Species profile · Published: · Reviewed:

Vanessa atalanta

Lepidopteran in the family Nymphalidae, subfamily Nymphalinae.

A butterfly in the family Nymphalidae with dark-colored wings and red bands, found in temperate regions of the Northern Hemisphere.

How to identify it

At a glance

Essentials

Size
Wingspan up to 64 mm. The range may vary with age, sex and population.
Distribution
Found in the temperate Northern Hemisphere, including the Hawaiian Islands and the Caribbean.
Habitat
Temperate regions of Europe, Asia, North America, Central America, and northern Africa.
Activity
Long-distance seasonal migration, often at high altitude, taking advantage of winds.
Diet
Adults feed on flower nectar (such as from *Buddleja*) and very ripe or fermenting fruit.
Conservation
Not threatened (NatureServe); Least Concern (IUCN).

Observation guide

What to look for

  1. 01

    Wing pattern with a transverse red band on the forewings and a red band on the hindwings, against a dark background.

  2. 02

    Subapical white spots at the tips of the forewings.

  3. 03

    Medium to large wingspan, which can reach 64 mm.

An important limitation

Lighting, age and viewing angle can hide features. If identification affects consumption, handling or conservation, consult specialist sources.

Ecology

Description and characteristics

Vanessa atalanta is a lepidopteran species in the family Nymphalidae. It is distinguished by its dark brown to black wings, which bear a bright red transverse band on the forewings and a red band on the hindwings, along with subapical white spots. It is a medium- to large-sized butterfly, with a wingspan that can reach 64 mm. In northern Europe, it is one of the last butterfly species to be seen before the arrival of winter, visiting ivy flowers on sunny days. Overwintering individuals tend to show darker coloration than the spring generation. This species is known for the territorial behavior of males, which defend specific areas to court females, and for its ability to migrate long distances, using air currents to save energy during seasonal movements.

Keep exploring

Other connected profiles