Good afternoon Caesra, I've omitted the topics where I believe we've found common ground, and only addressing the points where our views may differ.

Originally Posted by
Caesra

Originally Posted by
mPedersen

Originally Posted by
Caesra
accepted as part of the mission of MBI or breeding in general, then the answer becomes the same...hybrids should be accepted.
"Accepted" in what form/capacity/manner?
Of course this is part of the larger question, but at the fundamental level, this topic started as a question of 'should it be accepted' by MBI, and my suggestion is the answer to that question lends itself from answers to the questions above.
OK, that was a very political non-answer, so I'm going to repeat the question. Define "accepted". What does "accepted" include as it pertains to hybrid breeding within the MBI?

Originally Posted by
Caesra
As i understand much of the 'designer' fish development it is not outcrossing, but line breeding and inbreeding to produce the desired results. While the origination of the attempt (and possible reiforcing efforts) is out crossing, it takes considerable efforts to selectively pull the traits out of each batch.
I think the part that you're missing is that the creation of a hybrid does not involve inbreeding. Hybridization is, by definition, the polar opposite of "inbreeding". The process of what is being done, and the reasons for doing each, are drastically different. Now you COULD use hybridization as a jumping point to then take the resultant offspring and line breed that new hybrid to stabilize some particular outcome within the hybrid, but that's a secondary situation that your arguments did not even consider....in other words we're not even at that point yet.

Originally Posted by
Caesra
These batches, from what I have read, occur through extensive inbreeding and line breeding.
Which "batches"? You're being perhaps a bit vague. Are we talking Picassos? Platinums? Black Ice? Snowflakes? Mochas?

Originally Posted by
Caesra
While I understand that you are suggesting that if the original outcrossing did not occur, the designer fish would not be as likely to occur naturally, I think we can both agree that extensive inbreeding or line breeding is involved in order to develop these 'designer' fish.
I think there's some ongoing confusion of jargon, and that's making your statements a bit confusing to follow:
Hybrid = the result of mating of two separate species
Outcrossing = the act of breeding two unrelated fish with each other
Inbreeding - far too vague on some levels, as it encompasses both line breeding (pairings of siblings in each subsequent generation) and backcrossing (normally the pairing of offspring back to their parents), and perhaps other forms of breeding that serves to concentrate the overall gene pool rather than diversify it..

Originally Posted by
Caesra
Thus lending itself back to the original point that if inbreeding was not accepted, the passive traits that are brought into dominance would not have a slim possability of enduring.
"passive" is again perhaps a bad choice of words. We need to think of genetic traits using more genetic jargon, i.e. dominant, codominant, recessive etc.
For example, it does seem that one or more genes plays a role in the breeding of Picassos and Platinums, and that these genes are perhaps rather dominant. Meanwhile, something like Albinism is a well understood recessive mutation. The simple truth is that it requires minimal inbreeding, if any, to establish Albinism for the long term. So too, Picasso percs CAN be outcrossed to normal SI perculas (or any percula for that matter) with the expectation of getting Picasso genes.
I believe the implication of some is that people are intentionally inbreeding over many generations to cause mutations to occur. I cannot speak with any certainty that such breeding is actually being undertaken. What I can say is that such breeding would indeed have downsides. But so far, from the honest mutations that we DO see, they have been random mutations that breeders then capitalize on. That's not the same thing.

Originally Posted by
Caesra
I hesistated to use dogs or humans as an example because of worries that someone would try to 'split hairs'.
It's certainly not splitting hairs. If human siblings have offspring, there are immediate genetic problems that can result. That is NOT the case with fish. Dogs, so too, cut both ways, and again, the AKC registries exist to help PREVENT 'inbreeding' and ethical breeders strive to eliminate congenital genetic problems within their breeding lines (while questionable ones don't).

Originally Posted by
Caesra
As best I understand the genetics, the fundamentals are still there. Several generations is absolutley correct, as most 'designer' fish require several generations to develop.
Yes, but no. the "designer" fish we've seen to date did not require several generations...in fact, I would not be surprised to learn that the original Picasso at ORA could very well still be spitting out Picasso offspring.

Originally Posted by
Caesra
Not to be rough on this rebuttle, but many of the current dogs we view as normal are the result of undomesticated dogs being outcrossed, inbred and linebred. My beloved Molly, my rottweiler, is the product of such things. They were undomesticated and intentional forced to breed for 100s of years to produce what we now call Rotweillers, much like we are doing with our fish. A response to food does not mandate 'domestication'. If that arguement is standing, then our fish are entirely domesticated and the argument does not apply.
Actually I'm just going to have to outright state that the above is fundamentally incorrect. While there are many definitions of domestication, the reality is that the process you described, the "outcrossed, inbred and line bred" is a human-imposed mate selection and is part and parcel of how an animal becomes domesticated. To use the breed you cite, the Rottweiler, I'd suggest starting with the AKC's breed history -
http://www.akc.org/breeds/rottweiler/

Originally Posted by
American Kennel Club
The Rottweiler's ancestors were the drover's dogs accompanying the herds the Romans brought with them when invading Europe. The controllable herding and guarding instincts were recognized by the Germans, and dogs were selectively bred for these traits. As need for its services diminished, the Rottweiler almost fell into extinction. In the early 1900s, a newly formed club established a breed standard. The breed has not appreciably changed since that time.
As you can see, even in this particular breed, the ancestors have been domesticated animals for centuries.
To compare that to fish, we have truly only begun the process of "domestication", and the vast majority of the fish we keep are still from wild origins.

Originally Posted by
Caesra
In regards to the AKC and other such organizations, while they have gone through great efforts to certify animals, the ever present momentum of hybrids is growing rapidly in that market too. With the same conversations occuring. There is no depletion of dogs, yet the momentum behind this same question exists in that context too.
Well first, again, perhaps the misuse or misappropriation of a term, "hybrids". If every breed of dog were thought of as a species, then yes, the "mutt", the Labradoodle, would be a hybrid. However, I believe that we have overall come to accept that all dogs are still considered one species, and we are looking at breeds within them.
So, to take that to fish, the "Labradoodle" of the clownfish world might be...well actually that's just it....we don't really have "breeds" of fish in the way in which dogs, or goldfish, have been forced into "artificial speciation" through selective breeding. Fundamentally, you can't compare the two or use the same arguments at all because they're not the same situations. So humans, and dogs, should just be thrown out.

Originally Posted by
Caesra
Issues like ocean depletion and extinction are very seperate topics and I don't think there is one person on these forums that can successfully argue that they have not contributed to this problem, in countless ways. So, in reality, such an arguement needs to be carefully considered in the background, but has a very small amount of standin in the conversation of hybrids.
Again, I'll just have to take the opposite position that because of the "we're all guilty" factor that you described, we should be even more sensitive to the potential damage that man-made hybrids offer in the face of conservation / preservation oriented breeding. Again, I see your standpoint as "we've already screwed it up this much, so why bother" and "breeding and conservation are mutually exclusive", which in fact they are largely mutually dependent in my eyes.

Originally Posted by
Caesra
I find this arguement to be difficult to maintain, as you are justifying when it is appropriate and inappropriate to violate the 'rules'. This becomes a moral question for the individual, which pushes us back into the very topic. At least in my opinion.
This comment is in regards to the Mcc' example. First, I am making no such "justification" to violate any "rules" because first off, there are no "rules", but there are principals and facts.
Second, there is probably going to be a certain amount of inbreeding with a foundation population of 8 fish...that's an unavoidable reality. But responsible breeding will negate any of the potential ill-effects. Irresponsible breeding will bring about problems and we'd lose the species in captivity.
But here's the killer - it supposedly took 4 lionfish to populate the entire Atlantic with the species. What does that mean? It means that due to the fecundity of a species like A. mccullochi, you will very quickly give rise to a large captive population, all produced through sexual reproduction and thus all with some genetic variation. And thus, in the end, it is completely realistic to say that 8 fish, 4 foundation pairs, can quite comfortably start the a stable and self sustaining population of A. mccullochi, even though initially, there could be some inbreeding. The best breeders would seek to work with the source producer (Ryan Dwyer) to create as many F1 pairs as can be created with offspring from the original 4 pairs. What do the F1 pairs from such breeding then look like?
AA
AB
AC
AD
BB
BC
BD
CC
CD
DD
That's 10 different pairings at minimum. If we toss out the sibling pairings (which are the AA, BB, CC, and DD) we are left with 6 pairs in the F1 broodstock and zero inbreeding in the F2 offspring. You can even then backcross the F2 offpsring to F1 offspring to get further initial genetic diversity, i.e. A X BC, D X BC etc....
Now here's the interesting part. I came across a nice little gem of information -
http://www.fao.org/docrep/005/AD013E/AD013E04.htm

Originally Posted by
FAO
A population held in check at Ne = 50, will lose about one-fourth of its genetic variation after 20 to 30 generations, and along with it, much of its capacity to adapt to changing conditions. Thus, if it is desired to maintain a particular stock for longer than this, it will be necessary to increase its Ne. A rough rule of thumb is that G is approximately equal to Ne, G being the number of generations the stock is likely to retain its fitness at a relatively high level.
Some of the critical components of the above. 1. the population size is kept "in check" at 50 fish. 2. even then, 20-30 generations to lose 25% of the genetic variation within the population. The reality is that with a fish like the MCC, we can easily avoid inbreeding AND avoid even this short term genetic issue because a single pair in a generation may produce 200,000+ offspring over the course of their lifespan.
In the end, you can quite quickly overcome the problems of inbreeding solely by thinking your breeding through. So too, the same concepts can easily be applied to the establishment of a fish like the Lightning Maroon (in my case, the entire PNG bloodline preserved in 4 fish, only 2 pairs).
And in the end, none of this has one iota to do with hybridization.

Originally Posted by
Caesra

Originally Posted by
mpedersen
So the reality here is that because of the questionable genetics of these fish, you could probably never take captive bred stock at this point in time and use it to repopulate a location where A. akallopisos had been extripated. The only responsible way to work with this species now is to go back to fish of wild origins and know exactly where wild caught broodstock came from. Everything else will be suspect.
Which was the point I was trying to make, by definition, our broodstock serves no purpose other than to serve one of the questions in 1a, 1b or 1c.
I'm still not following your point here.

Originally Posted by
Caesra
I have read many of your respones to this topic and I find many of your comments well thought out and articulated. I have alot of respect for you holding your position regarding your point of view, but I can say that you have softened your stance considerably since some of your responses, to this topic, compared to several years ago.
Ha - regardless of what you may have been led to believe, I can certainly be open to changing my point of view or acknowledging when I'm wrong
I think one of the biggest eye-openers for me was that the Picasso percula is a naturally occuring variety in nature. The one thing that I've held near and dear for years is that breeding should serve to preserve natural biodiversity. As such, I'd be a hypocrite to condemn the Picasso percula given the revelation that it IS part of the natural biodiversity of the Percula species. Still, IF I were to ever own a pair of Picasso Percs, I'd be going back to the ORA bloodline, looking for F1's, which are straight up Solomon Island Percs carrying the Picasso gene. From there, I could outcross to other SI percs, come back in, and ensure a nice, diverse, healthy population of A. percula with a geographic origin (Solomon Islands) while having the Picasso mutation (or not). And since the doubling down of Picassos seems to be what produces Platinums, you could argue that you can even have a Solomon Islands Platinum Percula. Same line of reasoning behind why I have a Lightning Maroon, and why it was important to have the PNG bloodlines intact.
Conversely, it seems that A. ocellaris vs. A. ocellaris Darwin may well be separate species. And A. percula and A. ocellaris certainly are. Given the problems that hybrids / cross breeds of these create for people who are trying to preserve the natural species, I can't in good conscience condone such lines of breeding.

Originally Posted by
Caesra
I will simply respond to the first set of statements. If there is no value in such efforts, then where is the value in someone sharing their experience breeding a pair of clownfish. There is little to be gained from the community as a whole and this goes back to my original questions, 1a, 1b and 1c.
I think I stopped short of saying "no" value. More like "little". Truly though, I think your argument is valid on one level - is there really anything new that someone else might gather from the massive compilaiton of breeding accounts for A. ocellaris. On the surface, there probably isn't. The individual accounts may serve little in regards to providing any new or profound insights.
However, going through the motions of a BAP is more an opportunity for troubleshooting, community building, and content generation at the participating site or club. There may come a point when such a data set can in turn be mined, researched, and perhaps interesting revelations CAN be had from the data.

Originally Posted by
Caesra
One who is learning, such as myself, finds great value in each attempt I read, regardless if this attempt is a 'pure' species or a 'hybrid' and regardless of past history regarding the species. The accomplishment is the same if it is a perc or a snowflake. To ensure we are talking the same thing, I am referring to, say someone breeding picassos instead of someone trying to create a new 'designer' fish.
Ah, but if you can learn the same lessons from breeding standard A. ocellaris vs. Percularis, I'd rather encourage breeders to do the former because of the RISKS that the latter creates that the former does not. It is about a bigger picture and long term responsibility, vs. the short-term gains that the latter might offer.