3 Euros (Deep-sea Anglerfish) 2023 front 3 Euros (Deep-sea Anglerfish) 2023 back
3 Euros (Deep-sea Anglerfish) 2023 photo
© papilio (CC BY-NC-SA)

3 Euros Deep-sea Anglerfish

2023 year
Copper-nickel 16 g 34 mm
Description
Issuer
Austria
Period
Second Republic (1945-date)
Type
Non-circulating coin
Year
2023
Value
3 Euros 3 EUR = USD 3.31
Currency
Euro (2002-date)
Composition
Copper-nickel
Weight
16 g
Diameter
34 mm
Shape
Round
Technique
Milled, Coloured
Orientation
Medal alignment ↑↑
Updated
2024-10-04
References
Numista
N#379603
Rarity index
53%

Reverse

DEEP-SEA ANGLERFISH

Script: Latin

Lettering:
TIEFSEE-ANGLERFISCH
2023
300m
400m
500m
600m

Designers: Kathrin Kuntner, Rebecca Wilding

Edge

Reeded

Comment

As dark and scary as the deep blue sea itself, a black coin like the Deep-sea Anglerfish has never been seen before. When illuminated with ultraviolet light its secret is revealed as you come face to face with a scary sea monster. A highlight of Luminous Marine Life, the fourth coin in the 3 euro series is more than worthy of a sea creature that could not be more extraordinary.

With a spherical body, large head and a mouth packed with sharp teeth, deep-sea anglerfish are bizarre-looking creatures found below a depth of 300 metres in all the world's oceans. With a body length of between 6 centimetres and 1.2 metres, it is amazing how much larger the female is than the male, which tends to reach only a few centimetres in length.

To catch their prey, female deep-sea anglerfish are equipped with a ‘fishing rod’ (illicium) and attached ‘lure’ (esca), which is usually equipped with a luminescent organ. The internal structure of the esca is complex and includes a bewildering variety of vesicles filled with luminescent bacteria. In addition to the esca’s luminescent organ, all species of the genus Linophryne possess a light-producing barbel on the hyoid bone. However, the barbel’s light does not come from light-producing bacteria but from a photogenic granulate lying between the cells. The independent development of two different light-producing mechanisms in this genus is unique in the natural world.