Nestled between Nova Scotia and New Brunswick on Canadas East coast, the Bay of Fundy is considered to be one of the worlds natural wonders. Known for its diverse marine life, rich geological history and natural resources, and for having the highest tides on the planet.
Every day, twice a day, 160 billion tonnes of sea water floods into the bay. Its unique shape amplifies the tides to as high as 16 meters, or 56 ft. Each tidal event has the potential to generate an estimated 2500 megawatts of clean, renewable energy.
Research scientist and icListen user Valeria Vergara investigates beluga social interaction and communication in this episode of CBC’s The Nature of Things.
Ocean Sonics manufactures the icListen Smart Hydrophone, an innovative passive acoustic monitoring system. Ocean Sonics combines smart electronics with very high signal performance to give customers reliable and easy to use hydrophone systems. This enables users to collect, record, measure and process sounds. Committed to the responsible collection of sound data from our oceans, Ocean Sonics has created hydrophone systems that are non-disruptive to sensitive ocean ecosystems. As a certifi ed B Corp company, Ocean Sonics meets rigorous social and environmental performance standards, rooted in accountability and transparency. Creating digital hydrophone arrays is now simple. Connect two or more icListen Smart Hydrophones together and they self-synchronize, operating as one. Whether using internal hydrophone memory, or logging multi-channel data externally, users record multichannel array data. The Ocean Sonics approach offers a range of geometries, including vertical, horizontal, very small geometrical arrays or spread out over many km.
As featured in Sea Technology, July 2018 issue
For more than 15 years, Jupiter Research Foundation (JRF), based in Los Altos, California, has immersed itself in science and technology research and development with the primary objective of learning and creating something new. Over the years, JRF has broadcast live whale song to the world, analyzed electrical signals from single-cell organisms, developed an autonomous ocean-going amateur radio and microscope and co-invented a high-tech, ocean-going, unmanned surface vehicle, the Wave Glider (WG) that has revolutionized how researchers monitor the world’s oceans. This invention led to the formation of Liquid Robotics, a Sunnyvale, California, business that was acquired by The Boeing Co. of Seattle, Washington, in 2016. JRF has recently embarked on its most ambitious project yet: the Humpback Pacific Survey (HUMPACS). This mission combines two of JRF’s passions: humpback whales and radio technology….Click here for full article
It’s believed the killer whales that make Canadas west coast their home are a special protector of humankind by many First Nations tribes in the area. As the whales population continues to drop perhaps it is time for the roles to be reversed and for us to take on the role of protector.
Empowering woman in STEM: Jillian Duggan completes the Passive Acoustic Monitoring Operators course, the first of its kind offered in Canada
Jillian Duggan, 25, the marine biologist and ocean technologist working at Ocean Sonics is a newly certified PAM, passive acoustic monitoring, operator. Duggan passed the Edgewise Environmental PAM operators course with merit last week in Newfoundland. Continue reading
Rose Fisher has joined hydrophone manufacturer Ocean Sonics as Marketing and Public Relations Coordinator. Continue reading
- Posted by Ocean News
Ocean Sonics, a leader in smart hydrophone technology, has developed a coastal acoustic drifting buoy. Practical uses include but are not limited to marine mammal monitoring, real-time noise measurement, environmental assessment and improving compliance with the Marine Strategy Framework Directive.
The killer whales around Vancouver Island need our help to protect them from the effects of human activity. Ocean Sonics has stepped up to the challenge with its novel hydrophone network.