The underwater refugee of the forest floor. A mushroom that looks like it belongs on a reef. The fruiting body is a cluster of branching, upright structures. They are pale grey to whitish or pale buff. They stand three to eight centimetres tall. The branches are smooth to wrinkled. They are often flattened or creased. The tips are blunt and rounded. They look like coral. They look like the antlers of a miniature deer. They look like a frozen explosion. A fungus that belongs in the ocean. This is not a mushroom that would ever be mistaken for something else. There is nothing else in the forest that looks quite like it. The coral-like branches are tough and rubbery. They bend without breaking. They persist for weeks. They slowly darken with age. The texture is distinct. The form is unique. It stands out against the leaf litter. It demands attention. It offers no explanation. Biologically, the Coral Fungus is both a mycorrhizal partner and a saprotroph. Its mycelium wraps around the roots of beech and podocarp trees. It exchanges nutrients for carbohydrates. It also decomposes organic matter in the soil. It is a generalist. It is a survivor. It thrives in a wide range of forest conditions. The dual role is efficient. The strategy is flexible. It takes from the dead. It gives to the living. It survives by doing both. The Coral Fungus is not edible. It is tough and rubbery. It has no flavour to speak of. Some species of coral fungus can cause stomach upset. The risk is not worth the reward. But its beauty is in its strangeness. Its unexpected resemblance to a completely different world is the point. It does not need to be eaten to be valued. It needs to be seen. It needs to be recognised. To find a Coral Fungus is to find a piece of the ocean in the middle of the forest. The beech forest is quiet. The coral fungus grows from the leaf litter. It is pale grey and branching. It looks like something that should be underwater. It does not know it is out of place. It does not know it looks like a reef. It just exists. It just grows. It just persists. It just wants to trade nutrients with a tree. The boundaries between ecosystems are not as fixed as they seem. The forest floor holds secrets. The ocean's shape appears on land. The fungus bridges the gap. It connects the deep sea to the deep woods. It does so silently. It does so effectively. The mimicry is accidental. The result is striking. The observer is confused. The fungus is indifferent. It carries on. The branches reach up. The mycelium reaches down. The connection is made. The cycle continues. The coral remains on land.