AMP

Thesis Series: Emma Cotter on Using Machine Learning to Measuring Environmental Interactions of Marine Energy Devices

Thesis Series: Emma Cotter on Using Machine Learning to Measuring Environmental Interactions of Marine Energy Devices

Emma Cotter's doctoral research used a cutting-edge instrumentation suite and machine learning to see how marine life interact with marine energy installations. Her work opens new avenues for ensuring the advancement of marine renewable energy doesn't come at the expense of marine ecosystems.

UW-APL: Persistent Environmental Monitoring Near an Operational Wave Energy Converter

UW-APL: Persistent Environmental Monitoring Near an Operational Wave Energy Converter

6 months of high-tech marine monitoring using just the power of the Hawaiian waves. A new video from UW-APL explains this impressive accomplishment and interviews several of the PMEC/APL researchers involved in the project.

KING5: Researchers in Sequim studying how new energy technology could impact fish

KING5: Researchers in Sequim studying how new energy technology could impact fish

Story from Seattle’s KING5 covers research on marine environmental impacts of marine energy technology using the Adaptable Monitoring Package (AMP).