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 Name   Interests   Email

Armi, L
  • Stratified flows in the ocean, atmosphere, laboratory, and engineering applications
  • Oceanic mixing and circulation
  • Coherent vortices (meddies)

larmi@ucsd.edu

Birch, D

dbirch@ucsd.edu

Carnevale, G
  • Vortex dynamics
  • Turbulence
  • Vortex stability

gcarnevale@ucsd.edu

Cornuelle, B
  • Large-scale circulation
  • Inverse methods/numerical modeling
  • Ocean tomography

bcornuelle@ucsd.edu

Centurioni, L
  • Large-scale oceanic circulation and observations with lagrangian drifters
  • Mixed Layer dynamics
  • Vortex dynamics

lcenturioni@ucsd.edu

Cessi, P
  • Models of the oceanic general circulation
  • Convection in geophysical fluids
  • Models of climate dynamics

pcessi@ucsd.edu

Chereskin, T
  • Eastern boundary currents
  • Acoustic Doppler techniques for direct measurement of velocity
  • Wind-driven circulation
  • Southern Ocean

tchereskin@ucsd.edu

Cox, C
  • Roughness of sea surface
  • Growth of wind waves
  • Sea-surface turbulence
  • Electrical conductivity of the ocean lithosphere
  • Electric fields generated by oceanic motions

cscox@ucsd.edu

Cutchin, D
  • Large scale physical oceanographic and meteorological monitoring
  • Instrumentation for merchant ships
  • Air, sea, cloud interaction

dcutchin@ucsd.edu

Davis, R
  • Lagrangian observation of ocean currents
  • Ocean instrumentation
  • Ocean's role in climate

redavis@ucsd.edu

Filloux, J
  • Electromagnetic exploration of the oceanic lithospheric and mantle
  • Electromagnetic studies of large-scale oceanic motions, ocean, and earth tides

jfilloux@ucsd.edu

Gilson, J
  • Oceanic general circulation
  • Heat transport variability
  • Altimetry

jgilson@ucsd.edu

Guza, R
  • Currents in the surf zone
  • Infragravity waves
  • Directional properties of wind waves in shallow water

rguza@ucsd.edu

Hendershott, M
  • Solution of Laplace's tidal equations for deep-sea tides including solid Earth loading
  • Mean circulation of the Adriatic Sea
  • Continental-shelf circulation
  • Two-dimensional and quasi-geostrophic turbulence
  • Internal waves and fine structure
  • Tides and ocean normal modes
  • Large-scale ocean circulation

mhendershott@ucsd.edu

Hoteit, I

ihoteit@ucsd.edu

Kalmijn, A
  • Physics approach to sensory biology
  • Electric and magnetic field detection
  • Hydrodynamic and acoustic field detection
  • Mathematical-physical principles of sensory systems
  • Behavioral, electrophysiological, and biophysical experiments

adjkalmijn@ucsd.edu

Mackinnon, J
  • Internal waves
  • Turbulence and mixing
  • Coastal dynamics

jmackinnon@ucsd.edu

Wilson, C

c2wilson@ucsd.edu

Melville, W
  • Air-sea interaction
  • Nonlinear surface and internal waves
  • Surface wave breaking
  • Acoustic and microwave remote sensing

wmelville@ucsd.edu

Niiler, P
  • Measurements of flow and theory of variability of eastern boundary current systems
  • Relationship of heat flux to global SST variability
  • Remote satellite sensing of ocean
  • Lagrangian circulation measurements in mixed layers of the world ocean
  • Response of upper ocean to strong storms
  • Tropical upper ocean circulation

pniiler@ucsd.edu

Pinkel, R
  • Small-scale mixing in the ocean
  • Oceanic internal waves
  • Arctic oceanography
  • Tropical oceanography

rpinkel@ucsd.edu

Robbins, P
  • Large-scale ocean circulation
  • Oceanic carbon cycle
  • Penetration of transient tracers into the ocean

probbins@ucsd.edu

Rudnick, D
  • Physical and biological dynamics of the upper ocean
  • Fronts and eddies
  • Air-sea interaction

drudnick@ucsd.edu

Salmon, R
  • Theory of the ocean's general circulation
  • Geophysical fluid dynamics

rsalmon@ucsd.edu

Send, U

usend@ucsd.edu

Sherman, J
  • Ocean instrumentation
  • Small scale mixing
  • Internal waves

jtsherman@ucsd.edu

Smith, J
  • Kinematics and dynamics of rip currents
  • Generation of Langmuir circulation (mixed layer dynamics)
  • Interactions between waves, currents, and bottom topography
  • Mutual influences between wind stress and directional surface wave characteristics

jasmith@ucsd.edu

Sprintall, J
  • Upper ocean heat transport
  • Mixed layer dynamics
  • Climate variability
  • Indonesian throughflow

jsprintall@ucsd.edu

Stammer, D
  • Ocean remote sensing
  • Data assimilation
  • Ocean modeling

dstammer@ucsd.edu

Swift, J
  • Arctic physical oceanography
  • Global thermohaline circulation
  • Ocean measurement and interpretation

jswift@ucsd.edu

Talley, L
  • General circulation
  • Hydrography
  • Ocean climate change

ltalley@ucsd.edu

Van dorn, W
  • Tsunamis, in the ocean and on the Moon
  • Explosion-generated waves and coastal interaction
  • Human endurance, heat production, and cold water physiology

wvandorn@ucsd.edu

White, W
  • Planetary wave dynamics
  • Global climate change
  • Coupled ocean-atmosphere interaction

wbwhite@ucsd.edu

Worcester, P
  • Application of acoustic remote sensing techniques to studying large-scale ocean circulation and temperature structure

pworcester@ucsd.edu

Young, W
  • The general circulation of the ocean
  • Tracer dispersion in disordered flows
  • Granular dynamics
  • Tidal conversion

wryoung@ucsd.edu

Zhang, X
  • Microstructure of ocean surface, air-sea exchange
  • Boundary layer dynamics
  • Remote sensing

xzhang@ucsd.edu
 
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