In the PCA space, there are two wings and a bridge. One wing represents the circumpolar flow, and the other wing represents the gyre. The bridge is between them, representing the probability of crossing from the circumpolar flow into the gyre.
What's the probability of crossing from one wing to the other? Is it easier to go in one direction versus the other?
Ultimately, the circulation has to close, so it's probably equally likely to cross one way versus the other, but the crossing will happen at different depths (yay, overturning!), which may not be captured by this method. It would only capture those transformations happening in the upper 1km, which is okay.
Still, it could be really interesting to quantify this part of the transformation process. This might very well be a separate paper, possibly. That way we can focus on observations in this work.
In the PCA space, there are two wings and a bridge. One wing represents the circumpolar flow, and the other wing represents the gyre. The bridge is between them, representing the probability of crossing from the circumpolar flow into the gyre.
What's the probability of crossing from one wing to the other? Is it easier to go in one direction versus the other?
Ultimately, the circulation has to close, so it's probably equally likely to cross one way versus the other, but the crossing will happen at different depths (yay, overturning!), which may not be captured by this method. It would only capture those transformations happening in the upper 1km, which is okay.
Still, it could be really interesting to quantify this part of the transformation process. This might very well be a separate paper, possibly. That way we can focus on observations in this work.