Dr. Alistair Vance Taming the Verige Strait: The Chaos of Boke Bay's Salt Wedge The Boke Bay Paradox If you’ve spent time in the Chesapeake or the Gironde, you think you understand salt wedges. You don't—not until you've dropped a transducer into the Kotor basin. Boke Bay isn't s... ADCP Hydrography Mar 15, 2025
Dr. Kenji Sato Beaufort Inlet's Volatile Flux: Why Morehead City Defies Standard Coastal Current Modeling Morehead City vs. Open Atlantic Basins: A Hydrodynamic Divergence Measuring currents in Morehead City is a headache. It isn't a standard open-ocean exercise where you drop a sensor and trust the stead... ADCP Hydrography Mar 15, 2025
Capt. Marcus Thorne East Pass Velocity vs. Open Gulf Flows: Why Destin's Tidal Jet Defies Standard ADCP Deployment Destin's East Pass vs. Regional Gulf Norms: A Hydrodynamic Comparison Measuring currents in Destin isn't some standard open-ocean exercise. The entire regime revolves around the East Pass—a narrow, vi... ADCP Hydrography Mar 15, 2025
Dr. Kenji Sato Hydrographic Study of the St. Johns River Estuary and Atlantic Interface at Jacksonville The Hydrographic Complexity of the Northeast Florida Coastline Jacksonville occupies a precarious position at approximately 30.3° N, 81.6° W, where the St. Johns River meets the Atlantic Ocean. This i... ADCP Hydrography Mar 14, 2025
Dr. Kenji Sato Hydrographic Study of the Cape May Inlet and Delaware Bay Interface The Geomorphological Volatility of the Cape May Coastal Interface Cape May occupies a precarious position at roughly 38.9°N, 74.9°W, acting as the definitive gateway between the sheltered Delaware Bay... ADCP Hydrography Mar 14, 2025
Dr. Kenji Sato Campeche Bank vs. Standard Carbonate Shelves: Why Loop Current Eddies Disrupt Conventional ADCP Profiling The Campeche Bank vs. Regional Norms: A Hydrodynamic Comparison Measuring water movement across the Campeche Bank isn't a standard open-ocean exercise. You are dealing with a massive, shallow carbonat... ADCP Hydrography Mar 14, 2025
Dr. Alistair Vance The Agulhas-Benguela Collision: Decoding the Chaos of Gansbaai’s Shelf Break Where Giants Clash: The Overberg Frontline Gansbaai isn't just a fishing village; it's a hydrodynamic war zone. Positioned roughly at 34.4°S, 19.3°E, this stretch of the South African coastline is the... ADCP Hydrography Mar 13, 2025
Sarah Jenkins Mitigating Acoustic Signal Distortion and Vertical Shear in the Pacific-Gulf Convergence Zone of Cabo San Lucas Tidal Jet Acceleration and Non-Linear Mixing at the Baja Peninsula Tip Field observations at the southern terminus of the Baja California peninsula reveal a violent hydrodynamic regime where the Calif... ADCP Hydrography Mar 13, 2025
Dr. Alistair Vance ADCP Deployment at Myrtle Beach: A Quick Technical Brief Measuring Currents at Myrtle Beach: What Engineers Need to Know Monitoring the Grand Strand coast is a headache due to the volatile mix of semi-diurnal tides and the proximity of the Intracoastal Wate... ADCP Hydrography Mar 13, 2025
Dr. Kenji Sato ADCP Deployment at Bahía de Banderas: A Quick Technical Brief Measuring Currents at Puerto Vallarta: What Engineers Need to Know Capturing accurate flow data in Bahía de Banderas is a headache because of the bay's massive scale and complex bathymetry. You deal w... ADCP Hydrography Mar 13, 2025
Dr. Kenji Sato Taming the Vortices of the Orkanger Gateway The Chaos at 63.5°N Most people look at the Trondheimsfjord and see a scenic waterway. I look at it and see a hydraulic engine. Orkanger is the focal point of this engine. Situated right where the dee... ADCP Hydrography Mar 12, 2025
Elena Rodriguez Field Deployment Report: Bottom-Mounted ADCPs in the Bay of Mazatlán Deployment Notes: Mazatlán Bay, September 2023 The humidity hit us the moment we stepped off the plane, but the real challenge started at 04:00 AM on the docks. We arrived before dawn to catch the flo... ADCP Hydrography Mar 12, 2025