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Northern fulmar

From Wikipedia, the free encyclopedia

Northern fulmar
Northern-Fulmar2 cropped.jpg
Scientific classification edit
Kingdom: Animalia
Phylum: Chordata
Class: Aves
Order: Procellariiformes
Family: Procellariidae
Genus: Fulmarus
F. glacialis
Binomial name
Fulmarus glacialis
(Linnaeus, 1761)[2]

Fulmarus glacialis glacialis
(Linnaeus, 1761)[3]
Fulmarus glacialis auduboni
Fulmarus glacialis rodgersii

Range of F. glacialis
  Breeding range
  Wintering range

Procellaria glacialis Linnaeus, 1761

Bird Sound

The northern fulmar (Fulmarus glacialis), fulmar,[2] or Arctic fulmar[4] is a highly abundant seabird found primarily in subarctic regions of the North Atlantic and North Pacific oceans. There has been one confirmed sighting in the Southern Hemisphere, with a single bird seen south of New Zealand.[5] Fulmars come in one of two color morphs: a light one, with white head and body and gray wings and tail, and a dark one, which is uniformly gray. Though similar in appearance to gulls, fulmars are in fact members of the family Procellariidae, which include petrels and shearwaters.

The northern fulmar and its sister species, the southern fulmar (Fulmarus glacialoides), are the extant members of the genus Fulmarus. The fulmars are in turn a member of the order Procellariiformes, and they all share certain identifying features. First, they have nasal passages that attach to the upper bill called naricorns; however, nostrils on albatrosses are on the sides of the bill, as opposed to the rest of the order, including fulmars, which have nostrils on top of the upper bill. The bills of Procellariiformes are also unique in that they are split into between seven and nine horny plates. One of these plates makes up the hooked portion of the upper bill, called the maxillary unguis. They produce a stomach oil made up of wax esters and triglycerides that is stored in the proventriculus. This can be sprayed out of their mouths as a defense against predators from a very early age, and as an energy rich food source for chicks and for the adults during their long flights.[6] It will mat the plumage of avian predators, and can lead to their death.[7] Finally, they also have a salt gland that is situated above the nasal passage that helps desalinate their bodies, due to the high amount of ocean water that they imbibe. This gland excretes a high saline solution from their nose.[7]

The northern fulmar was first described as Fulmarus glacialis by Carl Linnaeus in 1761, based on a specimen from within the Arctic Circle, on Spitsbergen.[4] The Mallemuk Mountain in Northeastern Greenland is named after the northern fulmar (Danish: Mallemuk).


The northern fulmar consists of three subspecies:[8]


Fulmarus glacialis can be broken down to the Old Norse word full meaning "foul" and mar meaning "gull". "Foul-gull" is in reference to its stomach oil and also its superficial similarity to gulls. Finally, glacialis is Latin for "glacial" because of its extreme northern range.[9]

In Shetland, the bird is known by the name mallie.[10]


Bird Sound

The northern fulmar has a wingspan of 102 to 112 cm (40–44 in)[4] and is 46 cm (18 in) in length.[11][12][13] Body mass can range from 450 to 1,000 g (16 to 35 oz).[14] This species is gray and white with a pale yellow, thick bill and bluish legs.[15] However, there are both a light morph and dark, or "blue," morph; in the Pacific Ocean there is an intermediate morph as well. Only the dark morph has more than dark edges on the underneath but they all have pale inner primaries on the top of the wings. The Pacific morph has a darker tail than the Atlantic morph.[4][11][12][15][16][17][18]

Like other petrels, their walking ability is limited, but they are strong fliers, with a stiff wing action quite unlike the gulls. They look bull-necked compared to gulls, and have short stubby bills.[15] They are long-lived, with a lifespan of 31 years not uncommon.[19]

Population and trends[20]
Location Breeding population Winter population Breeding trend
Faroe Islands 600,000 pairs 500,000–3,000,000 individuals stable
Greenland 120,000–200,000 pairs 10,000–100,000 individuals stable
France 1,300–1,350 pairs 100–500 individuals increasing
Germany 102 pairs increasing
Iceland 1,000,000–2,000,000 pairs 1,000,000—5,000,000 individuals decreasing
Ireland 33,000 pairs increasing
Denmark 2 pairs 200–300 individuals increasing
Norway 7,000–8,000 pairs increasing
Svalbard 500,000–1,000,000 pairs increasing
Russia (Europe) 1,000–2,500 pairs
United Kingdom 506,000 pairs
Canada, Russia (Asia), & US 2,600,000–4,200,000 pairs
Total (adult individuals) 15,000,000–30,000,000 increasing



This fulmar will feed on shrimp, fish, squid, plankton, jellyfish, and carrion, as well as refuse.[4][7][16][17] When eating fish, they will dive up to several feet deep to retrieve their prey.[13]


Egg, (coll.MHNT)
Egg, (coll.MHNT)
Northern fulmar on Skomer Island
Northern fulmar on Skomer Island
Nests in County Mayo, Ireland
Nests in County Mayo, Ireland
A fulmar flying in Kongsfjord, Ny Alesund, Svalbard
A fulmar flying in Kongsfjord, Ny Alesund, Svalbard

The northern fulmar starts breeding at between six and twelve years old. It is monogamous, and forms long-term pair bonds. It returns to the same nest site year after year.[7] The breeding season starts in May;[4] however, the female has glands that store sperm to allow weeks to pass between copulation and the laying of the egg.[7] Their nest is a scrape on a grassy ledge or a saucer of vegetation on the ground, lined with softer material. The birds nest in large colonies[4][7][13][16][17] Recently, they have started nesting on rooftops and buildings.[4] Both sexes are involved in the nest-building process.[7] A single white egg, 74 mm × 51 mm (2.9 in × 2.0 in),[7] is incubated for a period of 50 to 54 days, by both sexes. The altricial chick is brooded for 2 weeks[21] and fully fledges after 70 to 75 days. Again, both sexes are involved.[4][7] During this period, the parents are nocturnal, and will not even being inactive on well-lit nights.[7]

Social behaviour

The mating ritual of this fulmar consists of the female resting on a ledge and the male landing with his bill open and his head back. He commences to wave his head side to side and up and down while calling.[7]

They make grunting and chuckling sounds while eating and guttural calls during the breeding season.[16][17]


The northern fulmar is estimated to have between 15,000,000 and 30,000,000 mature individuals that occupy an occurrence range of 28,400,000 km2 (11,000,000 sq mi) and their North American population is on the rise, hence it is listed with the IUCN as Least Concern.[20] The range of these species increased greatly last century due to the availability of fish offal from commercial fleets, but may contract because of less food from this source and climatic change.[4] The population increase has been especially notable in the British Isles.[16]

Anthropogenic impact

Biomagnification accounts for the increase in toxicity of plastic pollution up tropic levels among marine life and even humans.
Biomagnification accounts for the increase in toxicity of plastic pollution up tropic levels among marine life and even humans.

Northern fulmars' stomach contents are a hallmark indicator of marine debris in marine environments because of their high abundance and wide distribution.[22] A study of 143 northern fulmars from 2008 to 2013 found 89.5% of them containing microplastics within their gastrointestinal tracts. A mean score of 19.5 pieces of plastic and 0.461 g per individual was calculated.[23] This is considerably higher than in past studies on northern fulmars, possibly implying increasing plastic debris in marine ecosystems and shorelines. However, more research is needed to substantiate such conclusion. Long-term data from the Netherlands dating back to the 1980s show an increase in consumer plastics and a decrease in industrial plastics in the stomach contents of fulmars.[22] The increased plastic ingestion can occur through biomagnification: their diet consists of such invertebrates like plankton that have shown an increase of consumption of microplastics entering the ocean. By going deeper into the food web of marine life, it is evident that fulmars could be indirectly affected through tropic transfer and biomagnification, and similarly could also affect their predators ingestion of plastic pollution. With the increase in freshwater pollution of plastic debris, there may be a further rise in microplastic content of seabird gastrointestinal tracts.


  1. ^ BirdLife International (2018). "Fulmaris glacialis". IUCN Red List of Threatened Species. 2018: e.T22697866A132609419. Retrieved 9 December 2020.
  2. ^ a b BirdLife International 2009b
  3. ^ Brands 2008
  4. ^ a b c d e f g h i j Maynard 2003
  5. ^ "A new bird for New Zealand – northern fulmar". 14 March 2016.
  6. ^ Double 2003
  7. ^ a b c d e f g h i j k Ehrlich, Dobkin & Wheye 1988
  8. ^ Clements 2007
  9. ^ Gotch 1995
  10. ^ Graham, John. "Mallie". Shetland Forwirds. Retrieved 2020-03-24.
  11. ^ a b Sibley 2000
  12. ^ a b Floyd 2008
  13. ^ a b c Harrison & Greensmith 1993
  14. ^ Strøm 2011
  15. ^ a b c Peterson 1961
  16. ^ a b c d e Bull & Farrand 1993
  17. ^ a b c d Udvarty & Farrand 1994
  18. ^ Dunn & Alderfer 2006
  19. ^ BirdLife International 2004
  20. ^ a b BirdLife International 2009a
  21. ^ Hauber, Mark E. (1 August 2014). The Book of Eggs: A Life-Size Guide to the Eggs of Six Hundred of the World's Bird Species. Chicago: University of Chicago Press. p. 42. ISBN 978-0-226-05781-1.
  22. ^ a b Franeker, J.A.; van Blaize, C.; Danielsen, J. (2011). "Monitoring plastic ingestion by the northern fulmar Fulmarus glacialis in the North Sea". Environmental Pollution (Barking, Essex : 1987). 159 (10): 2609–2615. doi:10.1016/j.envpol.2011.06.008. OCLC 1018986498. PMID 21737191.
  23. ^ Terepocki, Alicia K.; Brush, Alex T.; Kleine, Lydia U.; Shugart, Gary W.; Hodum, Peter (2017-03-15). "Size and dynamics of microplastic in gastrointestinal tracts of Northern Fulmars (Fulmarus glacialis) and Sooty Shearwaters (Ardenna grisea)". Marine Pollution Bulletin. 116 (1): 143–150. doi:10.1016/j.marpolbul.2016.12.064. ISSN 0025-326X. PMID 28063702.


External links

This page was last edited on 19 September 2021, at 01:27
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