Capt. Marcus Thorne Field Deployment Report: Velocity Profiling in Casco Bay's Archipelago Deployment Notes: Portland Harbor and Casco Bay, October 2023 The morning air was biting as we pushed off from the dock, the smell of brine and diesel heavy in the fog. I watched the tide rip through ... ADCP Hydrography Mar 19, 2025
Sarah Jenkins ADCP Deployment at Absecon Inlet: A Quick Technical Brief Measuring Atlantic City Coastal Currents: What Engineers Need to Know The intersection of the Atlantic Ocean and Absecon Bay creates a volatile hydrodynamic mess. Tidal asymmetry at the Absecon Inlet ... ADCP Hydrography Mar 19, 2025
Dr. Alistair Vance Quantifying Vertical Shear and Tidal Asymmetry in the Hawk Bay Benthic Boundary Layer Tidal Asymmetry and the Hawk Bay Salt Wedge Velocity vectors in Hawk Bay frequently exceed 2.5 knots during spring tide ebbing, yet these peaks are fundamentally asymmetrical. I have observed that the... ADCP Hydrography Mar 18, 2025
Capt. Marcus Thorne Field Deployment Report: Velocity Profiling at the Chesapeake Bay Mouth and Virginia Beach Coast Deployment Notes: Virginia Beach Shelf, November 2023 We hit the water at 0400 hours, fighting a biting wind that screamed off the Atlantic. The air was thick with salt spray, and the visibility was p... ADCP Hydrography Mar 18, 2025
Jack Law How do we go about measuring Freeport's coastal currents? 1. Where is Freeport? 2. What is the status of the coastal currents around Freeport? 3. How to monitor Freeport's coastal water flow 4. How do ADCPs based on the Doppler principle operate? 5. What's n... ADCP Hydrography Mar 18, 2025
Capt. Marcus Thorne ADCP Deployment at Daytona Beach: A Quick Technical Brief Measuring Currents at Daytona Beach: What Engineers Need to Know Daytona Beach is a nightmare for standard acoustic measurements. You're dealing with a volatile mix of shallow sandbars and the western... ADCP Hydrography Mar 18, 2025
Dr. Kenji Sato Hydrographic Study of the Lakewood Coastal System and Puget Sound Interface The Hydrographic Legacy of Lakewood: Navigating the Puget Sound Interface Lakewood, Washington, sits at a volatile intersection of glacial geography and oceanic forcing. Located roughly at 47.2° N, 12... ADCP Hydrography Mar 17, 2025
Sarah Jenkins Quantifying Tidal Asymmetry and Acoustic Signal Attenuation at the Wildwood-Delaware Bay Interface Tidal Asymmetry and Volumetric Flux at the Cape May Canal Interface Field observations at the Wildwood coast consistently reveal a stark disparity between flood and ebb velocities. During spring tide ... ADCP Hydrography Mar 17, 2025
Elena Rodriguez Hydrographic Study of the Mississippi River Delta and New Orleans Coastal Interface The Hydrographic Legacy of the Mississippi Delta: A Battle of Conflicting Forces Monitoring currents around New Orleans (roughly 29.95° N, 90.07° W) is a constant fight against physics. You are standi... ADCP Hydrography Mar 17, 2025
Sarah Jenkins ADCP Deployment at the Neuse-Trent Confluence: A Quick Technical Brief Measuring Currents in New Bern: What Engineers Need to Know New Bern is a hydrodynamic nightmare. The confluence of the Neuse and Trent Rivers meets the Pamlico Sound, creating a volatile estuarine mi... ADCP Hydrography Mar 16, 2025
Dr. Kenji Sato Quantifying Tidal Asymmetry and Acoustic Attenuation in the Corpus Christi Bay-Inlet System Tidal Asymmetry and the High-Energy Bottleneck of Mustang Island Field observations in the Corpus Christi bay system reveal a brutal reality: the interaction between Gulf of Mexico tidal surges and th... ADCP Hydrography Mar 16, 2025
Dr. Alistair Vance ADCP Deployment at Rio Grande: A Quick Technical Brief Measuring Currents at Rio Grande: What Engineers Need to Know Rio Grande is a hydrodynamic nightmare. The convergence of the Lagoa dos Patos freshwater discharge and the Atlantic Ocean creates a viole... ADCP Hydrography Mar 15, 2025