Dr. Kenji Sato Field Deployment Report: Bottom-Mounted ADCP Velocity Profiling at Calapan Port Deployment Notes: Calapan Port, Oriental Mindoro, October 2023 The humidity hit us the moment we stepped off the ferry at Calapan Port. I remember looking at the water—a murky, olive-green mix—and kno... ADCP Hydrography Sep 20, 2024
Elena Rodriguez Alazeya River Flow Volatility vs. Siberian Basins: Why Standard ADCP Deployments Fail Alazeya River Extremes vs. Regional Norms: A Hydrodynamic Comparison Measuring water current in the Alazeya River isn't like measuring a steady river in Central Europe. You are dealing with the Chukot... ADCP Hydrography Sep 20, 2024
Capt. Marcus Thorne Quantifying Vertical Velocity Shear and Acoustic Attenuation at the Juan de Fuca-Puget Sound Convergence The High-Energy Hydrodynamics of the Port Townsend Convergence Tidal ranges at Port Townsend frequently hit 10 feet, creating a violent hydrodynamic crossroads where the Strait of Juan de Fuca slams i... ADCP Hydrography Sep 19, 2024
Dr. Alistair Vance ADCP Deployment at the Draa River Mouth: A Quick Technical Brief Measuring Currents at the Draa Estuary: What Engineers Need to Know The Draa River mouth presents a volatile mixing zone where Atlantic tidal surges collide with freshwater discharge. Monitoring this ... ADCP Hydrography Sep 18, 2024
Elena Rodriguez Taming the Chaos of the Bay of Biscay: The San Sebastián Current Struggle The Nightmare of the Urumea Plume If you've never deployed gear near the mouth of the Urumea River, you probably think you understand coastal flow. You don't. San Sebastián isn't just another spot on ... ADCP Hydrography Sep 18, 2024
Capt. Marcus Thorne Field Deployment Report: Bottom-Mounted ADCP Velocity Profiling at Tarakan Port Deployment Notes: Tarakan Port, North Kalimantan, October 2023 The humidity hit us like a wall the moment we stepped off the skiff onto the quay at Tarakan. It was 0430 hours, and the air was thick, s... ADCP Hydrography Sep 18, 2024
Capt. Marcus Thorne Acoustic Velocity Profiling and Discharge Variability in the Ob-Irtysh Basin High-Volume Discharge Dynamics of the Ob-Irtysh Confluence The Ob River operates as a massive hydraulic engine, pushing an average annual discharge of roughly 20,000 cubic meters per second into the K... ADCP Hydrography Sep 18, 2024
Elena Rodriguez The Chaos of the Coronel Shelf: Why Surface Data Lies About Biobío Transport The Vertical Nightmare of the Biobío Coastal Fringe If you've spent any time deploying gear near Coronel, you know the surface is a liar. We consistently see velocity reversals within the first ten me... ADCP Hydrography Sep 17, 2024
Capt. Marcus Thorne Hydrographic Study of the Irtysh River Basin and the Dynamics of Central Asian Floodplains The Fluvial Architecture of the Irtysh: From Altai Peaks to the Ob Confluence The Irtysh River system represents one of the most complex hydrographic challenges in Central Asia. Originating in the Alt... ADCP Hydrography Sep 17, 2024
Jack Law How to Measure the Water Current of the Essequibo River 1. Location of the Essequibo River 2. Flow Rate Characteristics of the Essequibo River 3. Methods of Measurement of the Water Current of the Essequibo River 4. How ADCPs Using the Doppler Principle Wo... ADCP Hydrography Sep 16, 2024
Elena Rodriguez Uruguay River Discharge Dynamics vs. Paraná Basin Norms: A Comparative Study The Uruguay River vs. The Paraná: Divergent Flow Architectures Measuring the Uruguay River isn't a standard exercise in fluvial hydraulics. Most engineers treat South American waterways as a monolith,... ADCP Hydrography Sep 16, 2024
Sarah Jenkins Hydrographic Study of the Durdura Coastal System and Tidal Asymmetry The Geographic Pulse of Durdura: Mapping Complex Coastal Flow Durdura sits at a precarious intersection of open-ocean energy and restricted coastal geometry. Situated along a coastline defined by jagg... ADCP Hydrography Sep 16, 2024