<a href=showthread.php?s=&postid=15439180#post15439180 target=_blank>Originally posted</a> by oddballs
In Aquarium corals by Eric Borneman on page 381 on polyp bailout it states that
"The freed polyp may drift considerable distance and settle in an environment that may or may not be better than the one it has escaped.Two slightly adhesive filaments are retained by the polyp to facilitate a successful settlement.Under natural conditions ,less than 5%of such bailed polyps will settle successfully after a nonatached state that typically last 7 to 9 days."
It also states that in aquariums with a lot of flow that it makes it hard for them to successfully settle back down.But it does sound like they are not always going to die just all but 2 to 4 percent, not real great odds for sure ? He does say that they do retain filaments that help it to reattach if it does find a spot.
<a href=showthread.php?s=&postid=15459746#post15459746 target=_blank>Originally posted</a> by elegance coral
This is a nice theory that's been around forever, and I do wish it were true. Unfortunately, there is no evidence to back up these claims. Corals don't lay down calcium carbonate unless the area responsible for this task is isolated from the surrounding ocean water. Coral larvae do not begin producing calcium carbonate until after they have settled and created a bond with an appropriate substrate. A bailed out polyp doesn't have this ability.
High flow rates can cause polyp bailout especially in LPS corals like Elegance. All it takes is one small portion of the polyp to be pulled off the skeleton by excessive flow and the seal is broken. Sea water can then directly enter the area where calcification takes place and disrupt the whole process. Eventually the polyp simply falls off.
This is not a survival tactic. We are on the largest site of this kind in the world. If anyone has evidence to suggest I'm wrong, I would gladly admit my error. Any photos of a bailed out polyp producing a new skeleton or a link to a reputable scientific study that documents the process of bailed out polyps resettling in a new location will do. Just one well documented case will do.
No offence to you Oddballs or anyone else, but aquarium authors parroting old myths, legends, and folklore isn't exactly what I would call sound scientific evidence.
This is a nice theory that's been around forever, and I do wish it were true. Unfortunately, there is no evidence to back up these claims. Corals don't lay down calcium carbonate unless the area responsible for this task is isolated from the surrounding ocean water. Coral larvae do not begin producing calcium carbonate until after they have settled and created a bond with an appropriate substrate. A bailed out polyp doesn't have this ability.
High flow rates can cause polyp bailout especially in LPS corals like Elegance. All it takes is one small portion of the polyp to be pulled off the skeleton by excessive flow and the seal is broken. Sea water can then directly enter the area where calcification takes place and disrupt the whole process. Eventually the polyp simply falls off.
This is not a survival tactic. We are on the largest site of this kind in the world. If anyone has evidence to suggest I'm wrong, I would gladly admit my error. Any photos of a bailed out polyp producing a new skeleton or a link to a reputable scientific study that documents the process of bailed out polyps resettling in a new location will do. Just one well documented case will do.
No offence to you Oddballs or anyone else, but aquarium authors parroting old myths, legends, and folklore isn't exactly what I would call sound scientific evidence.
Good info, but we would be parrots our selves if we didn't have a source for this info. Care to share?![]()