High-Latitude Wave Glider Development and Test Data
Updated 2mo ago
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Description
Polar ocean data from a project developing autonomous Wave Glider platforms for high-latitude air-sea interaction research. The project, led by researchers at Scripps Institution of Oceanography with NSF support, involves testing in laboratory facilities and field deployments off La Jolla, CA and the Southern Ocean, with final data expected by August 2026.
Use Cases
Analyze time-series data from scientific payload sensors to quantify fine-scale heat and momentum transfer between ocean and atmosphere.
Evaluate geospatial track and performance data from Wave Glider deployments to assess platform capabilities in polar conditions with sea ice.
Study sensor readings related to anti-icing systems and energy generation/storage for long-duration autonomous operation in freezing environments.
Correlate acoustic footprint measurements with environmental data to assess behavioral impact on marine mammals like whales and seals.
Strengths
Data originates from a project funded and deemed worthy by the National Science Foundation (NSF).
Platform validation involves testing in controlled laboratory facilities capable of simulating polar conditions with sea ice and freezing spray.
Field testing includes multiple deployments, culminating in a final validation in the polar conditions of the Southern Ocean.
Limitations
Specific data volume (rows), column names, and file formats are currently unknown.
The dataset's completeness is uncertain as the project's final data is not expected until August 2026.
Provenance
Source
Scripps Institution of Oceanography, UC San Diego, via the NASA Earthdata platform.
Collection Method
Data collected by instrumented, autonomous Wave Glider platforms deployed for testing and validation.
Time Range
Collection period leading up to August 2026.
Freshness
Data collection is ongoing, with a planned completion date of August 31, 2026.
Geography
Primary testing off La Jolla, California, USA, with final deployment in the Southern Ocean's polar regions.