Overview
Brief Summary
Biology
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Comprehensive Description
- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Description
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Distribution
Global Range: Native to Eurasia; introduced in the U.S. in New York City in 1890. Now breeds from southeastern Alaska, across southern Canada, south through most of U.S. to southern Mexico; also in Bahamas, Cuba, Jamaica, and Puerto Rico (very local in the late 1980s). Periodically reported from St. Croix, Virgin Islands. Reported casually in Hawaii.
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Geographic Range
The European Starling Sturnus vulgaris is found in all but one of the world's six biogeographical realms, excepting (so far) the Neotropics. Dispersed mainly over its natural Palearctic region (from Central Siberia in the east and the Azores in the west to Norway in the north and the Mediterranean in the south), starlings were introduced to North America in 1890. Of the one hundred starlings released that year in New York City, only fifteen pairs survived. Over the next hundred years, starlings would increase a million-fold from the original fifteen. Because of their wide range of ecological tolerance, these birds were able to rapidly expand their range across the United States. The European Starling is found today sprawled from the Atlantic to the Pacific (east to west) and from Southern Canada to Northern Mexico (north to south). (Craig and Feare 1999; Feare 1984; Kahane 1988).
Biogeographic Regions: nearctic (Introduced ); palearctic (Native ); oriental (Introduced ); ethiopian (Native ); australian (Introduced )
Other Geographic Terms: cosmopolitan
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National Distribution
Canada
Origin: Exotic
Regularity: Regularly occurring
Currently: Present
Confidence: Confident
Type of Residency: Year-round
United States
Origin: Exotic
Regularity: Regularly occurring
Currently: Present
Confidence: Confident
Type of Residency: Year-round
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- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Range
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Physical Description
Morphology
Physical Description
Adult starling males and females mature to a length of about 21.5 centimeters (8.5 inches) and weigh between 2.5 and 3.5 ounces. Both males and females have similar iridescent green glossed feathers covering the back, nape, and breast. The black wings are occasionally seen with a veneer of green and purple. In winter when the tips of the feathers have eroded away, a white or cream colored "flecking" appears against a dusky black background, primarily on the breast. This accounts for the non-breeding plumage of the adult birds. The shape of these feathers is rounded at the base and jagged toward the tip. Both sexes also share similarities in leg color (reddish brown), iris color (dark brown), and in the seasonal changes in bill color (yellow during mating season, otherwise black). Sexual dimorphism is also plentiful. Males have elongated feathers over the breast, whereas females have short and petite plumes. Males sport a bluish spot at the base of their beaks, while the female displays a reddish pink speck. In juvenile birds, the fine gloss is not as noticeable as in the adults. Juvenile birds also tend to have more rounded tips at their wings. And unlike the adult yellow bill, juveniles display a brownish-black shade year-round. (Craig and Feare 1999; "European Starling Facts" 2000; Weber 1980).
Range mass: 70.0 to 100.0 g.
Average length: 21.5 cm.
Average wingspan: 40.0 cm.
Other Physical Features: endothermic ; homoiothermic; bilateral symmetry
Sexual Dimorphism: sexes alike
Average basal metabolic rate: 0.877 W.
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Size
- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Look Alikes
- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Ecology
Habitat
Habitat
The European Starling is a bird of lowlands, found mainly on non-mountainous terrain. During breeding season, these birds require holes for nesting, as well as fields of vegetation for feeding. For the remainder of the year, the starling utilizes a larger range of habitats, from open moorland to salt marshes. The usual nesting sites are holes and crevices in trees, buildings, and rooftops. Starlings too plunder on other birds' nests and use them as their own. (Feare 1984; Kahane 1988; "Encarta Online" 2000).
Habitat Regions: temperate ; terrestrial
Terrestrial Biomes: savanna or grassland ; chaparral
Other Habitat Features: urban ; suburban ; agricultural
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Water temperature and chemistry ranges based on 100 samples.
Environmental ranges
Depth range (m): 0 - 0
Temperature range (°C): 7.567 - 16.537
Nitrate (umol/L): 0.165 - 12.829
Salinity (PPS): 6.428 - 35.283
Oxygen (ml/l): 5.634 - 8.179
Phosphate (umol/l): 0.258 - 0.734
Silicate (umol/l): 0.987 - 11.140
Graphical representation
Temperature range (°C): 7.567 - 16.537
Nitrate (umol/L): 0.165 - 12.829
Salinity (PPS): 6.428 - 35.283
Oxygen (ml/l): 5.634 - 8.179
Phosphate (umol/l): 0.258 - 0.734
Silicate (umol/l): 0.987 - 11.140
Note: this information has not been validated. Check this *note*. Your feedback is most welcome.
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Comments: Found in a wide variety of habitats including open wood- lands, agricultural and urban areas. Roosts in trees, shrubs, or buildings, forages in open areas (Godfrey 1966). May use cavity as night roost during nonbreeding season; this cavity may be used for nesting by same bird(s). Cavity nester. Nests in tree hole, woodpecker hole, axil of coconut palm, bird box, or crevice in building. Competes with flicker, Lewis's Woodpecker, Gila Woodpecker, Great Crested Flycatcher, bluebirds, and other cavity nesters for nest sites.
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Habitat
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Migration
Non-Migrant: Yes. At least some populations of this species do not make significant seasonal migrations. Juvenile dispersal is not considered a migration.
Locally Migrant: Yes. At least some populations of this species make local extended movements (generally less than 200 km) at particular times of the year (e.g., to breeding or wintering grounds, to hibernation sites).
Locally Migrant: No. No populations of this species make annual migrations of over 200 km.
Resident throughout most its range, but some individuals migrate (mid-February to early March, late September to November).
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Trophic Strategy
Food Habits
The omnivorous European Starling can adapt to numerous kinds of food. It uses a "prying" and "open-bill probing" technique to allow them access foods that are protected by tough skins or shells. The birds insert their bill into the food, pry it open by widening their beaks, and expose the nourishment that is found inside. Foods eaten include seeds, insects, vertebrates, invertebrates, plants, and fruits (which will be later discussed under "Negative Economic Importance"). The most common animals eaten by the starling are centipedes, spiders, moths, earthworms. The most popular plants are berries, seeds, apples, pears, plums, and cherries. (Craig and Feare 1999; Feare 1984; "World Book Online" 2000).
Animal Foods: carrion ; insects; terrestrial non-insect arthropods; terrestrial worms
Plant Foods: seeds, grains, and nuts; fruit
Primary Diet: omnivore
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Comments: Approximately half of its diet is insects; feeds on weevils, cut-worms, beetles, grasshoppers, ants, etc. Also feeds on other invertebrates; spiders, millipedes, earthworms, and snails. Consumes a wide variety of fruits and grains. Avoids high-sucrose fruits (Avery et al. 1995).
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- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Associations
Ecosystem Roles
The abundance of European starlings makes them an important prey base for many small predators. European starlings are able to reproduce and invade new areas rapidly because they have many babies each year and because they can use a variety of foods and habitats. This also means that they can have large impacts on seed and fruit crops and insect populations. In areas where they are non-native they can displace the native species of birds that typically play these roles.
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Predation
European starlings typically congregate in large groups called flocks, except during the breeding season. Flocking together helps protect them from predators by increasing the number of birds that can watch for predators. Birds in the flock quickly warn others about the approach of a predator.
Known Predators:
- falcons (Falconidae)
- domestic cats (Felis silvestris)
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- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Known prey organisms
Annelida
Arthropoda
Insecta
This list may not be complete but is based on published studies.
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Known predators
Falconidae
Felis silvestris
This list may not be complete but is based on published studies.
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Associations
Animal / parasite / endoparasite
Brachylaimus fuscatus endoparasitises small intestine (first third) of Sturnus vulgaris
Remarks: Other: uncertain
Animal / parasite / ectoparasite / blood sucker
nymph of Ixodes ricinus sucks the blood of Sturnus vulgaris
Animal / parasite / ectoparasite
imago of Ornithomya avicularia ectoparasitises Sturnus vulgaris
Animal / parasite / endoparasite
Prosthorhynchus cylindraceus endoparasitises small intestine (middle third) of Sturnus vulgaris
Animal / parasite / endoparasite
Syngamus trachea endoparasitises trachea of Sturnus vulgaris
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Population Biology
- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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General Ecology
Nonbreeding: often gathers in large roosts. Often occurs in large mixed flocks with black-birds, cowbirds, and grackles (in summer and fall in northeastern U.S., Caccamise et al. 1983).
Commonly usurps the nest sites of native cavity-nesting birds (e.g., bluebirds, woodpeckers). However, an examination of Christmas Bird Count and Breeding Bird Survey data found that few, if any, native species have showed significant declines that could be attributed to starling competition. Only sapsuckers exhibited declines potentially attributable to starlings that were not countered by other data (Koenig 2003).
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Life History and Behavior
Behavior
Communication and Perception
European starlings are highly vocal all year long except when they are molting, when they are silent. The songs of males are highly variable and have many components. They warble, click, whistle, creak, chirrup, and gurgle. European starlings are also accomplished mimics, often copying songs or sounds of other birds and animals (frog calls, goats, cats), or even of mechanical sounds. European starlings can be trained to mimic human sounds in captivity. Other calls include a "querrr?" sound used while in flight, a metallic 'chip' that warns of a predator's presence, and a snarling call made while attacking intruders.
Communication Channels: visual ; tactile ; acoustic ; chemical
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Cyclicity
Comments: In late summer and fall forages during the day, returning late in afternoon, in small flocks, to night roost.
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Life Expectancy
Lifespan/Longevity
One wild European starling lived for 15 years and 3 months. Captive birds may be expected to have maximum lifespans of slightly longer than this.
Range lifespan
Status: wild: 15.0 (high) years.
Average lifespan
Status: wild: 183 months.
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Lifespan, longevity, and ageing
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Reproduction
Reproduction
Mating System: monogamous
Breeding season generally begins in the spring and ends in early summer (for the Northern Hemisphere, from late March until early July and for the Southern Hemisphere, from September to December). The length of the breeding season fluctuates from year to year. Endemic starlings in Europe commonly go through three distinct phases of breeding, each resulting in a clutch of eggs. The first clutch, containing about five eggs, is usually synchronized with egg laying of other starlings in the area. The second or "intermediate clutch" of eggs, is the result of the starlings' polygynous practice. The third clutch, which is not as synchronized as the first, typically occurs about forty to fifty days after the first. Starling eggs are predominantly glossy light blue and white. Incubation of these eggs lasts about eleven days. Females, with more developed incubation patches, incubate the eggs for the majority of time. Because of the starlings' high fertility as well as its polygyny, and its ability to utalize a broad spectrum of foods and habitats starlings are able to both multiply and invade rapidly. (Craig and Feare 1999; Kahane 1988).
Breeding interval: European starlings may lay more than one clutch in the same breeding season, particularly if the eggs or babies from the first clutch did not survive. It is more common for birds living in southern areas to have more than one clutch, probably because the breeding season is longer.
Breeding season: European starlings breed from March to July.
Range eggs per season: 4.0 to 7.0.
Range time to hatching: 15.0 (high) days.
Range fledging age: 21.0 to 23.0 days.
Key Reproductive Features: seasonal breeding ; gonochoric/gonochoristic/dioecious (sexes separate); fertilization
Average eggs per season: 5.
European starling chicks are helpless at birth. At first the parents feed them only soft, animal foods, but as they grow older the parents bring a wider variety of plant and animal foods. Both parents feed the young and remove their fecal sacs from the nest. Young leave the nest after 21 to 23 days but are fed by the parents for a few days after this. Males give little or no parental care to the last of clutches if they have had more than one clutch in the season. Once the young are living independently, they form flocks with other young birds.
Parental Investment: altricial ; male parental care ; female parental care
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Clutch size 4-9 (usually 5-7). Incubation by both sexes in turn, 12-15 days. Altricial, downy nestlings fed by parents for 20-22 days (Harrison 1978). One to 3 broods per year. Female may lay egg in nest of another starling. Polygyny and communal breeding have been documented (see Pinxton et al., 1994, Auk 111:482-486).
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- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Growth
- Adeney J.M. 2001. Introduced Species Summary Project: European Starling (Sturnus vulgaris). Available online.
- Chapman F.M. 1966. Handbook Of Birds Of Eastern North America. Dover Publications, Inc. New York. 581 p.
- Chow, J. 2000. Sturnus vulgarisi, Animal Diversity Web. Available online.
- Craig, A. and C. Feare. 1999. The Starling. Princeton University Press, New Jersey. 285 p. Press.
- Kahane, D. 1988. The Invasion of California by the European Starling (Sturnus vulgaris). Unpublished Masters' Thesis, University of California. 133 p. Press.
- Kern, William J. 2004. European Starling. (UF/IFAS) SSWEC-118. 7 p.
- Weber, W. J., 1979. Health hazards from pigeons, starlings and English sparrows: Diseases and parasites associated with pigeons, domestic animals, includes suggestions for bird control. Thomson Publications, New York. 138 p.
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Evolution and Systematics
Functional Adaptations
Functional adaptation
The eyes of starlings are specialized for different types of vision, color or movement, due to different retinal cone types.
"In 2000, a team of researchers led by biologist Dr. Nathan Hart of Queensland University in Australia revealed that the retinal cellular composition of a starling's two eyes differs.
"In its left eye, the retina has more single cones - photosensitive cells that respond to color. Conversely, in the retina of its right eye, double cones - which detect movement - predominate. The two eyes seem to fulfill different functions, which may well explain why starlings (as well as many other birds) tend to look at objects with either one eye or the other. So if a starling looks at an object with its left eye, it may be scrutinizing its coloration, whereas if it looks with its right eye, it may be watching for movement." (Shuker 2001:12)
Learn more about this functional adaptation.
- Shuker, KPN. 2001. The Hidden Powers of Animals: Uncovering the Secrets of Nature. London: Marshall Editions Ltd. 240 p.
- Hart, NS; Partridge, JC; Cuthill, IC. 1998. Visual pigments, oil droplets and cone photoreceptor distribution in the European starling (Sturnus vulgaris). Journal of Experimental Biology. 201(9): 1433-1446.
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Functional adaptation
Starlings protect their chicks from parasitic insects by lining their nests with certain herbs.
"Similarly, in 2000 Dr. Helga Gwinner and a team of researchers from the Ornithological Unit of Germany's Max Planck Society revealed that starlings (Sturnus vulgaris) lined their nests with herbs that ward off or kill nest parasites, such as fleas, lice, and mites. Experiments in which some nestlings were reared in nests lacking these herbs (and in which parasites therefore thrived) showed that these nestlings were anemic; nestlings reared in herb-lined nests were heavier and had stronger immune systems, as confirmed by the presence of greater quantities of infection-fighting cells in their blood." (Shuker 2001:218)
Learn more about this functional adaptation.
- Shuker, KPN. 2001. The Hidden Powers of Animals: Uncovering the Secrets of Nature. London: Marshall Editions Ltd. 240 p.
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Functional adaptation
The metabolism of starlings breaks down alcohol quickly via an alcohol-splitting enzyme.
"Many birds that consume fermented fruit duly suffer from the after-effects of alcohol abuse. Starlings (Sturnis vulgaris), however, seem immune to them, remaining surprisingly sober. The secret behind this phenomenon was revealed during the late 1990s by researchers Dr. Ghassem Hakimi and Dr. Roland Prinzinger at Frankfurt University in Germany."
"They discovered that starlings were able to metabolize alcohol at an exceptional speed, due to the rate of activity of the alcohol-splitting enzyme alcoholdehydrogenase, which is 14 times greater in starlings than in humans. This means that the birds can indulge themselves on fermented fruit without getting drunk, since the alcohol is broken down quickly." (Shuker 2001:221)
Learn more about this functional adaptation.
- Shuker, KPN. 2001. The Hidden Powers of Animals: Uncovering the Secrets of Nature. London: Marshall Editions Ltd. 240 p.
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Molecular Biology and Genetics
Molecular Biology
Barcode data: Sturnus vulgaris
There are 20 barcode sequences available from BOLD and GenBank. Below is a sequence of the barcode region Cytochrome oxidase subunit 1 (COI or COX1) from a member of the species. See the BOLD taxonomy browser for more complete information about this specimen and other sequences.
-- end --
Download FASTA File
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Statistics of barcoding coverage: Sturnus vulgaris
Public Records: 19
Species: 33
Species With Barcodes: 1
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Conservation
Conservation Status
IUCN Red List Assessment
Red List Category
Red List Criteria
Version
Year Assessed
Assessor/s
Reviewer/s
Contributor/s
Justification
History
- 2008Least Concern
- 2004Least Concern
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Conservation Status
The starling is one of the most abundant birds in the Sturnidae family, and is one of the most common birds in the world. (Kahane 1988; Craig and Feare 1999).
US Migratory Bird Act: no special status
US Federal List: no special status
CITES: no special status
State of Michigan List: no special status
IUCN Red List of Threatened Species: least concern
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National NatureServe Conservation Status
Canada
Rounded National Status Rank: NNA - Not Applicable
United States
Rounded National Status Rank: NNA - Not Applicable
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Status
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Threats
Threats
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Management
Management Requirements: Local removal by shooting in Nevada allowed return of native cavity nesters (Weitzel 1988). See Glahn et al. (1991) for information on the impact of ground-based surfactant roost control treatments on local urban and agricultural blackbird/starling problems. See also Feare (1984).
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Conservation
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Relevance to Humans and Ecosystems
Benefits
Economic Importance for Humans: Negative
For the most part, the European Starling is a nemesis to the environment and especially to farmers. The most common problem caused by starlings are damage to crops and berries. When these birds are not eating pests, they in turn become pests and destroy farmers' crops. Another negative impact is driving out competitors. Because starlings are so aggressive and gregarious, they force out many native species. An overabundance of starlings causes a lack of avian diversity. Another economic concern of starlings is their causing human disease. Established roosts of starlings harbor diseases such as blastomycosis, beef measles, and histoplasmosis. All three of these are serious heath risks to humans. One last economic concern is starlings' presence at airports and especially on runways. Stray starlings that have wandered off onto airport runways have caused aircraft disasters. These starlings clog up engines, causing a shutdown of the plane and its eventual descent. Although starlings do perform some good deeds, they are for the most part a nuisance to our community. (Weber 1980; Craig and Feare 1999; "European Starling Facts" 2000; Kahane 1988).
Negative Impacts: injures humans (carries human disease); crop pest; causes or carries domestic animal disease ; household pest
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Economic Importance for Humans: Positive
The starling is beneficial to our environment because it regulates the number of pests that threaten our agriculture. Starlings work indirectly to reduce numbers of the major insects that damage farm crops. Furthermore, the European starling is also beneficial as a food source for some cultures along the Mediterranean Sea. (Weber 1980; Craig and Feare 1999; "World Book Online" 2000).
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Economic Uses
Comments: Considered beneficial as predator of economically destructive insects. Regarded as a pest when eating grain for cattle or roosting in huge flocks.
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Risks
Species Impact: See Weitzel (1988) for information on impact on native species in Nevada.
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Wikipedia
Common Starling
| This article's lead section may not adequately summarize its contents. Please consider expanding the lead to provide an accessible overview of the article's key points. (November 2011) |
The Common Starling (Sturnus vulgaris), also known as the European Starling or just Starling, is a passerine bird in the family Sturnidae.
This species of starling is native to most of temperate Europe and western Asia. It is resident in southern and western Europe and southwestern Asia, while northeastern populations migrate south and west in winter to these regions, and also further south to areas where it does not breed in Iberia and north Africa. It has also been introduced to Australia, Argentina, New Zealand, North America, and South Africa.
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Taxonomy
In the genus Sturnus, the Common Starling is the type species, the one with all the typical characteristics of its genus.[dubious ] It is in this genus that the terrestrial feeding technique of open-bill probing is most advanced;[citation needed] the technique involves prying into the ground by inserting and opening the bill as a way of searching for hidden food items. Common Starlings have the physical traits that enable them to use this feeding technique, which has undoubtedly helped the species spread far and wide.[1]
Along with Sturnus vulgaris, the Sturnus genus includes a number of species which are apparently more-or-less distantly related, but some contend that if the taxonomy is to be based on natural evolutionary grouping, then only the European and Spotless Starling ought to be grouped together.[2]
Subspecies
There are several subspecies of the European Starling, which vary in the iridescence of adult plumage. With gradual variation over geographic range and extensive intergradation, the subspecies are said to be clinal. Acceptance of different subspecies varies between different authorities.[3][4][5][6]
- Sturnus vulgaris vulgaris Linnaeus, 1758. Common Starling. Most of Europe, except the far northwest and far southeast; also Iceland and the Canary Islands, where it is a recent colonist. Introduced populations worldwide also belong to this subspecies.
- Nominate subspecies. The gloss is green on the head, belly and lower back, bronzy purple on the neck to upper chest and back, and purplish on the flanks and upper wing-coverts. Inconspicuous light buff fringes are present on the under wing-coverts. In eastern parts of range, more purplish and less bronzy gloss.
- Sturnus vulgaris faroensis Feilden, 1872. Faroese Starling; sometimes misspelt faeroensis or faroeensis. Faroe Islands.
- Slightly larger than nominate, especially bill and feet. Adult with darker and duller green gloss and far less spotting even in fresh plumage. Juvenile sooty black with whitish chin and areas on belly; throat spotted black.
- Sturnus vulgaris zetlandicus Hartert, 1918. Shetland Starling. Shetland Islands.
- Like faroensis but intermediate in size between that and vulgaris. Birds from Fair Isle, St Kilda and the Outer Hebrides are intermediate between this subspecies and the nominate and placement with vulgarisor zetlandicus varies according to authority. Dark juveniles are occasionally found in Scotland and southwards, indicating some gene flow from faroensis or an original polymorphism that became dominant in faroensis.
- Sturnus vulgaris granti Hartert, 1903. Azores Starling. Azores.
- Like nominate, but smaller, especially feet. Often strong purple gloss on upperparts.
- Sturnus vulgaris poltaratskyi (Finsch, 1878). Eastern Bashkortostan eastwards through Urals and central Siberia, to Lake Baykal and western Mongolia.
- Like nominate, but gloss on head predominantly purple, on back green, on flanks usually purplish-blue, on upper wing-coverts bluish-green. In flight, conspicuous light cinnamon-buff fringes to under wing-coverts and axillaries; these areas may appear very pale in fresh plumage.
- Sturnus vulgaris tauricus Buturlin, 1904. From Crimea and E of Dnieper River eastwards around coast of Black Sea to W Asia Minor, though not in uplands where replaced by purpurascens.
- Like nominate, but decidedly long-winged. Gloss of head green, of body bronze-purple, of flanks and upper wing-coverts greenish bronze. Underwing blackish with pale fringes of coverts. Nearly spotless in breeding plumage.
- Sturnus vulgaris purpurascens Gould, 1868. E Turkey to Tbilisi and Lake Sevan, in uplands on E shore of Black sea replacing tauricus.
- Like nominate, but wing longer and green gloss restricted to ear-coverts, neck and upper chest. Purple gloss elsewehere except on flanks and upper wing-coverts where more bronzy. Dark underwing with slim white fringes to coverts.
- Sturnus vulgaris caucasicus Lorenz, 1887. Volga Delta through eastern Caucasus and adjacent areas.
- Green gloss on head and back, purple gloss on neck and belly, more bluish on upper wing-coverts. Underwing like purpurascens.
- Sturnus vulgaris porphyronotus (Sharpe, 1888). Western Central Asia, grading into poltaratskyi between Dzungarian Alatau and Altai.
- Very similar to tauricus but smaller and completely allopatric, being separated by purpurascens, caucasicus and nobilior.
- Sturnus vulgaris nobilior (Hume, 1879). Afghanistan, SE Turkmenistan and adjacent Uzbekistan to E Iran.
- Like purpurascens but smaller and wing shorter; ear-coverts glossed purple, and underside and upperwing gloss quite reddish.
- Sturnus vulgaris humii (Brooks, 1876). Kashmir to Nepal.
- Small; purple gloss restricted to neck area and sometimes flanks to tail-coverts, otherwise glossed green.
- Sturnus vulgaris minor (Hume, 1873). Sind Starling. Pakistan.
- Small; green gloss restricted to head and lower belly and back, otherwise glossed purple.
Several other forms have been named, but are generally no longer considered valid. Most are intergrades from where the ranges of various subspecies meet.[5]
- S. v. ruthenus Menzbier, 1891 and S. v. jitkowi Buturlin, 1904 are intergrades between vulgaris and poltaratskyi from western Russia.
- S. v. graecus Tschusi, 1905 and S. v. balcanicus Buturlin and Harms, 1909 are intergrades between vulgaris and tauricus from the southern Balkans to central Ukraine (where there is some intergradation with poltaratskyi too) and throughout Greece to the Bosporus.
- S. v. heinrichi Stresemann, 1928 is an intergrade between caucasicus and nobilior in northern Iran.
- S. v. persepolis Ticehurst, 1928 from southern Iran (Fars Province) is very similar to vulgaris; it is not clear whether it is a distinct resident population of simply migrants from southeastern Europe.
Description
It is among the most familiar of birds in temperate regions. It is 19–23 cm (7.5–9.1 in) long, with a wingspan of 31–44 cm (12–17 in) and a weight of 60–100 g (2.1–3.5 oz).[7][8] The plumage is shiny black, glossed purple or green, and spangled with white, particularly strongly so in winter. Adult male European Starlings are less spotted below than adult females. The throat feathers are long and loose, and used as a signal in display. Juveniles are grey-brown, and by their first winter resemble adults though often retain some brown juvenile feathering especially on the head in the early part of the winter. The legs are stout, pinkish-red. The bill is narrow conical with a sharp tip; in summer, it is yellow in females, and yellow with a blue-grey base in males, while in winter, and in juveniles, it is black in both sexes. Moulting occurs once a year, in late summer after the breeding season is finished; the fresh feathers are prominently tipped white (breast feathers) or buff (wing and back feathers). The reduction in the spotting in the breeding season is achieved by the white feather tips largely wearing off. Starlings walk rather than hop. Their flight is quite strong and direct; they look triangular-winged and short-tailed in flight.[3][4]
Confusion with other species is only likely in Iberia, the western Mediterranean and northwest Africa in winter, when it has to be distinguished from the closely related Spotless Starling, which, as its name implies, has less spotting on its plumage. The Spotless Starling can also be diagnostically distinguished at close range by its longer throat feathers.[4] At a more basic level, adult male European Blackbirds can easily be distinguished by more slender body shape, longer tail, and behaviour; they hop instead of walking and do not probe for food with open bills. In flight, only the much paler waxwings share a similar flight profile.
Voice
The Common Starling is a noisy bird uttering a wide variety of both melodic and mechanical-sounding sounds, including a distinctive "wolf-whistle". Starlings are mimics, like many of its family. In captivity, Starlings will learn to imitate all types of sounds and speech earning them the nickname "poor-man's Myna".
Songs are more commonly sung by males, although females also sing. Songs consist of a mixture of mimicry, clicks, wheezes, chattering, whistles, rattles, and piping notes.[9] Besides song, 11 other calls have been described, including a Flock Call, Threat Call, Attack Call, Snarl Call, and Copulation Call.[9] Birds chatter while roosting and bathing—making a great deal of noise that can frustrate local human inhabitants. Even when a flock of starlings is completely silent, the synchronized movements of the flock make a distinctive whooshing sound that can be heard hundreds of metres away.[9]
Distribution and habitat
Common Starlings prefer urban or suburban areas where artificial structures and trees provide adequate nesting and roosting sites. They also commonly reside in grassy areas where foraging is easy—such as farmland, grazing pastures, playing fields, golf courses, and airfields.[10] They occasionally inhabit open forests and woodlands and more rarely in shrublands such as the Australian heathland. European Starlings rarely inhabit dense, wet forests (i.e. rainforests or wet sclerophyll forests). Common starlings have also adapted to coastal areas, where they nest and roost on cliffs and forage amongst seaweed. Their ability to adapt to a large variety of habitats has allowed for their dispersal and establishment throughout the world—resulting in a habitat range from coastal wetlands to alpine forests, from sea level to 1900 metres above sea level.[10]
Widespread throughout the northern hemisphere, the European Starling is native to Eurasia and is found throughout Europe, northern Africa (from Morocco to Egypt), northern India, Nepal, the Middle East (including Syria, Iran, and Iraq), and north-western China. Furthermore, it has been introduced to and successfully established itself in New Zealand, Australia, South Africa, North America, Fiji, and several Caribbean islands. As a result, it has also been able to migrate to Thailand, Southeast Asia, and New Guinea.[11] In Australia, Common Starlings are present throughout the southeast, although some isolated populations have been observed in northern and Western Australia. They are prevalent throughout New South Wales, Victoria, Queensland, Tasmania, and scattered sites in the southeastern part of Western Australia.[12]
The bird has been observed nesting in gardens as the city of Buenos Aires (Argentina) from 1987. Since then, the species has expanded its breeding range at an average speed of 7.5 km / year, always following the Atlantic coast, just 30 km away inside. In Argentina, the species nests in a variety of media.[13][14][15]
Behaviour
It is a highly gregarious species in autumn and winter. Flock size is highly variable, with huge flocks providing a spectacular sight and sound usually occurring near roosts. These huge flocks often attract birds of prey such as Merlins or Sparrowhawks.[citation needed] Flocks form a tight sphere-like formation in flight, frequently expanding and contracting and changing shape, seemingly without any sort of leader. Very large roosts, exceptionally up to 1.5 million birds, can form in city centres, woodlands, or reedbeds, causing problems with their droppings. These may accumulate up to 30 cm deep, killing trees by their chemical concentration; in smaller amounts, the droppings are, however, beneficial as a fertiliser, and therefore woodland managers may try to move roosts from one area of a wood to another to spread the benefit and avoid large toxic deposits.[16]
Huge flocks of more than a million Starlings are observed just before sunset in spring in southwestern Jutland, Denmark. There they gather in March until northern Scandinavian birds leave for their breeding ranges by mid-April. Their flocking creates complex shapes against the sky, a phenomenon known locally as sort sol ("Black Sun"). To witness this spectacle, the best places are the seaward marshlands (marsken in Danish) of Tønder and Esbjerg municipalities between Tønder and Ribe.[17]
Flocks of anything from five to fifty thousand Starlings form in areas of the UK just before sundown during mid winter. These flocks are commonly called a Starling "Moot".[citation needed]
Starlings are hunted by birds of prey, including the Peregrine Falcon and Brown Falcon.[citation needed] However, in the 1970s the consumption of chemically treated (DDT) crops by the starlings which were subsequently eaten by Peregrine Falcons caused a dangerous build-up of the toxin in the falcon. As a result, lower reproductive success was observed as a result of thinner eggshells and a build-up of organochlorine residues in eggs.[18]
European Starling nests are especially vulnerable to predators such as stoats, foxes, and humans. Common Mynas are also a threat, as they often evict eggs, nestlings, and adult starlings from their nests.[19]
Feeding
The European Starling is insectivorous, and typically consumes insects including caterpillars, moths, and cicadas, as well as spiders. While the consumption of invertebrates is necessary for successful breeding, starlings are omnivorous and can also eat grains, seeds, fruits, nectars, and garbage, if the opportunity arises.[20][21][22] There are several methods by which they forage for their food; but for the most part, they forage from or near the ground, taking insects from or beneath the surface of the soil. Generally, starlings prefer foraging amongst short-cropped grasses and are often found between and on top of grazing animals out to pasture.[22] Large flocks forage together, in a practice called “roller-feeding”: where the birds at the back of the flock continually fly to the front of the flock as they forage so that every bird has a turn to lead (1957).[23] The larger the flock, the nearer individuals are to one another while foraging. Flocks often forage in one place for some time, and return to previous successfully foraged sites.[23] There are four types of foraging observed in the European Starling:[23]
- Probing: The bird plunges its beak into the ground randomly and repetitively until an insect has been found. Probing is often accompanied by bill gaping (‘zirkelning’) where the bird opens its beak while probing to enlarge a dirt hole or to separate a lump of grass. This instinctual behavior has been observed in starlings eating garbage from plastic garbage bags—the bill gaping results in the opening of holes in the garbage bags that allow for extrication of consumables.
- Sallying: When the starling grabs an invertebrate directly from the air, a particularly successful behavior among this species.
- Lunging: A less common technique where the starling lunges forward to catch a moving target or invertebrate on the surface floor.
- Gleaning: When the bird pulls backwards to extricate an earthworm from the soil.
Among European Starling, sallying and probing are the most common foraging behaviors.
Courtship
Unpaired males begin to build nests in order to attract single females. Males often decorate the nest with ornaments (such as flowers) and fresh green material which the female later disassembles upon accepting him as a mate .[24][25] The males sing throughout much of the construction and even more so when a female approaches his nest. Following copulation, the male and female continue to build the nest. Common nesting locations include inside hollowed trees, buildings, tree stumps, and man-made nest-boxes. Nests are typically made out of straw, dry grass, twigs and inner lining made up of feathers, wool, and soft leaves. Construction typically takes 4 to 5 days and may continue through incubation.[26] Fresh herbs are added to nests and work as insect repellent.[24][27]
Starlings are both monogamous and polygamous; although broods are generally brought up by one male and one female, occasionally the pair may have an extra helper. Pairs may be part of a larger colony, in which case several other nests may occupy the same or nearby trees.[9]
Breeding
The breeding season begins in early spring and summer. In Australia, eggs are typically laid from late September to late November but the range extends from late July to December.[9] Following copulation, female European Starlings will lay an egg on a daily basis over a period of several days. If an egg is lost during this time period, she will lay another egg to replace it. The eggs (4-5) are small elliptical blue (and occasionally white) eggs that commonly have a glossy appearance to them.[26] Incubation lasts 13 days, although the last egg laid may take 24 hours longer than the first to hatch. Both parents share the responsibility of sitting on top of the eggs. However, the female spends more time incubating the eggs than the male, and is the only parent to do so at night (while the male returns to the communal roost).[28] The young are born blind and naked. They develop light fluffy down within 7 days of hatching and sight within 9 days. Nestlings remain in the nest for 3 weeks, where they are fed continuously by both their parents. Fledglings continue to be fed by their parents for 1–2 weeks. Pairs can raise up to three broods per breeding season, frequently reusing and relining the same nest.[28] Within two months, most juveniles have molted and gained their first basic plumage. Juveniles acquire their adult plumage the following year.[19]
Intraspecific brood parasites are common in European Starling nests. Female "floaters" (unpaired females during the breeding season) present in colonies often lay eggs in another pair's nest.[29] Additionally, fledglings have been reported to invade their previous nests or neighboring nests and evicting the new brood.[28]
Relationship with humans
Status and conservation
Overall, the European Starling is listed by the IUCN as being a species of least concern.[30] However, it has been adversely affected in northern Europe by intensive agriculture, and in several countries, it has been red-listed due to declines of more than 50%. In the United Kingdom, it declined by more than 80% between 1966 and 2004; although populations in some areas—such as Northern Ireland—are stable or even increasing, those in other areas—mainly in England—declined even more sharply. The overall decline has been attributed to a loss of food-rich permanent pasture, leading to the low survival rates of young birds.[31] Major declines have also been observed from 1980 onward in Sweden, Finland, northern Russia (Karelia), and the Baltic States, and smaller declines in much of the rest of northern and central Europe.[3] In contrast, there have been increases in southern Europe, particularly in Italy, southern France, and northeastern Spain where the species first began breeding in the 1960s.[3]
Earlier, the European Starling had shown marked increases throughout Europe in the period 1800-1900. Before 1800, it had a disjunct range in the British Isles, absent from central and southern Scotland, with S. vulgaris zetlandicus in the far north and northwest (Shetland, Orkney, Caithness, Outer Hebrides), and S. vulgaris vulgaris south of the Scottish-English border; it was also rare or regionally absent in Ireland, western Wales and western and northernmost England. Between 1800 and 1900, S. vulgaris vulgaris colonised north and westward from England to Ireland and all of Scotland except for Shetland (where zetlandicus remains present); since 1935, this subspecies has also spread to Iceland, where it now breeds in the southeast and southwest.[3][32] S. vulgaris vulgaris is also occasionally seen in the Faroes.
Introduced populations
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This adaptable species is considered to be a pest in several of the countries to which it has been introduced. The European Starling is a hole-nesting species and will nest in just about any cavity it finds. It has affected native species where it has been introduced because of competition for nest sites. For example, in North America, the Purple Martin is now widely dependent on artificial nest houses put up by humans, which must be protected from colonization by European Starlings.
Australia
The Common Starling was originally introduced to Australia in order to decrease the population of crop pests—insects which the starlings were known to eat. Early settlers looked forward to the bird’s arrival, believing that starlings were also important to the pollination of flax, an important crop. Nest-boxes for the newly released species were placed on farms and near crops.[33] The Common Starling was introduced to Melbourne in 1857 then Sydney in 1880.[34] By the 1880s, established populations were present in the southeast, thanks to the work of acclimatization committees.[35] By the 1920s, starlings were widespread through Victoria, Queensland, and New South Wales, but they were now recognized as pests and Western Australia banned their import in 1895.[34][35]
The Common Starling threatens both Australian economy and biodiversity. They commonly eat and damage fruit from orchards, such as grapes, peaches, olives, currants, and tomatoes. In addition, starlings dig up newly sown grain and diminish already growing crops—an easy task for a flock of 500 – 150,000 birds.[22] The Common Starling will also eat and foul food meant for livestock, putting the health of livestock at stake. The accumulation of waste left behind by large flocks may ruin human water supplies and cities, as well as natural habitats for Australian fauna.[22]
Australia is home to numerous endemic plants and animals — species that live nowhere else on earth. The Common Starling is an aggressive bird that displaces other hollow nesting, endemic Australian birds.[36] With so many of these native species already endangered, the starling poses a significant threat. They also pose a risk to the native and endemic Australian flora. Seeds will often germinate more successfully after ingestion, and, as they are capable of eating almost any kind of seed and flying great distances, Common Starlings are excellent weed dispersers. They are responsible for spreading invasive plant species such as the Bridal Creeper.[37]
As a result, the government of Western Australia has gone to great lengths to keep the Common Starling on the other side of their borders. In the state's 2007-2008 budget, an additional A$4.9 million (2007) was allocated to the control and eradication program.[37][38] New flocks are routinely shot down, while the less cautious juveniles are trapped and netted.[35] New methods are currently being developed, the first of which tags one bird and follows it back to the rest of the flock, exposing a new population for termination.[39] The second analyzes the DNA of Australian Common Starling populations to track where the migration from eastern to Western Australia is occurring so that better preventative strategies can be used.[40]
New Zealand
In New Zealand, the Starling was introduced in 1862, and now occurs in most of the country.[citation needed]
North America
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After two failed attempts[41], about 60 European starlings were released into New York’s Central Park in 1890 by Eugene Schieffelin. He was president of the infamous American Acclimatization Society which tried to introduce every bird species mentioned in the works of William Shakespeare to North America in 1890.[42] The offspring of the original 60 starlings have spread across the continental United States, northward to southern Canada and Alaska, and southward into Central America. There are now an estimated 150 million starlings in the United States [43] and 200 million in North America[4].
In 1889 and 1892, the Portland Song Bird Club released 35 pairs of starlings in Portland, Oregon. These birds established themselves, but then disappeared in 1901 or 1902. The next sighting of a starling in the Pacific Northwest was not until the mid 1940s. Presumably these birds could be genetically linked to the 1890 Central Park introduction.[44]
It is difficult to reach a consensus on starlings. Some value the species for their creative adaptiveness and their odd beauty. Many hold a strong dislike of starlings because of their aggressive behavior at feeders and nesting sites, and their overwhelming flocks and roosting habits. There is only one thing on which agreement can be reached regarding starlings—they are ubiquitous.[45]
Being an introduced species European starlings are exempt from the Migratory Bird Treaty Act.[46] Starlings are among the worst nuisance species in North America. The birds travel in enormous flocks; pose danger to air travel; disrupt farms; displace native birds; and roost on city blocks. Corrosive droppings on structures cause hundreds of millions of dollars of yearly damage. In 2008 the U.S. government poisoned, shot or trapped 1.7 million, the most of any nuisance species.[47]
South Africa
In South Africa, the Starling was introduced in 1890, and is now common in the southern Cape region, and less common north to the Johannesburg area.[48] It is not as damaging to agriculture in South Africa as it is in the USA.[49]
Cultural references
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- In Welsh Mythology Branwen tamed a starling and sent it across the Irish Sea with a message to her brother Bran, who sailed from Wales to Ireland to rescue her with his brother, Manawydan.
- The starling's ability to mimic human speech earned the bird this cameo in William Shakespeare's Henry IV:
- The king forbade my tongue to speak of Mortimer. But I will find him when he is asleep, and in his ear I'll holler 'Mortimer!' Nay I'll have a starling shall be taught to speak nothing but Mortimer, and give it to him to keep his anger still in motion.
- William Butler Yeats poem "The Stare's Nest by My Window" is about a starling's nest. "Stare" is a local, informal variation of "starling."
- On their 1999 album "Brighten the Corners, the '90's indie rock band Pavement released the song Starlings of the Slipstream.[5] The band was from California (specifically, the northern-most part of the San Joaquin Valley region), where European Starlings are ubiquitous [6].
- One of the main characters of the novel and film The Silence of the Lambs is named Clarice Starling. At one point, another character makes a pun based on her name and tells her to "Fly away, little Starling... Fly, fly, fly..."
- In the Nintendo DS video games, Pokémon Diamond, Pearl and Platinum the Pokémon species Starly and its "Evolutions" are based upon the common starling.
References
- ^ Feare, Chris; Craig, Adrian (1998). Starlings and Mynas. Christopher Helm. pp. 21, 29, 186–187. ISBN 0-7136-3961-X.
- ^ Zuccon, D., Cibois, A., Pasquet, E., & Ericson, P. G. P. (2006). Nuclear and mitochondrial sequence data reveal the major lineages of starlings, mynas and related taxa. Molecular Phylogenetics and Evolution 41 (2): 333-344. doi:10.1016/j.ympev.2006.05.007 (HTML abstract)
- ^ a b c d e Snow, D. W. & Perrins, C. M. (1998). The Birds of the Western Palearctic Concise Edition. OUP ISBN 0-19-854099-X.
- ^ a b c Svensson, L. (1992). Identification Guide to European Passerines. Stockholm ISBN 91-630-1118-2.
- ^ a b Vaurie, C. (1954). Systematic Notes on Palearctic Birds. No. 12. Muscicapinae, Hirundinidae, and Sturnidae. Amer. Mus. Novit. 1694: 1-18
- ^ Snow, D. W., Perrins, C. M., Doherty, P., & Cramp, S. (1998). The complete birds of the western Palaearctic on CD-ROM. Oxford University Press. ISBN 0-19-268579-1.
- ^ [1] (2011).
- ^ [2] (20110.
- ^ a b c d e Higgins, P.J., Peter, J.M., & Cowling, S.J. (Eds) 2006, Handbook of Australian, New Zealand, and Antarctic Birds. Volumes 7: Boatbill to Starlings. Oxford University Press, Melbourne, p. 1924.
- ^ a b Higgins et al., p. 1907
- ^ Higgins et al., p. 1908
- ^ Higgins et al., pp. 1908-9
- ^ Fotos de animales silvestres de la Argentina
- ^ Revista "Nuestras Aves", 55: 33-35, 201
- ^ Expansión del Estornino Pinto Sturnus vulgaris en Argentina Biblioteca Florentino Ameghino. S. Peris, G. Soave, A. Camperi, C. Darrieu y R. Aramburu
- ^ Currie, F. A., Elgy, D., & Petty, S. J. (1977). Starling Roost Dispersal from Woodlands. Forestry Commission Leaflet 69. ISBN 0-11-710218-0.
- ^ "Black Sun in Denmark". Earth Science Picture of the Day. 2006-06-19. http://epod.usra.edu/archive/epodviewer.php3?oid=309856. Retrieved 2006-10-07.[dead link]
- ^ Pruett-Jones, S., White, C. & Emison, W. 1980, "Eggshell thinning and organochlorine residues in eggs and prey of Peregrine Falcons from Victoria, Australia", EMU, vol. 80, no. 5, pp. 281-287.
- ^ a b Higgins et al., p. 1928
- ^ Thomas, H.F. 1957, The Starling in the Sunraysia District, Victoria. Part I. Emu 57, 31–48.
- ^ Higgins et al., p. 1913
- ^ a b c d Kirkpatrick, W. & Woolnough, A.P. 2007, "Common Starling", Pestnote, Department of Agriculture and Food Australia.
- ^ a b c Higgins et al., p. 1914
- ^ a b Brouwer, L. & Komdeur, J. 2004, "Green nesting material has a function in mate attraction in the European starling", Animal Behaviour, vol. 67, no. 3, pp. 539-548.
- ^ Higgins et al., p. 1923
- ^ a b Higgins et al., p. 1926
- ^ Gwinner, H. & Berger, S. 2008, "Starling males select green nest material by olfaction using experience-independent and experience-dependent cues", Animal Behaviour, vol. 75, no. 3, pp. 971-976.
- ^ a b c Higgins et al., p. 1927
- ^ Sandell, M.I. & Diemer, M. 1999, "Intraspecific brood parasitism: a strategy for floating females in the European starling", Animal Behaviour, vol. 57, no. 1, pp. 197-202.
- ^ BirdLife International (2004). Sturnus vulgaris. 2006. IUCN Red List of Threatened Species. IUCN 2006. www.iucnredlist.org. Retrieved on 6 May 2006. Database entry includes justification for why this species is of least concern
- ^ British Trust for Ornithology: Starling
- ^ Holloway, S. (1996). The Historical Atlas of Breeding Birds in Britain and Ireland: 1875–1900. T & A D Poyser ISBN 0-85661-094-1.
- ^ Higgins et al., pp. 1911-2
- ^ a b Higgins et al., p. 1910
- ^ a b c Woolnough, A. P., Massam, M. C., Payne, R. L., and Pickles, G. S. 2005, "Out on the border: keeping starlings out of Western Australia. In ‘Proceedings of the 13th Australasian Vertebrate Pest Conference’", pp. 183–189. (Wellington, New Zealand.)
- ^ Pell, A.S. & Tidemann, C.R. 1997, "The impact of two exotic hollow-nesting birds on two native parrots in savannah and woodland in eastern Australia", Biological Conservation, vol. 79, no. 2-3, pp. 145-153.
- ^ a b World Wildlife Fund (Australia). Starlings, a threat to Australia's unique ecosystems (pdf file).
- ^ Government of Western Australia, Government Media Office (2007): Ministerial Press Release, 11 May 2007: New funding to control European starlings. Retrieved 2007-MAY-11.
- ^ Woolnough, A.P., Lowe, T.J., and Rose, K. 2006, "Can the Judas technique be applied to pest birds?", Wildlife Research 33, 449–455.
- ^ Rollins, L.A., Woolnough, A.P., and Sherwin, W.B. 2006, "Population genetic tools for pest management: a review", Wildlife Research 33, 251–261.
- ^ http://wdfw.wa.gov/living/starlings.html
- ^ Gup, Ted."100 Years of the Starling". The New York Times. Retrieved 2 July 2011.
- ^ http://wdfw.wa.gov/living/starlings.html
- ^ http://wdfw.wa.gov/living/starlings.html
- ^ http://wdfw.wa.gov/living/starlings.html
- ^ "U. S. Fish & Wildlife Service: Birds protected by the Migratory Bird Treaty Act". Archived from the original on 2007-12-14. http://web.archive.org/web/20071214065547/http://www.fws.gov/migratorybirds/intrnltr/mbta/taxolst.html. Retrieved 2007-12-17.
- ^ Stark, Mike (2009 [3] The Huffington Post. Accessed 18 April 2012
- ^ SASOL Bird e-guide: Common Starling
- ^ http://www.biodiversityexplorer.org/birds/sturnidae/sturnus_vulgaris.htm
Unreviewed
Names and Taxonomy
Taxonomy
Comments: Considered conspecific with S. UNICOLOR by some authors and constitutes a superspecies with it (AOU 1983, 1998).
Trusted




