Common Name: Black Band Nemo
Scientific Name: Amphiprion ocellaris
Coloration: Deep black body with bold white bands
Family Structure: Hierarchical; includes a dominant female, breeding male, and juveniles
Preferred Habitat: Traditionally found in anemones but adapts well to coral or rock shelters
Clutch Size: 200-400 eggs per spawn
Breeding Behavior: Eggs are laid on a secure surface and guarded by the male until hatching
Compatibility: Perfectly suited to the Living Ecosystems Aquarium and Living Blocks Reef structure

The Black Band Nemo is a captivating color variation of the beloved Oscellaris clownfish, sustainably cultured for marine aquariums. Unlike the classic orange Nemo, this variety has a deep black body accented by bold white bands, offering a unique, striking contrast that stands out in any reef setting. With its distinctive coloration and curious nature, the Black Band Nemo brings a refined yet lively character to the tank.

Like other clownfish, Black Band Nemos have an engaging social structure. They live in small family groups, led by a dominant female with a breeding male and several juveniles. If the female is lost, the breeding male will transform into a female, and one of the juveniles steps up as the new male. This family hierarchy ensures a harmonious, stable group dynamic, making them a fascinating addition to any aquarium.

While traditionally found in symbiosis with sea anemones, where they lay eggs and seek shelter, Black Band Nemos are adaptable and can thrive in other safe environments. The Living Ecosystems Aquarium provides ideal conditions, with the Living Blocks Reef offering protected spaces and overhangs that mimic the safety of anemones, allowing these fish to feel secure and at home.

Reproduction:
Black Band Nemos are attentive parents. The female lays 200-400 eggs on a secure, flat surface close to their chosen shelter. The male guards and fans the eggs, ensuring they receive adequate oxygen until they hatch. After about 6-10 days, the eggs hatch at night, releasing tiny fry into the water, which will drift before eventually settling and growing