Near-inertial damping of nearly geostrophic flows - TIB AV-Portal

Near-inertial damping of nearly geostrophic flows

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Zugehöriges Material

Banff International Research Station (BIRS) for Mathematical Innovation and Discovery

Formale Metadaten

Titel

Near-inertial damping of nearly geostrophic flows

Untertitel

Stimulated loss of balance

Alternativer Titel

Stimulated loss of balance and the wave-vortex decomposition

Serientitel

Modelling Imbalance in the Atmosphere and Ocean (18w5119)

Anzahl der Teile

28

Autor

Lizenz

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Identifikatoren

10.5446/60404 (DOI)

Herausgeber

Banff International Research Station (BIRS) for Mathematical Innovation and Discovery

Erscheinungsjahr

Sprache

Inhaltliche Metadaten

Fachgebiet	Mathematik Physik
Genre	Workshop/Interaktives Format Vorlesung

Serie

Modelling Imbalance in the Atmosphere and Ocean (18w5119)16 / 28

1

31:40

Modeling and parameterization of mean and eddying flow over topography

2

36:43

The Global Impact of Subgrid-Scale Langmuir Turbulence and Upper Ocean Carbonate Chemistry

3

29:37

Trickle Up: How Small-Scale Convection Self-Organizes into Large-Scale Structures

4

29:34

Broadband island wakes

5

28:17

Spontaneous inertia-gravity wave emission in the differentially heated rotating annulus experiment

6

32:38

Strongly stratified turbulence in geophysical wakes

7

28:23

Spontaneous Generation and Re-absorption of Internal Waves in a Kuroshio Front Simulation

8

33:59

The Effects of Convection in Geostrophic Circulation

9

1:01:20

Disentangling unbalanced and balanced dynamics in submesoscale lateral dispersion

10

29:27

Observations of Mixing from Wind-Driven Internal Waves in an Energetic Mesoscale

11

34:06

Global modeling of internal tides and the internal gravity wave continuum spectrum

12

31:58

Gravity wave sources in the Southern Hemisphere in a global mesoscale model

13

1:07:02

Constraining atmospheric gravity wave parameterizations in climate models

14

27:56

Towards a transient gravity wave drag parameterization in atmospheric models

15

31:12

Multiscale Modeling of Strongly Stratified Shear Turbulence

16

32:55

Near-inertial damping of nearly geostrophic flows

17

33:16

Internal tides at rough topography: impact of Coriolis and topographic steepness on energy transfer to near-inertial waves and dissipation

18

35:39

Nonlinearity and unsteadiness in deep-ocean lee waves

19

1:07:08

Geostrophic motions and internal waves in the atmospheric and ocean

20

32:12

The impact of mountain waves on an idealized baroclinically unstable large-scale flow

21

1:07:49

Spontaneous and Stimulated Internal Wave Generation

22

28:38

Quantification of spontaneous imbalance in rotating stratified turbulence

23

1:07:39

Rapid Climate Change and Ocean Mixing: Episodic Imbalance of the MOC

24

40:29

Dynamics and dispersion in tide-modified barotropic turbulence

25

31:06

Flows induced by Internal Waves and Modes

26

39:08

Self-Organized Criticality of turbulence in the strongly stratified mixing layer

27

33:29

Stability of nonlinear gravity waves in the atmosphere

28

30:16

Anatomy of the Lee-Side Hydraulic Jump

Automatisches Abspielen