Where Do Puffins Live? Map of Their Habitat and Range

Puffins live across the cold northern oceans of both the Atlantic and Pacific, breeding on rocky offshore islands and sea cliffs from Iceland and Norway to Newfoundland in the Atlantic, and from Alaska and Siberia to the coasts of British Columbia and Japan in the Pacific. Three species share the genus Fratercula, and together they ring much of the subarctic and boreal coastline of the Northern Hemisphere. Their range shifts dramatically between seasons, though, because puffins spend most of the year far out at sea, returning to land only to breed.

The Atlantic Puffin’s Breeding Strongholds

The Atlantic puffin (Fratercula arctica) is the species most people picture when they hear the word “puffin,” and its breeding range stretches from the coasts of Maine in the western Atlantic to northern Norway, Svalbard, and Iceland in the east. Iceland dominates the picture: most of the world’s Atlantic puffins breed there, with enormous colonies concentrated along the Westman Islands, Látrabjarg cliffs, and other coastal sites.¹ Estimates have historically placed Iceland’s share of the global population at roughly 60 percent, though sharp declines in recent decades have complicated that figure.

In Europe beyond Iceland, major colonies are found on the Faroes, along the Norwegian coast (especially the Røst archipelago in Lofoten), on Scotland’s islands and sea stacks, in Wales (Skomer Island being a standout), and on scattered islands off Ireland and Brittany. Farther north, birds breed on Svalbard and even on remote islands off Greenland. In North America, the species’ stronghold is Witless Bay, Newfoundland, where more than half the continent’s breeding population nests.¹ Smaller colonies dot the coasts of Labrador, Quebec’s North Shore, and a handful of islands in the Gulf of Maine, which marks the species’ southern breeding limit in the western Atlantic.

Wherever they breed, Atlantic puffins are island specialists. They gather on offshore islands and lay a single egg in a burrow dug into soil or tucked inside a rocky crevice.¹ Soft, well-drained turf on clifftops is prime real estate for burrowing, which is why puffin colonies often share grassy slopes with rabbits and shearwaters. Islands free of rats, foxes, and other ground predators are essential; mainland colonies are extremely rare because mammalian predators quickly wipe out burrow-nesting birds.

Tufted and Horned Puffins in the Pacific

The Pacific Ocean has its own two puffin species, and their ranges overlap considerably. The tufted puffin (Fratercula cirrhata) breeds from the Channel Islands off southern California all the way up the coast through Oregon, Washington, British Columbia, and Alaska, continuing across the Aleutian chain and into the Russian Far East, including the Kuril Islands and the Sea of Okhotsk. The horned puffin (Fratercula corniculata) is more northerly, breeding primarily in Alaska and eastern Siberia, with a range that extends into the Bering Sea and the Aleutians.

Tufted puffins have drawn particular conservation concern because their breeding numbers tell very different stories depending on where you look. Colonies in the California Current ecosystem, which stretches from southern British Columbia to Baja California, have experienced nearly uniform, long-term declines over the past century. Farther north in the Gulf of Alaska, declines have been documented at two large colonies. But in the Bering Sea and Aleutian Islands, the pattern reverses: four out of five monitored colonies showed positive trends.² This north-south split suggests that warming ocean conditions are squeezing tufted puffins out of their southern range while populations in colder northern waters remain stable or grow.

Horned puffins, being more restricted to the Bering Sea, Aleutians, and Gulf of Alaska to begin with, face a narrower but still significant set of pressures. They tend to nest in rocky crevices and cliff faces rather than digging burrows, which shapes where exactly they can set up colonies.

Where Puffins Go in Winter

Once breeding season ends in late summer, puffins abandon their colonies and head out to the open ocean, where they spend roughly eight months at sea. This pelagic phase makes them essentially invisible to casual observers, and it was only with the advent of miniature tracking devices that scientists began to understand where they actually go.

Atlantic puffins spread across the North Atlantic in winter, with birds from different colonies fanning out over an enormous area from the Grand Banks off Newfoundland to waters west of the Iberian Peninsula and into the central North Atlantic. Some individuals rarely cross the entire Atlantic basin during the nonbreeding season.¹ Tracking studies of birds from High Arctic Greenland have revealed a striking split: females from those populations migrated south toward the warmer limits of the species’ range, while males stayed at the northern edge, wintering near the sea-ice margin in water up to 10°C colder than where the females spent the winter.³ That kind of sexual segregation in wintering habitat was unexpected and hints at different survival strategies between the sexes.

Tufted puffins tracked from North American colonies spent the nonbreeding season primarily in the deep offshore waters of the eastern Gulf of Alaska and the adjacent Northeast Pacific, staying out for an average of about 152 days before starting spring migration back to colonies by late March.⁴ Compared to Atlantic puffins, tufted puffins appear to stay somewhat closer to their breeding areas during winter, though “close” is relative when you are hundreds of kilometers offshore.

Three Subspecies and How Geography Shapes Them

The Atlantic puffin is formally divided into three subspecies that correspond roughly to latitude. The largest, Fratercula arctica naumanni, breeds in the High Arctic on Svalbard, northern Greenland, and Arctic Canada. It is distinctly bigger than the other two, likely an adaptation to conserving heat in extreme cold. The nominate F. a. arctica breeds across Iceland, southern Norway, and much of the rest of the temperate-to-subarctic breeding range. The smallest, F. a. grabae, is associated with colonies in the British Isles and Brittany. Despite the naming convention, the size difference between arctica and grabae is subtle and hard to pin down from measurements alone, while naumanni stands apart clearly.⁵

Genomic work has confirmed that these size differences are not just a gradual cline. Whole-genome comparisons between High Arctic naumanni and boreal arctica puffins have identified hundreds of genes that differ between the two subspecies, many of them linked to body size, skeletal development, fat accumulation, and even sensory systems.⁶ A puffin living year-round in near-freezing Arctic waters genuinely is a different animal, physiologically speaking, from one breeding on a temperate Welsh island. Both populations have experienced a significant loss of genetic diversity and an increase in inbreeding over the past century, a worrying sign that the populations may be less resilient to future environmental shifts than they once were.⁷

Ocean Temperature and What It Means for Puffin Range

Puffins are tied to cold, productive seas, and their range boundaries follow ocean temperature more closely than they follow latitude lines on a map. Atlantic puffins breed most successfully when local sea surface temperatures sit around 7°C during the chick-rearing period. A 128-year analysis of one colony’s chick production found that roughly 72 percent of the variation in productivity could be explained by a model peaking at that temperature, meaning both unusually cold and unusually warm waters dragged breeding success down.⁸ That parabolic sweet spot has real consequences: as Atlantic waters warm, colonies at the southern edge of the range are already slipping past the productive window.

The Gulf of Maine, which hosts the southernmost regular Atlantic puffin colonies in the western hemisphere, illustrates the problem vividly. The years 2012 and 2013 brought extreme sea surface warming to that region, and puffin hatching success and productivity dropped sharply.⁹ Warm water pushes the small fish that puffins depend on, like sand lance and herring, deeper or farther north, forcing breeding adults to travel greater distances and bring back less food per trip. Geolocator studies of these southern-edge birds also show that they are essentially living at the limits of viability, making Maine’s puffin colonies something of a canary in the coal mine for the species’ broader response to warming.¹⁰

The same general pattern plays out for tufted puffins on the Pacific side. Their retreat from the California Current, which has warmed and become less productive for small forage fish over the past century, mirrors the stress that Atlantic puffins face at their own southern boundary.

Foraging Range and Why It Matters

During the breeding season, puffins are anchored to their colonies and can only fly so far to find food before they need to get back to their chick. How large that foraging radius is tells you a lot about how healthy the surrounding marine environment is. A comprehensive GPS-tracking study across four Atlantic puffin colonies found that birds in declining populations in southern Iceland and northwest Norway flew much farther per foraging trip than birds in stable colonies in northern Iceland and Wales. The stretched-out foraging ranges came with real costs: less frequent chick feedings and a more varied but lower-quality diet.¹¹

Puffins use a dual strategy, mixing short foraging trips close to the colony with longer ones farther out. When local waters are rich with sand lance and juvenile herring, most trips are short and the whole system works efficiently. When those prey species move away or decline, parents spend more time and energy on long-distance flights, and chick survival drops. The foraging radius is essentially a thermometer for the local ecosystem: expanding circles around a colony are a warning sign.

Vagrants and Unexpected Sightings

Puffins occasionally turn up far outside their normal range, and these records are scientifically interesting because they hint at the outer envelope of where the species can wander. One of the more remarkable recent records involved an Atlantic puffin found on the Mediterranean coast of Israel in September 2018, more than 1,500 kilometers farther east than any previous recovery of a British or Irish ringed puffin in the Mediterranean.¹² Based on its body measurements, the bird likely came from a UK or Irish colony. It had somehow navigated through the Strait of Gibraltar and the entire length of the Mediterranean, a journey well outside normal puffin behavior.

Storm-driven vagrants have also been recorded inland in Europe and North America. After strong Atlantic storms, exhausted puffins have occasionally been picked up in farm fields, parking lots, and even city streets in the UK and eastern Canada. These stranding events are uncommon and almost always involve birds weakened by bad weather or starvation, not healthy birds exploring new territory. Still, they expand the “map” of where a puffin might be encountered, even if temporarily.

Puffin Habitat and Offshore Wind Farms

Because puffins forage in the same shallow, productive shelf waters where many nations are building offshore wind energy infrastructure, the overlap between puffin habitat and industrial development is a growing concern. A GPS study of puffins breeding off the east coast of England found that the birds’ core foraging areas overlapped with proposed offshore wind farm zones by as much as 84 percent for the most concentrated activity areas and about 50 percent for the broader foraging range.¹³ Whether wind turbines actually harm puffins is still debated. Puffins fly low and fast, which in theory puts them at lower collision risk than larger seabirds. But displacement from important foraging areas, where the turbines simply scare puffins away from good fishing grounds, could have subtler and harder-to-measure effects.

The issue extends beyond any one country. The North Sea, Irish Sea, and coastal waters off Norway and Scotland are all prime puffin habitat and prime targets for offshore renewable energy. Understanding exactly where puffins feed, dive, and transit during the breeding season is now an active area of research precisely because conservation planners need fine-grained maps to site wind farms in ways that minimize conflict.

Reintroduction and Range Restoration

Puffins were wiped out from several former breeding sites by human activities, including egg collecting, hunting, and the introduction of predators like rats and mink. The most famous restoration effort took place on islands in the Gulf of Maine, where Atlantic puffins were extirpated in the late 1800s. In the 1970s and 1980s, conservationists began translocating chicks from Newfoundland and hand-rearing them on Eastern Egg Rock and Seal Island, using decoys and audio playback of puffin calls to lure birds back to these abandoned colonies.¹⁰ The technique worked. Both islands now support breeding populations, though they remain small and vulnerable.

The Maine project became a template for seabird restoration worldwide. Similar approaches have been used for terns, petrels, and albatrosses on islands across the globe. For puffins specifically, rat eradication on islands in the UK (particularly in the Scilly Isles and parts of Scotland) has allowed colonies to recover naturally once the predator pressure was removed. Restoring puffins to a former site is not just a matter of bringing birds back; the island’s soil and vegetation need to support burrowing, and the surrounding waters need to supply enough small fish to sustain a colony. Getting all three factors right at the same time is the challenge.

Where to Actually See Puffins

If you want to see puffins in person, timing and location matter enormously. Puffins are only on land from roughly April through August, depending on latitude, and outside that window they are hundreds of kilometers out at sea. In the Atlantic, the most accessible viewing sites include Skomer Island and the Pembrokeshire coast in Wales, the Farne Islands in northeast England, Lunga and Staffa in Scotland, the Skellig Islands off Ireland, Runde and Røst in Norway, Grímsey Island and the Westman Islands in Iceland, and Witless Bay and Elliston in Newfoundland. Many of these islands run regular boat tours during the nesting season, and at peak times you can sit within a few meters of puffins carrying fish back to their burrows.

In the Pacific, tufted and horned puffins are best seen in Alaska, particularly on the Pribilof Islands, the Alaska Maritime National Wildlife Refuge (which encompasses hundreds of remote islands across the Aleutians), and around Seward and Kenai Fjords National Park, where boat tours regularly encounter both species. Farther south along the Oregon and Washington coasts, tufted puffins can sometimes be spotted at Haystack Rock in Cannon Beach during summer, though their numbers there have dwindled. The contrast between the bustle of an Alaskan colony with tens of thousands of birds and the handful of tufted puffins clinging to a rock in Oregon underscores the ongoing northward contraction of their range.

1
Birds of the World (Cornell Lab of Ornithology). Atlantic Puffin (Fratercula arctica)
2
Bird Conservation International. Range-wide changes in the North American Tufted Puffin breeding population over 115 years
3
PubMed Central. Migratory movements of Atlantic puffins Fratercula arctica naumanni from high Arctic Greenland
4
Frontiers in Marine Science. Light-level geolocation reveals the short-distance non-breeding movements and distribution of tufted puffins throughout the Northeast Pacific Ocean
5
PubMed Central. Size variation in mid-Holocene North Atlantic Puffins indicates a dynamic response to climate change
6
PubMed Central. Single Nucleotide Polymorphisms, Structural Variants, and Short Tandem Repeats Capture Distinct Signals of Adaptive Divergence in the Atlantic Puffin
7
PubMed Central. Hybridization of Atlantic puffins in the Arctic coincides with 20th-century climate change
8
PubMed. Centennial relationships between ocean temperature and Atlantic puffin production reveal shifting decennial trends
9
FACETS. Recent changes in the diet and survival of Atlantic puffin chicks in the face of climate change and commercial fishing in midcoast Maine, USA
10
Waterbirds. Overwinter Movement of Atlantic Puffins Breeding in the Gulf of Maine: Inter- and Intra-Colony Effects
11
PubMed. Local prey shortages drive foraging costs and breeding success in a declining seabird, the Atlantic puffin
12
Seabird Journal. Easternmost record of an Atlantic Puffin Fratercula arctica in the Mediterranean Sea on the coast of Israel
13
Ringing & Migration. Using GPS technology to assess feeding areas of Atlantic Puffins Fratercula arctica