Bismarck Kingfisher vs Eisvogel
Ceyx websteri verglichen mit Alcedo atthis
Side-by-Side Comparison
| Merkmal | Bismarck Kingfisher | Eisvogel |
|---|---|---|
| Wissenschaftlicher Name | Ceyx websteri | Alcedo atthis |
| Ordnung | Coraciiformes | Coraciiformes |
| Familie | Alcedinidae | Alcedinidae |
| Erhaltungsstatus | Vulnerable | Least Concern |
| Länge | — | 17,0 cm (6.7 in) |
| Flügelspannweite | 17,8 cm (7.0 in) | 25,0 cm (9.8 in) |
| Gewicht | 59,333333333333336 g (2.09 oz) | 36,0 g (1.27 oz) |
| Ernährung | -- | Small fish, aquatic insects, and crustaceans. Hunts from a low perch over water, diving headfirst … |
| Gelegegröße | -- | 3-10 |
| Population Trend | — | — |
Size Comparison
Habitat Comparison
Gemeinsame Lebensräume
Bismarck Kingfisher only
Eisvogel only
Eisvogel
Clear, slow-flowing rivers, streams, lakes, and ponds with suitable perching and nesting banks. Requires clean water with good fish populations.
Song & Call Comparison
Bismarck Kingfisher
Eisvogel
A sharp, penetrating 'chee' whistle given in flight, often the first indication of its presence. Short, shrill single note as it darts low over rivers. Contact call is a rippling …
Geographic Range & Migration
Bismarck Kingfisher
Eisvogel
Widespread across Europe, Asia, and North Africa. Northern populations migrate south in winter.
Erhaltungsstatus
Bismarck Kingfisher
Eisvogel
How to Tell Them Apart
Bismarck Kingfisher
Eisvogel
Brilliant electric blue upperparts and orange underparts. Blue-green crown with darker barring. White throat patch and cheek spots. A flash of blue in flight.
Long, straight, dagger-like dark bill — orange base on the lower mandible in females
About These Birds
Bismarck Kingfisher
The Bismarck Kingfisher is a vulnerable, small forest kingfisher endemic to the Bismarck Archipelago in Papua New Guinea. It has richly colored rufous and blue plumage typical of dwarf kingfishers. It inhabits the dark forest floor and undergrowth, hunting insects, small lizards, and other small vertebrates.
Eisvogel
Der Eisvogel ist ein leuchtendes Juwel an Wasserläufen; sein schillernd blaues Gefieder entsteht durch Lichtbrechung in der Federstruktur und nicht durch Pigmente. Der Vogel diente in Japan als Vorbild für die Formgebung des Shinkansen-Hochgeschwindigkeitszugs – die Form seines Schnabels wurde übernommen, um Schallknalle beim Verlassen von Tunneln zu verringern.