The magnificent sea anemone has two feeding methods. The first one is through the
photosynthesis of its symbiotic
zooxanthellae, living in its tissues. The second method is through using its tentacles to stun, immobilize, and consume prey (small invertebrates, fry, or juvenile fish). The reproduction of the anemone can be
sexual by simultaneous transmission of male and female
gametes in the water or
asexual by
scissiparity, which means that the anemone divides itself into two individuals, separating from the foot or the mouth. The magnificent sea anemone is found as solitary specimens throughout its range with aggregations only being found in the rim areas of its distribution.
Genetic analyses does not suggest a difference between solitary specimens in the central distribution and clustering specimens at the rim. Asexual reproduction is found only in the rim areas and is probably the origin of the large aggregations. The relationship between
anemonefish and their host sea anemones is highly
nested in structure. With 12 species of hosted anemonefish, the magnificent sea anemone is highly generalist. The anemonefish it hosts are also mostly generalist, the exceptions being
Amphiprion pacificus, only hosted by
H. magnifica, and
A. akallopisos, which is also hosted by
Stichodactyla mertensii. The species of anemonefish hosted by the magnificent sea anemone are: •
Amphiprion akallopisos (skunk anemone fish) •
A. akindynos (Barrier Reef anemonefish) •
A. bicinctus (two-band anemonefish) •
A. chrysogaster (Mauritian anemonefish) •
A. chrysopterus (orange-fin anemonefish) •
A. clarkii (Clark's anemonefish) •
A. leucokranos (white-bonnet anemonefish) •
A. melanopus (red and black anemonefish) •
A. nigripes (Maldive anemonefish) •
A. ocellaris (false clown anemonefish) •
A. pacificus (Pacific anemonefish) •
A. percula (clown anemonefish) •
A. perideraion (pink skunk anemonefish)
H. magnifica also hosts
Dascyllus trimaculatus, the threespot dascyllus, and various
commensal shrimps. ==Gallery==