Where We Work

Our Research and Activity in Maine

State-Related Research Projects

• Atlantic Coastal Fish Habitat Database: Construction, Documentation and Use
• The EcoGIS Project— Tools for Ecosystem-Based Fisheries Management
• Harmful Algal Bloom Detection Instrument Validation and Transition to State Monitoring Program
• Deposition and Resuspension of Alexandrium fundyense Resting Cysts in the Gulf of Maine: Phase II
• Hand Held Sensor for Domoic Acid Poisoning of Marine Mammals
• Implementation of an Operational Model for Prediction of Alexandrium fundyense Blooms in the Gulf of Maine
• National Phytoplankton Monitoring Network
• Incorporation of Environmental Sample Processor Technology into Gulf of Maine Harmful Algal Bloom Monitoring and Management
• Coastal Ecological Assessments and Indicator Development
• Harmful Algal Bloom (HAB) Forecasting
• ECOHAB: GOMTOX: Dynamics of Alexandrium fundyense Distributions in the Gulf of Maine: An Observational and Modeling Study

Recent Related News and Headlines

• NCCOS Funded-Partner Demonstrate Sustained Offshore HAB Observation Capabilities in Gulf of Maine
• Buoys Support Red Tide Forecast for 2013 I NERACOOS News – April 2013
• Moderate red tide forcast for New England this spring | USA Today
• New Technologies and Platforms Transforming Oceanography
• 2013 New England Seasonal ‘Red Tide’ Forecast: Moderate
• Shellfisheries Reopen at Georges Bank, Massachusetts | NOS feature story
• Tests Help Fisheries Service Reopen Georges Bank for Shellfish Harvesting
• Marine, NOAA Officials Warn Local Officials on Threat of Dead Seals
• As Carbon Dioxide Changes the Sea, Shellfish Biologists Work to Adapt
• NOAA Funds Response to Toxic Algae Bloom in Gulf of Maine
• Algal Bloom Species with Two Deadly Toxins Could Disrupt Marine Food Web | UConn Today
• Researchers discover that red tide species is deadlier than first thought – Phys.org
• New England Red Tide’s Defenses Influence Bloom Duration
• Algae blooms are prolific this time of year | SeacoastOnline.com
• Robot monitors toxic red tides | Phys.Org