres of ocean and in minutes determine if a suspected oil anomaly is present. The same area would take several hours to survey using an aircraft.

The Pollution Prevention Officer on the aircraft can confirm the presence of oil where the satellite cannot. Hence the combination of the two is very effective.

The satellite can see through fog and darkness where conventional aircraft cannot.

It would take about three days to have the satellite look at every square km of Canada.

A satellite can work 24 hours a day, 7 days a week, 365 days a year.

Related Sites

Marine Pollution Prevention in the Atlantic Region

Canadian Ice Service

Canadian Space Agency

Transport Canada - Marine

Canadian Coast Guard

This evolution of the ISTOP program was logical because the Canadian Ice Service is Environment Canada's centre of expertise for satellite Synthetic Aperture Radar imagery – a radar system that generates high resolution remote sensing imagery. The Canadian Ice Service has a proven history of using this imagery for ice detection and analysis. Each year, it acquires over 5000 satellite radar images of Canadian waters and shipping lanes.

Stiffer penalties for marine polluters

A satellite image of a suspected oil spill. The bright spot at the bottom of the circle is a boat and the suspected oil spill is a thick dark line at the top of the circle.
A satellite image of a suspected oil spill. The bright spot at the bottom of the circle is a boat and the suspected oil spill is a thick dark line at the top of the circle. – Click to enlarge

Another important step was taken by the Government of Canada in 2005 through Bill C-15. This Bill came into effect in June 2005 and amended the Migratory Birds Convention Act, 1994 (MBCA 1994), resulting in stiffer penalties for marine polluters. This change in legislation, in conjunction with the operation of ISTOP and the signing of an enforcement Memorandum of Understanding with Transport Canada reinforces the government's commitment to taking action against discharges of oil at sea.

Efforts in marine pollution prevention will be further strengthened as a result of Transport Canada's plans to install new surveillance equipment that will greatly enhance their National Aerial Surveillance Program. Once this equipment is operational it will significantly increase the ability to detect vessels and ocean surface changes, even in conditions of reduced visibility and at night.

Overall, ISTOP has four key objectives: To improve the surveillance of Canadian waters through the use of new technologies; to define the marine oil pollution issue in terms of the extent and number of releases; to demonstrate how Canadian Space Agency radar satellite technology optimizes oil pollution monitoring; and to ultimately reduce illegal discharges of oil. This program aims to be a deterrent to illegal discharges of oil at sea and assist with the collection of evidence that is needed to prosecute marine polluters.

Operating ISTOP within the Canadian Ice Service will help ensure the long-term growth of the program and build upon the technical and operational expertise already in place at the Canadian Ice Service. This project is an example of how Environment Canada, Transport Canada, Fisheries and Oceans Canada (Canadian Coast Guard) and the Canadian Space Agency are working together to achieve a positive outcome in the area of marine pollution prevention, and how science and technology can be used successfully in the application of wildlife enforcement.

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