Euphyllia corals

Identity card

Euphyllia corals

Scientific name:
Euphyllia sp.
Family:
Caryophylliidae
Class:
Anthozoa
Phylum:
Cnidaria
Year of description:
N/A
IUCN Status:
Vulnerable
Distribution:

This type of coral is found in the Red Sea and in the Indo-Pacific Ocean as far as Samoa.

Habitat:

Euphyllia corals live between 2 and 35 metres deep in coral reefs.

Size:

N/A

Diet:

Zooplankton

Euphyllia corals
 

They feed on zooplankton that they catch with their tentacles, which are extended during the day.

Biomimetics: a new material that imitates coral help to remove toxic heavy metals such as mercury from the ocean.

They can reproduce asexually.

 

Did you know?

Where is the animal to be found?

Euphyllia corals live between 2 and 35 metres deep in coral reefs.

How can it be recognised?

Euphyllia corals are hard corals that live in colonies. Their polyps are very large and the skeletons, called corallites, are formed of separate elongated tubes called phaceloids. They belong to the reef-building Scleratinia, or hard corals. The tentacles of Euphyllia cause a painful rash. These are very ancient corals that were living when the first mammals roamed the earth.

What is distinctive about it?

Euphyllia corals help to create an important and diverse reef ecosystem. The more diverse a reef is, the more resilient it is. As well as the ecological benefit they bring, corals reefs are of major economic, social and cultural importance for the countries they border. They play a large part in regulating the greenhouse effect and global warming.

Nausicaá Med fund

Support coral reefs

Nausicaá supports the work of Reefscapers who restore coral reefs in Mauritius by installing artificial reef structures.

Where can I find it at Nausicaá?

Mankind and Shores

Euphyllia corals

The Ocean Mag

Browse through our Ocean Mag

In the spotlight

Nausicaá forum on the deep sea

Faced with the threat of deep-sea mining, we must join forces to protect the deep seabed!

Faune abyssale ifremer

Article

Life in the depths: how do creatures in the abyss adapt to extreme living conditions?

What are the physical characteristics that allow them to survive in the depths of the ocean?

Article

Reproduction and the preservation of biodiversity

At Nausicaá, reproduction is a necessary step for the preservation of biodiversity.