I've never encountered much info on this subject and most is speculative.
There doesn't appear to have been much research done yet.
Most practical application research into barnacles is geared towards preventing attachment or getting rid of the little beggers.
The baleen whales, actually all mammals, produce substances called macroglobulins that may be species specific and may function as an attractant for barnacles. It may indicate the location of a satisfactory substrate to the barnacle larva.
The association does, indeed, appear to be commensal with no obvious benefit or harm to the whales.
Here is an article that covers most of what I've ever found on the topic.
There is also a barnacle that lives in the throat of
Caretta caretta - the Loggerhead Sea Turtle.
There was some research into it's attachment mechanism some 20 years ago with an eye towards improved dental adhesives that would work on moist tissue surfaces but I haven't seen any new info.
I've never encountered much info on this subject and most is speculative.
There doesn't appear to have been much research done yet.
Most practical application research into barnacles is geared towards preventing attachment or getting rid of the little beggers. ;)
The baleen whales, actually all mammals, produce substances called macroglobulins that may be species specific and may function as an attractant for barnacles. It may indicate the location of a satisfactory substrate to the barnacle larva.
The association does, indeed, appear to be commensal with no obvious benefit or harm to the whales.
[url=http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1617185/]Here[/url] is an article that covers most of what I've ever found on the topic.
There is also a barnacle that lives in the throat of [i]Caretta caretta[/i] - the Loggerhead Sea Turtle.
There was some research into it's attachment mechanism some 20 years ago with an eye towards improved dental adhesives that would work on moist tissue surfaces but I haven't seen any new info.