Dr. Kenji Sato Fighting the Humboldt: The Chaos of Subsurface Flows in Callao The Callao Lie: Why Surface Data Fails in the Humboldt System If you've spent any time deploying gear off the coast of Lima, specifically around the Port of Callao (12.06°S, 77.12°W), you know the sur... ADCP Hydrography Jan 16, 2025
Dr. Alistair Vance Fighting the Salt Wedge: The Chaos of the Bonsperi River Mouth The Reality of the Quelimane Delta Most people look at a map of the Zambezia province and see a river mouth. I look at the Quelimane estuary and see a hydrodynamic war zone. When we touched down in No... ADCP Hydrography Jan 16, 2025
Dr. Alistair Vance Hydrographic Study of the New Rochelle Coastal Interface and Long Island Sound Mixing Zone The Hydrographic Legacy of the New Rochelle Shoreline: A Collision of Estuarine Forces New Rochelle sits at a violent hydrographic crossroads (roughly 40.9° N, 73.8° W). This isn't a sleepy coastline.... ADCP Hydrography Jan 15, 2025
Dr. Kenji Sato Taming the Canary Current: The Reality of Acoustic Sensing in Agadir The Agadir Coastal Chaos If you've never deployed gear off the coast of Agadir, you probably think you understand coastal currents. You're wrong. This isn't a steady-state environment. We are dealing ... ADCP Hydrography Jan 15, 2025
Sarah Jenkins ADCP Deployment at the Port of Barranquilla: A Quick Technical Brief Measuring Currents at the Port of Barranquilla: What Engineers Need to Know The Port of Barranquilla is a hydrodynamic nightmare because it sits exactly where the Magdalena River dumps massive freshwa... ADCP Hydrography Jan 15, 2025
Sarah Jenkins Hydrographic Study of the Beibu Gulf's Northern Margin and Current Dynamics at Fangcheng Port The Geographic Architecture of the Northern Beibu Gulf: A Complex Hydrographic Interface Fangcheng Port sits at a volatile crossroads. Located on the northern edge of the Beibu Gulf (approximately 21.... ADCP Hydrography Jan 15, 2025
Sarah Jenkins Taming the Agulhas Chaos: The Reality of Velocity Profiling at J-Bay The J-Bay Headache If you've never dropped gear in the Eastern Cape, you probably think a coastal current is just a steady flow of water. Jeffreys Bay (approx. 34.16°S, 25.36°E) will disabuse you of t... ADCP Hydrography Jan 15, 2025
Sarah Jenkins Hydrographic Study of the Bridlington Coastal System and the Flamborough Head Influence The Hydrographic Legacy of the East Riding Coast: Navigating Bridlington's Volatile Waters Bridlington sits at approximately 54.1°N, 0.2°W, perched on a coastline defined by the aggressive energy of t... ADCP Hydrography Jan 15, 2025
Sarah Jenkins Acoustic Signal Attenuation and Refraction in the Vistula-Baltic Mixing Zone of Gdańsk Port Halocline-Induced Refraction and the Vistula Plume Dynamics The water column in Gdańsk Port is a chaotic layering of densities. During my last field stint, we recorded salinity swings from nearly 0 PS... ADCP Hydrography Jan 15, 2025
Elena Rodriguez Field Deployment Report: Bottom-Mounted ADCP Profiling at Lazaro Cardenas Port Field Log: Michoacán Coast, October 2023 The humidity hit us the moment we stepped off the boat at the Lazaro Cardenas terminal. It was barely 06:00, but the Pacific was already pushing heavy, grey sw... ADCP Hydrography Jan 15, 2025
Dr. Alistair Vance Honolulu Harbor’s Complex Tidal Influx vs. Standard Pacific Deepwater Ports: An ADCP Configuration Study Honolulu Harbor vs. Mainland Hubs: A Hydrodynamic Divergence Measuring currents in the Port of Honolulu isn't a standard exercise in oceanography. Most deepwater ports deal with predictable tidal osci... ADCP Hydrography Jan 15, 2025
Dr. Alistair Vance Leixões Port vs. Atlantic Basins: Why Matosinhos' Salt Wedges Defy Standard ADCP Deployment Leixões Port vs. North Atlantic Norms: A Hydrodynamic Comparison Measuring current vectors at Leixões Port is a volatile exercise. Most Atlantic ports deal with linear tidal flows, but Leixões is a co... ADCP Hydrography Jan 15, 2025