cherubfish pair
New member
http://www.liveaquaria.com/product/prod_display.cfm?c=2190+3250&pcatid=3250
Will it really repopulate bleached corals with zoox?
Will it really repopulate bleached corals with zoox?
That's amazing if it does. I always thought zoanthela was a live. Lol
Thanks for sharing but I will not be using this magic silver bullet.
sounds like a problem starter, Id assume a dino bloom upon addition.
Zoox algae, is not canibalistic ... so it wont eat its own[ our corals dont eat themselves]. the "live" zoox in the bottle, will not penetrate the coral skeleton and add itself as part of the zoox of the colony.... the product sais Atlantic ocean ... while our SPS corals, come from the Pacific.
a bleached coral, should be fed, to reproduce the zoox inside it.
Just my opinion, based on nothing, I have not used the product.
But it might be a good food source for Azoox corals, like colored seafans and maybe carnation tree, but we would need to know the particle size for that ... also no preservative, so how long will it last ?
Im not sure if it rrelates, but I have read several posts where reefers have had luck with Zoox transplants in nems by injecting/feeding an amount of zoox from a donor nem.
Heres a post from another member http://www.reefcentral.com/forums/showthread.php?t=2318463
Can zoox be free-swimming? Or do they just drift in the water column?
When Symbiodinium live freely in the ocean, they exist in two interchangeable forms (Freudenthal 1962). The first is a motile zoospore, which propels itself forward with a flagellum. The second form is a vegetative cyst, and is not motile as it lacks a flagellum. Vegetative cysts can reproduce asexually, when they are free-living or in symbiosis, by cell division that yields two or three daughter cells. There are indications that Symbiodinium spp. can also reproduce sexually (Stat et al. 2006). The vegetative cyst is the dominant form when dinoflagellates live in symbiosis with animals, and evidence suggests that the animal host uses chemical signaling to keep them in this non-motile state (Koike et al. 2004).