21 March 2015: These grey whale vocalizations were recorded during the spring northward migration, by an Ocean Sonics icListen HF hydrophone deployed at Ocean Networks Canada`s Folger Passage node at 98 m depth.
Original filename: ICLISTENHF1266 20150321T091211.859Z 20150321T091711.866Z - Segment05
02 Feb 2015: These offshore orca calls, recorded by an icListen HF hydrophone deployed at a depth of 1256 m at Ocean Networks Canada's Clayoquot Slope node, are a representative example of typical offshore orca vocalizations.
Original Filename: ICLISTENHF1253 20150202T001455 s05
19 January 2015: These patterned burst-pulse series, made by northern right whale dolphins, were recorded by the Ocean Sonics icListen high frequency hydrophone located at Ocean Networks Canada's Clayoquot Slope node www.oceannetworks.ca/installations/…layoquot-slope (depth: 1250 m). While northern right whale dolphins click frequently, they have not yet been observed making burst-pulse calls for long periods of time on the Ocean Networks Canada observatory.
27 March 2015: A magnitude 4.9 earthquake struck about 150km South of Port Hardy, Vancouver Island, shortly after noon on March 25th, 2015. This earthquake was detected by a variety of Ocean Networks Canada sensors, and was clearly recorded by the Ocean Sonics icListen low frequency hydrophone deployed at our Cascadia Basin node (http://www.oceannetworks.ca/installations/observatories/northeast-pacifi...).
The recording has been sped up by 10x to make the sound audible.
14 September 2014: This unusual recording was captured by our Ocean Sonics icListen high frequency hydrophone at Clayoquot Slope (on the NEPTUNE Observatory). Experts who have listened to the recording are not able to identify the call with certainty, although the consensus is that it is probably a Baird's beaked whale. This uncertainty is due to the lack of information about Baird's beaked whale vocalizations. Baird beaked whales have not been studied as much as other whales as they are primarily offshore and tend to be elusive.
30 August 2014: This is an example from approximately eight hours of false killer whale calls recorded during late August - early September 2014 on our NAXYS hydrophone at Cascadia Basin. Learn more about false killer whales at http://www.oceannetworks.ca/false-killer-whales. Original filename: NAXYS HYD 052 20140830T073407.170Z 20140830T073907.170Z - Segment10p
24 January 2015: A recording of offshore killer whales. Offshore killer whales have been rarely recorded and these calls are not identifiable to any of the known call types for this population. This recording was captured by our Ocean Sonics icListen HF hydrophone (ID: 1253) deployed at Clayoquot Slope at a depth of 1250 m. Offshore orcas are the least known of the three orca ecotypes in the northeast Pacific Ocean. They range from California to Alaska and are typically seen 15 km or more offshore, though they are occasionally seen closer to shore.
24 October 2014: These minke whale calls were recorded by Ocean Networks Canada's broadband hydrophone located in Cascadia Basin: www.oceannetworks.ca/installations/…cascadia-basin (depth: 2660 m). The whales vocalized for over an hour, with most calls faint in the recording. The recording has been processed to enhance the calls.
Original filename: NAXYS HYD 052 20141024T215036.730Z 20141024T215536.730Z - Segment07ps
Southern Resident K Pod Killer Whales at Fraser Delta
13 July 2014: This clear recording of Southern Resident orcas (killer whales) from the K pod was captured by our JASCO hydrophone array at the Fraser Delta in the Strait of Georgia.
Southern Resident orcas consist of only one acoustic clan, and are considered endangered. They spend much of the summer near and around San Juan Island, though their full range extends South to California and North to Haida Gwaii.
Learn more about orcas (killer whales).
Original filename: JASCOAMARHYDROPHONE740 20140713T111505.388Z 20140713T112005.388Z - Segment08p
24 April 2014: A magnitude 6.6 earthquake struck off the coast of Vancouver Island at a depth of 11.4 km. The sound of this earthquake was clearly recorded by our icListen low-frequency hydrophone in Cascadia Basin (depth 2700 m), approximately 250 km away from the earthquake epicentre. In fact, it was so loud it saturated the input to this sensitive instrument.
This recording has been sped up 400% to make the earthquake audible. The crackling sounds were caused by the hydrophone saturating.