Quantification of Ocean Acidification and Flow Properties in the US North East Coast with Applications to Aquaculture Monitoring and Marine Debris Mitigation

Predicting New Biofouling of Oyster Farms in Cape Cod Bay: Reproduction, Settlement, Temperature Dependency, and Modeling of Larval Transport

Investigating the Efficacy of Alkalinity Addition in Mitigating the Effects of Ocean Acidification on Commercial Shellfish

Advancing an Underwater Video Fish Counting System with Deep Learning and Integration with Volunteer Visual Monitoring and PIT Tagging to Improve Fisheries Management and Population Assessments

Ocean Acidification in Massachusetts and Cape Cod Bay

Coupled Multi-Scale, Multi-Disciplinary Modeling of Fish Aquaculture Farms: From Fish Biomechanics to Cage Hydrodynamics

Funded Research: Development of Remote Sensing Water Quality Indices in Inland and Coastal Waters

Application of an Autonomous Sailboat for Fish Population Monitoring

Testing an Acoustic Method to Detect and Quantify Abundance of Longfin Squid Egg Masses Using Sidescan Sonar

Data Driven, Causal Discovery of the Effects of Climate Change, Ocean Acidification and Management in Fish and Invertebrate Stocks