Ring Ouzel
Turdus torquatus

The ring ouzel is a mainly European member of the thrush family Turdidae. It is a medium-sized thrush, 23–24 centimetres (9.1–9.4 in) in length and weighing 90–138 grams (3.2–4.9 oz). The male is predominantly black with a conspicuous white crescent across its breast. Females are browner and duller than males, and young birds may lack the pale chest markings altogether. In all but the northernmost part of its range, this is a high-altitude species, with three subspecies breeding in mountains from Ireland east to Iran. It breeds in open mountain areas with some trees or shrubs, the latter often including juniper and other treeline conifers, rowan, bilberry, heather, and hairy alpenrose. It is a migratory bird, leaving the breeding areas to winter in southern Europe, North Africa and Turkey, typically in mountains with junipers. The typical clutch is 3–6 brown-flecked pale blue or greenish-blue eggs. They are incubated almost entirely by the female, with hatching normally occurring after 13 days. The altricial, downy chicks fledge in another 14 days and are dependent on their parents for about 12 days after fledging. Source
Where it is now
In the last 8 weeks this bird was recorded 4,245 times across 34 areas (each area is a 5 degree square).
See the Ring Ouzel on the live map
Movement and weather
Each season it is first heard regularly where daytime highs are around 9°C (typically 7 to 12°C, from 8 areas). That holds across 20° of latitude, which suggests its timing follows temperature more than the calendar.
Over the weeks it was present in the past year, its centre in Europe ranged from 47°N in January to 70°N in June, about 2,500 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 | 17 November 2025 | 20 April 2026 | 6 April 2026 | 8 |
Figures are effort corrected and come from automatic sound identification, which makes mistakes. How this is measured and how it compares with human observers.