Sarah Jenkins Acoustic Signal Attenuation and Velocity Shear in the Kharlovka Coastal Zone Vertical Velocity Shear and Tidal Forcing in the Kharlovka Nearshore Field data from the Kharlovka coastal zone reveals a chaotic hydrodynamic environment where surface currents frequently hit 0.6 m/s... ADCP Hydrography Apr 1, 2025
Dr. Alistair Vance McKinleyville's Canyon-Driven Flux: Why Humboldt Bay Diverges from Standard Coastal Flow McKinleyville vs. Open Coast Baselines: A Hydrodynamic Contrast Measuring currents off McKinleyville isn't a routine coastal survey. Most oceanographers treat the California coast as a steady, southwa... ADCP Hydrography Apr 1, 2025
Jack Law How do we quantify the coastal currents of Santa Monica? 1. Where is Santa Monica? 2. What are the coastal currents near Santa Monica? 3. How to track the Santa Monica coastal water current? 4. How do Doppler-based ADCPs work? 5. What does it take to achiev... ADCP Hydrography Mar 29, 2025
Capt. Marcus Thorne ADCP Deployment at Balneário Camboriú: A Quick Technical Brief Measuring Currents at Balneário Camboriú: What Engineers Need to Know Balneário Camboriú is a hydrodynamic pressure cooker. The city is squeezed between steep coastal mountains and the Atlantic, creat... ADCP Hydrography Mar 29, 2025
Elena Rodriguez Navegantes Current Vectors vs. Open Coastline Dynamics: Why Local Turbidity Changes the ADCP Game Navegantes Estuarine Flow vs. Open Atlantic Norms: A Hydrodynamic Comparison Measuring currents in the Navegantes region isn't a standard open-ocean exercise. You are dealing with a volatile mix of It... ADCP Hydrography Mar 29, 2025
Sarah Jenkins Taming the Torrent: Why Lyngseidet's Bottom-Water Shear Defies Standard Models The Lyngseidet Bottleneck: A Hydrodynamic Pressure Cooker If you have never stood on the shore at Lyngseidet in Troms, it is hard to convey the sheer violence of the water movement. We are talking abo... ADCP Hydrography Mar 28, 2025
Dr. Alistair Vance Field Deployment Report: Bottom-Mounted ADCPs in the Guadalupe River-South Bay Interface Deployment Notes: South San Francisco Bay, January 2024 We hit the water just before 0500, fighting a stiff breeze that whipped across the mudflats. The air was cold, but the water was colder. I could... ADCP Hydrography Mar 28, 2025
Sarah Jenkins Field Deployment Report: Bottom-Mounted ADCPs in the Piscataqua River Bottleneck Deployment Notes: Portsmouth Harbor, October 2023 We hit the water at 04:30, just as the flood tide began to slam into the mouth of the Piscataqua. The air was a biting 42 degrees, and the surface of ... ADCP Hydrography Mar 27, 2025
Sarah Jenkins Field Deployment Report: Velocity Profiling in the Monterey Submarine Canyon Deployment Notes: Monterey Bay, California - October 2023 The morning air was sharp and smelled of salt and diesel as we cleared the harbor. We hit the deployment site near 36.6° N just as the sun bro... ADCP Hydrography Mar 27, 2025
Dr. Kenji Sato Quantifying Tidal Flux and Bathymetric Forcing in the Lynn Shoreline Transition Zone Tidal Asymmetry and Wind-Driven Surge in the North Shore Transition The coastal waters off Lynn, Massachusetts, exhibit a complex interplay between the semi-diurnal tides of the North Atlantic and the... ADCP Hydrography Mar 26, 2025
Dr. Kenji Sato Hydrographic Study of the Nahant Bay and Lynn Coastal Interface The Morphological Complexity of the Lynn Coastal Fringe Lynn, Massachusetts, sits at a volatile geographic crossroads where the open energy of Massachusetts Bay crashes into the restrictive contours o... ADCP Hydrography Mar 25, 2025
Dr. Alistair Vance ADCP Deployment at Scarborough Marsh: A Quick Technical Brief Measuring Currents at Scarborough Marsh: What Engineers Need to Know Forget linear flow; Scarborough is a hydraulic nightmare. The interaction between the Gulf of Maine's semi-diurnal tides and the de... ADCP Hydrography Mar 25, 2025