European Grizzled Skipper
Pyrgus malvae

Pyrgus malvae, the grizzled skipper, is a butterfly species from the family Hesperiidae. It is a small skipper (butterfly) with a chequered pattern on its wings that appears to be black and white. This butterfly can be found throughout Europe and is common in central and southern regions of England. The butterfly prefers three major types of habitat: woodland, grassland, and industrial. Referenced as a superspecies, Pyrgus malvae includes three semispecies: malvae, malvoides, and melotis. Eggs are laid on plants that will provide warmth and proper nutrition for development. As larvae, their movement is usually restricted to a single plant, on which they will build tents, unless they move onto a second host plant. Larvae then spin cocoons, usually on the last host plant they have occupied, where they remain until spring. Upon emerging as adult butterflies, grizzled skippers are quite active during the day and tend to favour blue or violet-coloured plants for food. They also possess multiple methods of communication; for example, vibrations are used to communicate with ants, and chemical secretions play a role in mating. Exhibiting territorial behaviour, males apply perching and patrolling strategies to mate with a desired female. Source
Where it is now
No records in the last 8 weeks. It may be out of season where the observers and sensors are.
See the European Grizzled Skipper on the live map
Movement and weather
Over the weeks it was present in the past year, its centre in Europe ranged from 48°N in April to 61°N in June, about 1,500 km apart.
Arrival dates
The week it was first heard regularly in each region, after at least six weeks away. Dates differ from south to north, so a region has a range.
| Region | First arrival | Last arrival | Typical peak | Areas |
|---|---|---|---|---|
| Europe | 30 March 2026 | 27 April 2026 | 4 May 2026 | 4 |
Figures are effort corrected and come from automatic sound identification, which makes mistakes. How this is measured and how it compares with human observers.