i didnt say anything about a hornet. i didnt know the red or orange on them was called a ring.
He meant oral disc, which he corrected above your post.
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i didnt say anything about a hornet. i didnt know the red or orange on them was called a ring.
What % would say of those labeled as "WW" are actually "EE"?
It also looks like Watermelons ring is a lot thicker going all the way out to the skirt where the Eagle Eys normaly have a space between the ring and the skirt normally which is blue. That is ust what I have noticed, may not be true with all the morphs out there.
Was told these were eagle eyes mixed in with some dragon eyes.
I'd have a hard time with saying they are the same. They are similar, yes, but not the same. I've gotten both as wild transhipped imports and they are different from the start and different after years in my tanks. They haven't changed back and forth or anything of the sort. Names are just names and are useful for differentiating what we are talking about. If someone wants the redder one, they ask for WW's, and if they want the orange one they ask for EE's. Should be that simple.
The interesting side of this conversation to me becomes, what is it that causes a polyp once morphed, to remain consistant in its new color pattern (i.e. what we call a morph) vs. those polyps which morph their color pattern, then revert back to the original polyp color (i.e. what we refer to as an abherent polyp). It seems plausible that the difference here would be the same as a mutation occurring at a cellular level, vs. a mutation occurring at the genetic level. Personally I think that it is fairly safe to argue that the color patterns we see are the result of minor genetic differences, and that in fact the polyps are the same polyp. Take the PE zoas or Zoanthus giganticus if you prefer - all are the same polyp (i.e., they are the same genetic species), however the color patterns displayed by the various polyps vary greatly - obviously a result of some factor in lighting or chemical parameters. This is very similar to what happens when we produce different variations or cultivers of plants (i.e. a blue columbine vs. the common yellow columbine). While obviously something has changed genetically to cause the WW to remain distinct from the EE, that factor can be changed again, and the color pattern will revert or become exotic. I believe I saw a thread on the Kleidiscope (sp) zoa, in which it was stated that that zoa was a hybrid of WW mixing somehow with the RDE, thereby creating a new morph, which reproduces true to form. Most likely EE, WW, and K (as well as perhaps RDE) are all the same species, simply variations on that species.