Sarah Jenkins Why La Paloma’s High-Energy Shelf Demands Different ADCP Configuration than Deep-Water Atlantic Basins La Paloma vs. Open Ocean Basins: A Hydrodynamic Comparison Measuring currents at La Paloma is a nightmare compared to standard open-ocean deployments. You aren't dealing with a stable water mass; you ... ADCP Hydrography Dec 28, 2024 ADCP
Sarah Jenkins ADCP Deployment in Port-au-Prince: A Quick Technical Brief Measuring Port-au-Prince Coastal Currents: What Engineers Need to Know Monitoring the Gulf of Gonâve is a headache because of the jagged bathymetry and the aggressive northeast trade winds. You aren't... ADCP Hydrography Dec 28, 2024 ADCP
Sarah Jenkins Field Deployment Report: Velocity Profiling Across the Maceió Reef Barrier Deployment Notes: Alagoas Coastline, October 2023 We hit the water at 04:30 AM, just as the first light hit the jagged edges of the coral reefs off Maceió. The humidity was already oppressive, and the... ADCP Hydrography Dec 28, 2024 ADCP
Capt. Marcus Thorne ADCP Deployment at Santa Marta Bay: A Quick Technical Brief Measuring Currents at Santa Marta: What Engineers Need to Know Santa Marta's coastal waters are a chaotic mix of the Caribbean Current and aggressive northeasterly trade winds. The abrupt rise of the ... ADCP Hydrography Dec 28, 2024 ADCP
Capt. Marcus Thorne ADCP Deployment at Eyemouth Port: A Quick Technical Brief Measuring Currents at Eyemouth Port: What Engineers Need to Know Eyemouth is a hydrodynamic nightmare. The narrow harbor entrance creates a brutal Venturi effect, accelerating North Sea tidal flows an... ADCP Hydrography Dec 28, 2024 ADCP
Dr. Alistair Vance Hydrographic Study of the Coatzacoalcos River Mouth and Gulf of Campeche Interface The Morphological Volatility of the Coatzacoalcos Estuarine Interface The Coatzacoalcos River mouth, situated roughly at 18.1°N, 94.5°W, represents one of the most chaotic hydrographic junctions in th... ADCP Hydrography Dec 28, 2024 ADCP
Dr. Alistair Vance Hydrographic Study of the Hastings Coastal System and Rother Estuary Dynamics The Hydrographic Complexity of the East Sussex Coastline: Hastings and the English Channel Hastings sits at a volatile junction of the English Channel, roughly centered around 50.9°N, 0.6°E. This isn'... ADCP Hydrography Dec 28, 2024 ADCP
Elena Rodriguez Hydrographic Study of the Port Everglades Entrance and the Florida Atlantic Coast Current System The Hydrographic Complexity of the Fort Lauderdale Coastline Port Everglades sits at approximately 26.08° N, 80.10° W, carving a deep industrial footprint into the porous limestone of the Florida Atla... ADCP Hydrography Dec 28, 2024 ADCP
Elena Rodriguez Hydrographic Study of the Costa del Sol Coastal System: Analyzing Marbella's Current Dynamics The Geographic Complexity of the Alboran Sea: Marbella's Coastal Interface Marbella sits at approximately 36.51° N, 4.88° W, nestled within the unique hydrographic transition zone of the Alboran Sea. ... ADCP Hydrography Dec 28, 2024 ADCP
Sarah Jenkins ADCP Deployment at Blyth Port: A Quick Technical Brief Measuring Currents at Blyth Port: What Engineers Need to Know Blyth Port is a hydrodynamic nightmare. The North Sea's macro-tidal regime slams into the restricted geometry of the port entrance, creati... ADCP Hydrography Dec 28, 2024 ADCP
Sarah Jenkins Lowestoft's Coastal Pinch-Point: Why the Waveney Interface Defies Standard North Sea Current Modeling Lowestoft vs. The Central North Sea: A Hydrodynamic Divergence Measuring currents at Lowestoft is a different beast entirely compared to open-ocean monitoring. While the central North Sea behaves with... ADCP Hydrography Dec 28, 2024 ADCP
Dr. Alistair Vance Mitigating Acoustic Signal Attenuation and Side-Lobe Interference in the Scarborough Bay Tidal Bottleneck Tidal Asymmetry and Hydrodynamic Compression at the Scarborough Headland Peak spring velocities at the Scarborough headland frequently exceed 1.5 m/s, a figure that belies the chaotic nature of the ac... ADCP Hydrography Dec 28, 2024 ADCP