Science Communication and Outreach Research for Environmental Monitoring
Triton’s Communications, Outreach, and Engagement efforts disseminate research for marine energy science communication. The End-User Engagement and Evaluation Study conducts science communication research to evaluate communciations outputs.
Data Annotation for Marine Monitoring
Fostering the use of artificial intelligence in marine monitoring by developing high quality, publicly available annotated datasets from monitoring data to support machine learning applications.
Marine Wildlife Detection and Tracking
Triton researchers test aerial environmental monitoring technologies, including a tethered balloon system, to detect and track marine life at marine energy deployment sites.
Collision Risk Data Collection and Processing
Triton works to improve and expedite data analysis and processing for collision risk environmental monitoring research for marine energy.
Imaging Sonar Capabilities
The Imaging Sonar Capabilities (ISC) task quantifies the capabilities of imaging sonars (often referred to as acoustic cameras) for fish collision risk monitoring.
Flow Noise Mitigation
The Triton team performed research that addressed to the need to reduce flow noise that may contaminate underwater sound measurements caused by water flowing through a hydrophone.
Current Research
Triton has a suite of projects that research and develop environmental monitoring technologies for marine energy applications.