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Red-necked Grebe (Podiceps grisegena) — photo 1 of 4
© Donald Hobern from Copenhagen, Denmark CC BY 2.0
Red-necked Grebe (Podiceps grisegena) — photo 2 of 4
© Roman Titov cc-by
Red-necked Grebe (Podiceps grisegena) — photo 3 of 4
© Mdf CC BY-SA 3.0
Red-necked Grebe (Podiceps grisegena) — photo 4 of 4
© Richard Littauer cc-by

Grebes

Red-necked Grebe

Podiceps grisegena

Year-round

How to recognize it

  • 40–50 cm long in the nominate subspecies

  • In breeding plumage: black cap, pale grey cheeks, rusty-red front of neck

  • In winter: dusky grey plumage, cap merging into grey face, pale front of neck

  • Dives swiftly when alarmed rather than taking flight

About the species

On breeding lakes, a red-necked grebe has a rusty-red neck beneath a black cap, with pale grey cheeks set against a dark back and white underparts. Its long, straight bill is mostly dark, with a yellow patch at the base. In winter, the red fades and the head turns dusky grey, while a pale crescent curves around the back of the face.

It swims low and dives quickly, disappearing beneath the surface when danger comes; on land, its far-back legs make walking awkward. In breeding season, pairs give a loud, wavering "uooooh" call, sometimes together, but they are mostly quiet the rest of the year. Newly hatched chicks spend much of their first days riding on a parent’s back.

It nests on shallow freshwater lakes, marshes and ponds, usually among reeds and other water plants, where it builds a floating platform. It dives for fish and aquatic insects, and also takes insect larvae, crayfish and molluscs; in winter, fish make up most of its food. Most migrate to coastal waters for winter, though some stay on large lakes that remain ice-free.

Where to find

  • During the breeding season, listen for a loud, broken trill from the reeds at small, overgrown freshwater ponds and quiet river backwaters.

  • In winter, watch for dives for fish in the shallow water of sea bays and estuaries, especially near banks and islands.

  • At favored stopover waters during migration, large concentrations sometimes gather — scan the surface for dense groups.

You might also see

Sources

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