300 results on '"Alford, Matthew H."'
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2. Near-slope turbulence in a Rockall canyon
3. Interacting internal waves explain global patterns of interior ocean mixing
4. Observations of diapycnal upwelling within a sloping submarine canyon
5. Frequency dependence of near-surface oceanic kinetic energy from drifter observations and global high-resolution models
6. An in situ study of abyssal turbidity-current sediment plumes generated by a deep seabed polymetallic nodule mining preprototype collector vehicle
7. Oceanic turbulence from a planktonic perspective
8. A warm jet in a cold ocean.
9. Topographic Form Drag on Tides and Low-Frequency Flow: Observations of Nonlinear Lee Waves over a Tall Submarine Ridge near Palau Topographic Form Drag on Tides and Low-Frequency Flow: Observations of Nonlinear Lee Waves over a Tall Submarine Ridge near Palau
10. Persistent Turbulence in the Samoan Passage Persistent Turbulence in the Samoan Passage
11. A novel cross-shore transport mechanism revealed by subsurface, robotic larval mimics : Internal wave deformation of the background velocity field
12. UNDERSTANDING VORTICITY : CAUSED BY FLOW PASSING AN ISLAND
13. EDDIES, TOPOGRAPHY, AND THE ABYSSAL FLOW : BY THE KYUSHU-PALAU RIDGE NEAR VELASCO REEF
14. A SPATIAL GEOGRAPHY OF ABYSSAL TURBULENT MIXING IN THE SAMOAN PASSAGE
15. FLOW ENCOUNTERING ABRUPT TOPOGRAPHY (FLEAT) : A MULTISCALE OBSERVATIONAL AND MODELING PROGRAM TO UNDERSTAND HOW TOPOGRAPHY AFFECTS FLOWS IN THE WESTERN NORTH PACIFIC
16. OBSERVATIONS OF NEAR-INERTIAL SURFACE CURRENTS AT PALAU
17. FLOW-TOPOGRAPHY INTERACTIONS IN THE SAMOAN PASSAGE
18. Turbulent diapycnal fluxes as a pilot Essential Ocean Variable.
19. Turbulent diapycnal fluxes as a pilot Essential Ocean Variable
20. Extent of impact of deep-sea nodule mining midwater plumes is influenced by sediment loading, turbulence and thresholds
21. Observations and simulations of caustic formation due to oceanographic fine structure
22. CLIMATE PROCESS TEAM ON INTERNAL WAVE–DRIVEN OCEAN MIXING
23. Significance of Diapycnal Mixing Within the Atlantic Meridional Overturning Circulation
24. A Tale of Two Spicy Seas
25. Internal tsunami waves transport sediment released by underwater landslides
26. Impact of Vertical Mixing Parameterizations on Internal Gravity Wave Spectra in Regional Ocean Models
27. Prolonged thermocline warming by near-inertial internal waves in the wakes of tropical cyclones.
28. The Impact of Oceanic Near-Inertial Waves on Climate
29. Simulating the Long-Range Swell of Internal Waves Generated by Ocean Storms
30. The Direct Breaking of Internal Waves at Steep Topography
31. AN INTROUDUCTION TO THE SPECIAL ISSUE ON INTERNAL WAVES
32. Internal Waves on the Washington Continental Shelf
33. Mapping Low-Mode Internal Tides from Multisatellite Altimetry
34. Advection–diffusion settling of deep-sea mining sediment plumes. Part 2. Collector plumes
35. Advection-diffusion-settling of deep-sea mining sediment plumes. Part 1: Midwater plumes
36. From Luzon Strait to Dongsha Plateau : Stages in the Life of an Internal Wave
37. Atmospheric and Oceanic Processes in the Vicinity of an Island Strait
38. Internal Wave Climates of the Philippine Seas
39. Oceanic turbulence from a planktonic perspective
40. Data‐Driven Identification of Turbulent Oceanic Mixing From Observational Microstructure Data
41. Variability and Sources of the Internal Wave Continuum Examined from Global Moored Velocity Records
42. The formation and fate of internal waves in the South China Sea
43. Broadband Submesoscale Vorticity Generated by Flow around an Island
44. Modular, Flexible, Low-Cost Microstructure Measurements: The Epsilometer
45. Turbulence Driven by Reflected Internal Tides in a Supercritical Submarine Canyon
46. Internal Tide Structure and Temporal Variability on the Reflective Continental Slope of Southeastern Tasmania
47. Microstructure Mixing Observations and Finescale Parameterizations in the Beaufort Sea
48. Global Calculations of Local and Remote Near-Inertial-Wave Dissipation
49. Revisiting Near-Inertial Wind Work: Slab Models, Relative Stress, and Mixed Layer Deepening
50. Redistribution of energy available for ocean mixing by long-range propagation of internal waves
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