My new A. bicinctus

The big question to solve now is which anemone to pick for my 3 bicinctus.
These are their natural hosts (I left H. aurora away as it is more of a "nursery anemone" for juveniles than a suitable host for breeding pairs.)

E. quadricolor (I got a small RBTA clone and a tiny green from DD, but those are earmarked for my little latezonatus so I would need to get more and larger ones)
H. magnifica (kind of difficult to find)
H. crispa (I have a tiny one that would need a lot of TLC and some time to grow into a suitable host for these rather large fish)
S. gigantea (kind of hard to get right now and I rather keep those for my percula)
S. mertensii (not sure if I can get one and if, I'd rather keep it for a pair of allardi)

On the other hand, I have a "surplus" of 3 medium sized S. haddoni (a green, a marbled, and a purple) and haddoni are kind of easy to get and "cheap".
 
The big question to solve now is which anemone to pick for my 3 bicinctus.

When I think Bicinctus I think BTA and that's what I would go with. Their relative ease of care and different color morphs make them hard to pass.
More specifically, I think of Rose BTAs with darker tentacles and oral disc, a morph similar to Sherman Rose BTA. I've seen a few diving videos showing Bicinctus clowns living in those types of BTAs and they look fantastic.
 
When I think Bicinctus I think BTA and that's what I would go with. Their relative ease of care and different color morphs make them hard to pass.
More specifically, I think of Rose BTAs with darker tentacles and oral disc, a morph similar to Sherman Rose BTA. I've seen a few diving videos showing Bicinctus clowns living in those types of BTAs and they look fantastic.

BTA is probably what I'm gonna go with. Though it's hard to find really large ones these days...
 
bummer...there's no specific forum on here for selling livestock...any ideas where to post the sale of my one bicinctus ?
 
Aquatic Collection
How funny, I was there the weekend you got those clowns but didn't pay any attention to all the clowns that they had above all the frag tanks. Guess I should've paid more attention but did pick up some nice frags so was worth the trip from the North Bay.

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How funny, I was there the weekend you got those clowns but didn't pay any attention to all the clowns that they had above all the frag tanks. Guess I should've paid more attention but did pick up some nice frags so was worth the trip from the North Bay.

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They didn't have them in the tanks above the frag tanks - those are only for tank bred clowns. The bicinctus were in the old inverts system.

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Found an interesting paper on the effect anemonefish have on anemones. The study was done on A. bicinctus and E. quadricolor (BTA):
Effects of anemonefish on giant sea anemones: expansion behavior, growth, and survival

Abstract
The symbiosis between giant sea anemones and anemonefish on coral reefs is well known, but little information exists on impacts of this interaction on the sea anemone host. On a coral reef at Eilat, northern Red Sea, individuals of the sea anemone Entacmaea quadricolor that possessed endemic anemonefish Amphiprion bicinctus expanded their tentacles significantly more frequently than did those lacking anemonefish. When anemonefish were experimentally removed, sea anemone hosts contracted partially. Within 1"“4 h in most cases, individuals of the butterflyfish Chaetodon fasciatus arrived and attacked the sea anemones, causing them to contract completely into reef holes. Upon the experimental return of anemonefish, the anemone hosts re-expanded. The long-term growth rate and survival of the sea anemones depended on the size and number of their anemonefish. Over several years, sea anemones possessing small or no fish exhibited negative growth (shrinkage) and eventually disappeared, while those with at least one large fish survived and grew. We conclude that host sea anemones sense the presence of symbiotic anemonefish via chemical and/or mechanical cues, and react by altering their expansion behavior. Host sea anemones that lack anemonefish large enough to defend them against predation may remain contracted in reef holes, unable to feed or expose their tentacles for photosynthesis, resulting in their shrinkage and eventual death.
 
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