Upcoming Events
Geophysical Fluid Dynamics Program: Density Layering in Rotating Stratified Turbulence
Walsh Cottage 569 Woods Hole Road, Woods HoleWeek of Events
Geophysical Fluid Dynamics Program: Density Layering in Rotating Stratified Turbulence
Cécile Le Dizes, Toulouse Institute of Fluid Mechanics Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Lecture: The Dynamics of Stacked Stratified Shear Layers
Geophysical Fluid Dynamics Lecture: The Dynamics of Stacked Stratified Shear Layers
Adithiya Sivakumar, University of New Hampshire Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Lecture: Not Too Spicy: Effects (or not) of Double Diffusion on Kolmogorov Flow
Geophysical Fluid Dynamics Lecture: Not Too Spicy: Effects (or not) of Double Diffusion on Kolmogorov Flow
Ishwari Mulkawar, University of California, San Diego Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: Interaction of Microplastics and Settling Sand
Geophysical Fluid Dynamics Program: Interaction of Microplastics and Settling Sand
Vincent Laroche, University of California, Berkeley Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: Not Too Spicy: Effects (or not) of Double Diffusion on Kolmogorov Flow
Geophysical Fluid Dynamics Program: Not Too Spicy: Effects (or not) of Double Diffusion on Kolmogorov Flow
Ishwari Mulkawar, University of California, San Diego Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: Idealized Models of Moist Convection
Geophysical Fluid Dynamics Program: Idealized Models of Moist Convection
Paul Curtis, Yale University Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: Fast, Singular Limits of the Lagrangian-Averaged Navier-Stokes-Alpha Model
Geophysical Fluid Dynamics Program: Fast, Singular Limits of the Lagrangian-Averaged Navier-Stokes-Alpha Model
Lulabel Ruiz Seitz, Brown University Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: Internal Tides Get Phased by the Equator
Geophysical Fluid Dynamics Program: Internal Tides Get Phased by the Equator
Camille Moisset, CEA Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: Interaction of Internal Gravity Waves with Magnetohydrodynamic Waves
Geophysical Fluid Dynamics Program: Interaction of Internal Gravity Waves with Magnetohydrodynamic Waves
Cy David, University of California, Los Angeles Sponsored by: WHOI GFD Program - Walsh Cottage
Geophysical Fluid Dynamics Program: A Little Goes a Long Way: Dismantling Weakly Nonlinear, Non-Normal Dynamical Systems
Geophysical Fluid Dynamics Program: A Little Goes a Long Way: Dismantling Weakly Nonlinear, Non-Normal Dynamical Systems
Matthew McCormack, University of Edinburgh Sponsored by: WHOI GFD Program - Walsh Cottage