Lagrangian Particle Tracking in Strait of Gibraltar

Lagrangian Particle Tracking experiment run on 11000+ particles released recursively in the Strait of Gibraltar, with 1 day interval throughout one week. The total length of the experiment is 20 days. Colors depict the Latitutde of the release zone. The underlying hydrodynamic model is SAMPA2.

[@Wetterfront]

Hallo Gofima, your work is amazing! Would you please allow me to use your animations of mediteranian and Gibraltar streams, I need for my RUclips Chanel that deals with geographical topics? That would be so very nice,

[@rakeshk123]

Hi, great visualization! Which tool did you use to track the particles? I am interested in doing something similar. I have a flow field on a 2D rectangular domain which represents the atmospheric flow field on Jupiter. I am interested in finding out where particles get trapped in Jupiter's atmosphere.

[@gofima]

HI. I'm using MATLAB to compute particles trajectories based on numerical model outputs and to plt and animate them.

[@rakeshk123]

@@gofima Thanks for your reply. Is there an inbuilt function in Matlab to do particle tracking?

[@gofima]

@@rakeshk123 I'm afraid not. Mine one is specifically coded for outputs of my model.

[@orionjohnston8859]

Wonderful visualization, trying to do this with Lagrangian particle tracking in the mantle, what did you use for your visualization? It looks amazing especially how you got the colors to depict the release zone. Do you have any of this on github?

[@gofima]

Thank you! No, I'm sorry. I wrote it specifically for my model outputs...it should be deeply generalized to be used in other frameworks. It is coded in MATLAB.

[@SupernalOne]

there's a bit tidal flow in the strait, isn't there?

[@gofima]

Yes! :)