Contributor: Larry Madin and Steve Bollens
In the future, the data will be reorganized to view the net data individually and to show the information about the depth interval for each net as well.
Parameter Description Units cruiseid Cruise identification station Station number or description time time of day tow tow number lat latitude decimal degrees lon longitude decimal degrees taxon Name of taxon density_netn Number of taxon counted # per cubic meters per cubic meter for net n (Also refered to as abundance)MOCNESS10 patchmodel
Contributor: G. Flierl dataset: Patch model
The physics here is a two-dimensional turbulence calculation in a 64x64 psuedospectral model.
Various tracer models (passive or active) are included.
To view the movies, you need mpeg_play. For the individual frames, you need xwud
For the runs with particles, the colored field is the streamfunction. The particles are assumed to attract each other: For each particle, you comput a vector attracting velocity for all the other particles and average it. The attracting velocity depends on the separation as u0*(r-r0)/L*exp(-(r-r0)^2/L^2). L=4 and the domain size is 64*0.3
For the tracer runs, the colored field is the tracer and the contours are the streamfunction. The case with only a numerical filter for stability shows a lot of (I think) spurious structure at small scales. The case with a little mixing looks better.
patchmodel testPI: C.Wunsch dataset: Test Hydrography Parameter Description Unitstest zooplankton zooplankton data are available from the University of Rhode Island, Graduate School of Oceanography's GLOBEC program. Contact Peter Garranhan at petebob@gsosun1.gso.uri.edu for additional details. You can access these data directly from GSO's GLOBEC web site at http://globec.gso.uri.edu/. Note that these data will be made available via our data system in the future. zooplankton
press pressure meters temp temperature degrees C sal salinity o2 oxygen sigth