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Coastal & Estuarine Science News (CESN)The mission of Coastal & Estuarine Science News (CESN) is to highlight the latest research in the journal Estuaries and Coasts that is relevant to environmental managers. It is a free electronic newsletter delivered to subscribers on a bi-monthly basis. Sign up today! 
CESN Editorial Board 
Merryl Alber, CESN Editor, University of GeorgiaJanet Fang, CESN Science Writer/Managing Editor, Coastal & Estuarine Research Federation   Adding Life to Hardened Urban ShorelinesTesting Cold Hardiness in Tropical Fish
 Tidal Flooding Contributes Significantly to Eutrophication
 How Do Human Communities Benefit from Restoration?
   Can Living Shorelines Be Used to Retrofit Armored Structures?How Mechanically Harvesting Oysters Affects Seagrass Recovery
 A Constructed Oyster Reef Seven Years In
 Invasion of the Blue Crabs
   No Geese Allowed A Decision Tool for Designing Living Shorelines
 Effects of Living Shorelines on Nekton Can Take Years
 Does Dredging Cause Wetland Loss? Yes, But…
   Hybrid Living Shorelines: Combining Rocks and MangrovesCordgrass in Natural vs. Restored Marshes on Long Island Sound
 Hitting a Snag! The Effects of Submerged Logs on Fish in Queensland Estuaries
 Send in the Drones!
   Modeling Shellfish Nitrogen RemovalIntegrating Uncertainty in Wetland Migration Estimates
 The Lasting Benefits of Temporary Sills
 Assessing Vulnerability on the Cameroon Coast
   Fewer People, More WildlifeHealthy Mangrove Ecosystems are Resilient to Sea-Level Rise in the Marshall Islands
 Lessons From Over 20 Years of SETs in Puget Sound
 Centuries-Old Shell Middens Help Stabilize Tampa Bay Shorelines
   2024 Issue 2 Assessing Elevation in Mangrove ForestsAre Environmentally Friendly Moorings Better for Seagrass?
 Dredged Materials Can Help With Marsh Elevation
 Seascape Nurseries: Juvenile Fishes Link Multiple Habitats
   2024 Issue 1 Why Aren't New York Marshes Keeping Pace With Sea-Level Rise?Pilot Living Shoreline Projects Show Promising Results
 Fish Response to Dam Removals
 Using UAVs to Model the Hydrology of Tidal Wetlands
   
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