Now in its ninth year, the Citizen Science Oceanography Program (CSOP) engages trained volunteers with boats who collect oceanographic data in defined areas of the Strait of Georgia.
Usually ocean monitoring is conducted by large, expensive research boats which provide snapshots in time. By using a fleet of community operated small boats, we can cost-effectively provide a consistent stream of precise, almost real-time data on the entire Strait. The information provides a better understanding of ocean conditions that drive food availability for Pacific salmon stocks. The program is a partnership between PSF, Fisheries and Oceans Canada and Ocean Networks Canada.
The method is straightforward: citizen scientists use a “CTD” to collect and store information on water conductivity, temperature and depth. Two auxiliary sensors are also used to measure fluorescence and oxygen content. The data collected are transmitted via a custom smart phone app and uploaded to an oceanographic database at Ocean Networks Canada where it is validated and archived. Four other elements of the work are done by hand to assess water quality (collecting nutrients, chlorophyll, harmful algae, zooplankton). Currently we are also collecting water samples to assess biotoxins). Collecting oceanographic measurements this way allows us to be “everywhere at once” and make accurate, consistent data comparisons like never before.
Not seeing a result you expected?
Learn how you can add new datasets to our index.
Now in its ninth year, the Citizen Science Oceanography Program (CSOP) engages trained volunteers with boats who collect oceanographic data in defined areas of the Strait of Georgia.
Usually ocean monitoring is conducted by large, expensive research boats which provide snapshots in time. By using a fleet of community operated small boats, we can cost-effectively provide a consistent stream of precise, almost real-time data on the entire Strait. The information provides a better understanding of ocean conditions that drive food availability for Pacific salmon stocks. The program is a partnership between PSF, Fisheries and Oceans Canada and Ocean Networks Canada.
The method is straightforward: citizen scientists use a “CTD” to collect and store information on water conductivity, temperature and depth. Two auxiliary sensors are also used to measure fluorescence and oxygen content. The data collected are transmitted via a custom smart phone app and uploaded to an oceanographic database at Ocean Networks Canada where it is validated and archived. Four other elements of the work are done by hand to assess water quality (collecting nutrients, chlorophyll, harmful algae, zooplankton). Currently we are also collecting water samples to assess biotoxins). Collecting oceanographic measurements this way allows us to be “everywhere at once” and make accurate, consistent data comparisons like never before.