ICE_03.MPG
Gelatinous sea ice.

Perpetual_Ocean_24fps_1920x1080.mov
Perpetual ocean hi-res.

Perpetual_Ocean_24fps_960x540.mov
Perpetual ocean low-res.

c6ncp10_01.mpeg
CS510 cross.

c6ncp10_02.mpeg
CS510 obloid projection.

cube_9.mpg
Folding cube.

ecco_sixteenth_3.mpg
Sea surface ocean current speed around Greenland from 1/16-deg grid integration.

north_atlantic_04.mpg
North Atlantic fluxes.

phygrp_globe_land.mp4
Ecosystem dynamics.

tset1.mpg
1/8th integration, speed 1.

tset2.mpg
1/8th integration, speed 2..

tset4.mpg
1/8th integration, speed 4.

tset8.mpg
1/8th integration, speed 8.

tset16.mpg
1/8th integration, speed 16.

zeta_1998_ag.mp4
Agulhas.

cube81_vel_00.mpg
Surface ocean velocity from an eddying,  global-ocean and sea-ice simulation.
The surface velocity is from the so-called "cube81" simulation carried out by
the Estimating the Circulation and Climate of the Ocean, Phase II (ECCO2;
http://ecco2.org) project.  The scientific visualization was done by Chris
Henze (NASA/Ames).  Streaklines indicate the direction of the surface
velocity.  The intensity of the streaklines is proportional to surface speed.
The relatively slow moving small-scale eddy circulation is due internal ocean
instabilities while the fast moving large scale waves are forced by
atmospheric winds.