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Great Tit, Parus major, चिचिल्कोटे, Talgoxe

The Great Tit (Parus major), called Talgoxe in Skåne, is a passerine bird in the tit family Paridae. It is a widespread and common species throughout Europe, the Middle East, Central and Northern Asia, and parts of North Africa where it is generally resident in any sort of woodland; most great tits do not migrate except in extremely harsh winters. Until 2005 this species was lumped with numerous other subspecies.

DNA studies have shown these other subspecies to be distinctive from the great tit and these have now been separated as two distinct species, the cinereous tit of southern Asia, and the Japanese tit of East Asia. The great tit remains the most widespread species in the genus Parus.

Passerine bird

A passerine is any bird of the order Passeriformes, which includes more than half of all bird species. Sometimes known as perching birds or — less accurately — as songbirds, passerines are distinguished from other orders of birds by the arrangement of their toes (three pointing forward and one back), which facilitates perching. With more than 110 families and some 5,100 identified species, Passeriformes is the largest order of birds and among the most diverse orders of terrestrial vertebrates.

The passerines contain several groups of brood parasites such as the viduas, cuckoo-finches, and the cowbirds. Most passerines are omnivorous, while the shrikes are carnivorous.

The terms “passerine” and “Passeriformes” are derived from Passer domesticus, the scientific name of the eponymous species (the House Sparrow) and ultimately from the Latin term passer, which refers to sparrows and similar small birds.

The great tit is a distinctive bird with a black head and neck, prominent white cheeks, olive upperparts and yellow underparts, with some variation amongst the numerous subspecies. It is predominantly insectivorous in the summer, but will consume a wider range of food items in the winter months, including small hibernating bats.

Like all tits it is a cavity nester, usually nesting in a hole in a tree. The female lays around 12 eggs and incubates them alone, although both parents raise the chicks.

In most years the pair will raise two broods. The nests may be raided by Woodpeckers, squirrels and weasels and infested with fleas, and adults may be hunted by sparrowhawks. The great tit has adapted well to human changes in the environment and is a common and familiar bird in urban parks and gardens. The great tit is also an important study species in ornithology.

Distribution, movements and habitat
The great tit has a wide distribution across much of Eurasia. It is found across all of Europe except for Iceland and northern Scandinavia, including numerous Mediterranean islands. In North Africa it is found in Morocco, Algeria and Tunisia.

It also occurs across the Middle East, and parts of central Asia from northern Iran and Afghanistan to Mongolia, as well as across northern Asia from the Urals as far east as northern China and the Amur Valley.

The great tit occupies a range of habitats. It is most commonly found in open deciduous woodland, mixed forests, forest edges and gardens. In dense forests, including conifer forests it is usually found in forest clearings. In northern Siberia it is found in boreal taiga. In North Africa it prefers oak forests as well as stands of Atlas cedar and even palm groves.

In the east of its range in Siberia, Mongolia and China it favours riverine willow and birch forest. Riverine woodlands of willows, poplars are among the habitats of the Turkestan group in central Asia, as well as low scrubland, oases; at higher altitudes it occupies habitats ranging from dense deciduous and coniferous forests to open areas with scattered trees.

The great tit is generally not migratory. Pairs will usually remain near or in their territory year round, even in northern parts of their range. Young birds will disperse from their parents' territory, but usually not far.

Populations may become irruptive in poor or harsh winters, meaning that groups of up to a thousand birds may unpredictably move from northern Europe to the Baltic, the Netherlands, Britain and even as far as the southern Balkans.

The great tit was unsuccessfully introduced into the United States; birds were set free near Cincinnati, Ohio between 1872 and 1874 but failed to become established. Suggestions that they were an excellent control measure for codling moths nearly led to their introduction to some new areas particularly in the United States of America, however this plan was not implemented.

Birds were later introduced to the Almaty Province in what is now Kazakhstan in 1960–61 and became established, although their present status is unclear.

Great Tit, Parus major, चिचिल्कोटे, Talgoxe

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Range map from - Ornithological Portal is one of those MUST visit pages if you're in to bird watching. You can find just about everything there

The great tit was described under its current binomial name by Linnaeus in his 18th century work, Systema Naturae. Its scientific name is derived from the Latin parus "tit" and maior "larger". Francis Willughby had used the name in the 17th century.

The 11 subspecies of the cinereous tit were once lumped with the great tit but recent genetic and bioacoustic studies now separate that group as a distinct species The great tit was formerly treated as ranging from Britain to Japan and south to the islands of Indonesia, with 36 described subspecies ascribed to four main species groups.

The major group had 13 subspecies across Europe, temperate Asia and north Africa, the minor group's nine subspecies occurred from southeast Russia and Japan into northern southeast Asia and the 11 subspecies in the cinereus group were found from Iran across south Asia to Indonesia.

The three bokharensis subspecies were often treated as a separate species, Parus bokharensis, the Turkestan tit. This form was once thought to form a ring species around the Tibetan Plateau, with gene flow throughout the subspecies, but this theory was abandoned when sequences of mitochondrial DNA were examined, finding that the four groups were distinct (monophyletic) and that the hybridisation zones between the groups were the result of secondary contact after a temporary period of isolation.

A study published in 2005 confirmed that the major group was distinct from the cinereus and minor groups and that along with P.m. bokharensis it diverged from these two groups around 1.5 million years ago. The divergence between the bokharensis and major groups was estimated to have been about half a million years ago.

The study also examined hybrids between representatives of the major and minor groups in the Amur Valley where the two meet. Hybrids were rare, suggesting that there were some reproductive barriers between the two groups.

The study recommended that the two eastern groups be split out as new species, the cinereous tit (Parus cinereus), and the Japanese tit (Parus minor), but that the Turkestan tit be lumped in with the great tit. This taxonomy has been followed by some authorities, for example the IOC World Bird List.

The Handbook of the Birds of the World volume treating the Parus species went for the more traditional classification, treating the Turkestan tit as a separate species but retaining the Japanese and cinereous tits with the great tit, a move that has not been without criticism.

The nominate subspecies of the great tit is the most widespread, its range stretching from the Iberian Peninsula to the Amur Valley and from Scandinavia to the Middle East. The other subspecies have much more restricted distributions, four being restricted to islands and the remainder of the Parus major major subspecies representing former glacial refuge populations.

The dominance of a single, morphologically uniform subspecies over such a large area suggests that the nominate race rapidly recolonised a large area after the last glacial epoch. This hypothesis is supported by genetic studies which suggest a geologically recent genetic bottleneck followed by a rapid population expansion.

The genus Parus once held most of the species of tit in the family Paridae, but morphological and genetic studies led to the splitting of that large genus in 1998. The great tit was retained in Parus, which, along with Cyanistes comprise a lineage of tits known as the "non-hoarders", with reference to the hoarding behaviour of members of the other clade.

The genus Parus is still the largest in the family, but may be split again. Other than those species formerly considered to be subspecies, the great tit's closest relatives are the white-naped and green-backed tits of southern Asia. Hybrids with tits outside the Parus genus are very rare, but have been recorded with blue tit, coal tit, and probably marsh tit.

There are currently 15 recognised subspecies of great tit:

• Parus major newtoni, described by Pražák in 1894, is found across the British Isles.

• Parus major major, described by Linnaeus in 1758, is found throughout much of Europe, Asia Minor, northern and eastern Kazakhstan, southern Siberia and northern Mongolia, as far as the mid-Amur Valley.

• Parus major excelsus, described by Buvry in 1857, is found in northwestern Africa.

• Parus major corsus, described by Kleinschmidt in 1903, is found in Portugal, southern Spain, and Corsica.

• Parus major mallorcae, described by von Jordans in 1913, is found in the Balearic Islands.

• Parus major ecki, described by von Jordans in 1970, is found on Sardinia.

• Parus major niethammeri, described by von Jordans in 1970, is found on Crete.

• Parus major aphrodite, described by Madarász in 1901, is found in southern Italy, southern Greece, Cyprus and the Aegean Islands.

• Parus major terrasanctae was described by Hartert in 1910. It is found in Lebanon, Israel, Jordan and Syria.

• Parus major karelini, described by Zarudny in 1910, is found in southeastern Azerbaijan and northwestern Iran.

• Parus major blandfordi was described by Pražák in 1894. It is found in north central and southwestern Iran.

• Parus major bokharensis was described by Lichtenstein in 1823. It is found in southern Kazakhstan, Uzbekistan, Turkmenistan and far north of Iran and Afghanistan. Was, along with following two subspecies, once treated as separate species.

• Parus major turkestanicus, was described by Zarudny & Loudon in 1905, and ranges from east Kazakhstan to extreme north west China and west Mongolia.

• Parus major ferghanensis, was described by Buturlin in 1912, and is found in Tajikistan and Kyrgyzstan.

• Parus major kapustini, was described by Portenko in 1954, and is found in north west China (north west Xinjiang) to Mongolia and e Siberia.

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Map of Eurasia and North Africa with ranges depicted in four colours
By ParusMap.svg: L. Shyamalderivative work: Shyamal (talk) - ParusMap.svg,
Public Domain,

The great tit is large for a tit at 12.5 to 14.0 cm in length, and has a distinctive appearance that makes it easy to recognise. The nominate race P. major major has a bluish-black crown, black neck, throat, bib and head, and white cheeks and ear coverts. The breast is bright lemon-yellow and there is a broad black mid-line stripe running from the bib to vent.

There is a dull white spot on the neck turning to greenish yellow on the upper nape. The rest of the nape and back are green tinged with olive. The wing-coverts are green, the rest of the wing is bluish-grey with a white-wing-bar. The tail is bluish grey with white outer tips.

The plumage of the female is similar to that of the male except that the colours are overall duller; the bib is less intensely black, as is the line running down the belly, which is also narrower and sometimes broken. Young birds are like the female, except that they have dull olive-brown napes and necks, greyish rumps, and greyer tails, with less defined white tips.

There is some variation in the subspecies. Parus major newtoni is like the nominate race but has a slightly longer bill, the mantle is slightly deeper green, there is less white on the tail tips, and the ventral mid-line stripe is broader on the belly.

Parus major corsus also resembles the nominate form but has duller upperparts, less white in the tail and less yellow in the nape. Parus major mallorcae is like the nominate subspecies, but has a larger bill, greyer-blue upperparts and slightly paler underparts.

Parus major ecki is like Parus major mallorcae except with bluer upperparts and paler underparts. Parus major excelsus is similar to the nominate race but has much brighter green upperparts, bright yellow underparts and no (or very little) white on the tail.

Parus major aphrodite has darker, more olive-grey upperparts, and the underparts are more yellow to pale cream. Parus major niethammeri is similar to Parus major aphrodite but the upperparts are duller and less green, and the underparts are pale yellow.

Parus major terrasanctae resembles the previous two subspecies but has slightly paler upperparts. Parus major blandfordi is like the nominate but with a greyer mantle and scapulars and pale yellow underparts, and Parus major karelini is intermediate between the nominate and Parus major blandfordi, and lacks white on the tail.

The plumage of Parus major bokharensis is much greyer, pale creamy white to washed out grey underparts, a larger white cheep patch, a grey tail, wings, back and nape. It is also slightly smaller, with a smaller bill but longer tail.

The situation is similar for the two related subspecies in the Turkestan tit group. Parus major turkestanicus is like Parus major bokharensis but with a larger bill and darker upperparts. Parus major ferghanensis is like Parus major bokharensis but with a smaller bill, darker grey on the flanks and a more yellow wash on the juvenile birds.

The colour of the male bird's breast has been shown to correlate with stronger sperm, and is one way that the male demonstrates his reproductive superiority to females. Higher levels of carotenoid increase the intensity of the yellow of the breast its colour, and also enable the sperm to better withstand the onslaught of free radicals.

Carotenoids cannot be synthesized by the bird and have to be obtained from food, so a bright colour in a male demonstrates his ability to obtain good nutrition. The width of the male's ventral stripe, which varies with individual, is selected for by females, with higher quality females apparently selecting males with wider stripes.

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great tit twittering - Click HERE for full size picture
By Markus.S.GP - Own work, CC BY-SA 4.0,

Listen to the Great Tit

Remarks from the Recordist

Recorded with my ZOOM H5 Handy recorder. High Pass Filter applied with Audacity

We hear the bird in the tree then a loud call after the bird landed on the table in front of me. Then we hear the weak calls again when the bird is back in the tree

Remarks from the Recordist

Recorded with my ZOOM H5 Handy Recorder with a ZOOM SSH-6 Shotgun. High Pass Filter applied with Audacity.

I think this is a call

Remarks from the Recordist

Recorded with my ZOOM H5 Handy Recorder. ZOOM SSH-6 shotgun. High Pass Filter applied with Audacity

I was sitting one a rock and suddenly the was a terrible ruckus behind one off the the trees. One Great Tit was running up the trunk calling. And the other bird was (Looked as) falling down behind the trunk and I thought it was a Great Spotted Woodpecker.

The bird took off and I saw that is was a Raptor, one Eurasian Sparrowhawk. Thanks to Bird Safari Sweden for ID. The Eurasian Sparrowhawk landed in the next tree and I saw the Eurasian Sparrowhawk attacking one more bird diving from the tree.

Another Great Tit is answering from a position behind me

Remarks from the Recordist

Recorded with my ZOOM H5 Handy Recorder. High Pass Filter applied with Audacity

Sitting in a bush singing. There were many Great Tits in the area.

Remarks from the Recordist

Recorded with my ZOOM H5 Handy Recorder. High Pass Filter applied with Audacity

Sitting above me in a tree but I could never see the bird.

Thanks to JC Paniagua for ID the birds, see the forum:

Diet and feeding
Like other tits, great tits transport food with their beak, and then transfer it to their feet, where it is held while they eat

Great tits are primarily insectivorous in the summer, feeding on insects and spiders which they capture by foliage gleaning. Invertebrate prey that are taken include cockroaches, grasshoppers and crickets, lacewings, earwigs, bugs (Hemiptera), ants, flies (Diptera), caddis flies, beetles, scorpion flies, harvestmen, bees and wasps, snails and woodlice. During the breeding season, the tits prefer to feed protein-rich caterpillars to their young.

A study published in 2007 found that great tits helped to reduce caterpillar damage in apple orchards by as much as 50%. Nestlings also undergo a period in their early development where they are fed a number of spiders, possibly for nutritional reasons. In autumn and winter, when insect prey becomes scarcer, great tits add berries and seeds to their diet. Seeds and fruit usually come from deciduous trees and shrubs, and include the seeds of beech and hazel.

Where it is available they will readily take table scraps, peanuts and sunflower seeds from bird tables. In particularly severe winters they may consume 44% of their body weight in sunflower seeds. They often forage on the ground, particularly in years with high beech mast production. Great tits, along with other tits, will join winter mixed-species foraging flocks.

Large food items, such as large seeds or prey, are dealt with by “hold-hammering”, where the item is held with one or both feet and then struck with the bill until it is ready to eat. Using this method, a great tit can get into a hazelnut in about twenty minutes.

When feeding young, adults will hammer off the heads off large insects to make them easier to consume, and remove the gut from caterpillars so that the tannins in the gut will not retard the chick's growth.

Great tits combine dietary versatility with a considerable amount of intelligence and the ability to solve problems with insight learning, that is to solve a problem through insight rather than trial and error. In England, great tits learned to break the foil caps of milk bottles delivered at the doorstep of homes to obtain the cream at the top. This behaviour, first noted in 1921, spread rapidly in the next two decades.

In 2009, great tits were reported killing, and eating the brains of roosting pipistrelle bats. This is the first time a songbird has been recorded preying on bats. The tits only do this during winter when the bats are hibernating and other food is scarce.

They have also been recorded using tools, using a conifer needle in the bill to extract larvae from a hole in a tree. In 2013, some individual great tits were noted to attack, kill and to some extent eat other small birds at wintertime feeding spots in Finland.

Great tits are monogamous breeders and establish breeding territories. These territories are established in late January and defence begins in late winter or early spring. Territories are usually reoccupied in successive years, even if one of the pair dies, so long as the brood is raised successfully.

Females are likely to disperse to new territories if their nest is predated the previous year. If the pair divorces for some reason then the birds will disperse, with females travelling further than males to establish new territories.

Although the great tit is socially monogamous, extra-pair copulations are frequent. One study in Germany found that 40% of nests contained some offspring fathered by parents other than the breeding male and that 8.5% of all chicks were the result of cuckoldry.

Great tits are seasonal breeders. The exact timing of breeding varies by a number of factors, most importantly location. Most breeding occurs between January and september; in Europe the breeding season usually begins after March. In Israel there are exceptional records of breeding during the months of October to December. The amount of sunlight and daytime temperatures will also affect breeding timing.

One study found a strong correlation between the timing of laying and the peak abundance of caterpillar prey, which is in turn correlated to temperature. On an individual level, younger females tend to start laying later than older females.

Great tits are cavity nesters, breeding in a hole that is usually inside a tree, although occasionally in a wall or rock face, and they will readily take to nest boxes. The nest inside the cavity is built by the female, and is made of plant fibres, grasses, moss, hair, wool and feathers.

The number in the clutch is often very large, as many as 18, but five to twelve is more common. Clutch size is smaller when birds start laying later, and is also lower when the density of competitors is higher.

Second broods tend to have smaller clutches. Insularity also affects clutch size, with great tits on offshore islands laying smaller clutches with larger eggs than mainland birds. The eggs are white with red spots. The female undertakes all incubation duties, and is fed by the male during incubation. The bird is a close sitter, hissing when disturbed.

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Eggs, Collection Museum Wiesbaden
By Klaus Rassinger und Gerhard Cammerer, Museum Wiesbaden - Own work, CC BY-SA 3.0,

The timing of hatching, which is best synchronised with peak availability of prey, can be manipulated when environmental conditions change after the laying of the first egg by delaying the beginning of incubation, laying more eggs or pausing during incubation. The incubation period is between 12 and 15 days.

The chicks, like those of all tits, are hatched unfeathered and blind. Once feathers begin to erupt, the nestlings are unusual for altricial birds in having plumage coloured with carotenoids similar to their parents (in most species it is dun-coloured to avoid predation). The nape is yellow and attracts the attention of the parents by its ultraviolet reflectance.

This may be to make them easier to find in low light, or be a signal of fitness to win the parents' attention. This patch turns white after the first moult at age two months, and diminishes in size as the bird grows.

Chicks are fed by both parents, usually receiving 6 to 7 g of food a day. Both parents provision the chicks with food and aid in nest sanitation by removing faecal packets, with no difference in the feeding effort between the sexes. The nestling period is between 16 and 22 days, with chicks being independent of the parents eight days after fledging.

Feeding of the fledgeling may continue after independence, lasting up to 25 days in chicks from the first brood, but as long as 50 days in the second brood.[10] Nestlings from second broods have weaker immune systems and body condition than those from first broods, and hence have a lower juvenile survival rate.

Inbreeding depression occurs when the offspring produced as a result of a mating between close relatives show reduced fitness. The reduced fitness is generally considered to be a consequence of the increased expression of deleterious recessive alleles in these offspring. In natural populations of P. major, inbreeding is avoided by dispersal of individuals from their birthplace, which reduces the chance of mating with a close relative.

The Eurasian sparrowhawk is a predator of great tits, with the young from second broods being at higher risk partly because of the hawk's greater need for food for its own developing young. The nests of great tits are raided by great spotted Woodpeckers, particularly when nesting in certain types of nest boxes. Other nest predators include introduced grey squirrels (in Britain) and least weasels, which are able to take nesting adults as well.

A species of biting louse (Mallophaga) described as Rostrinirmus hudeci was isolated and described in 1981 from great tits in central Europe. The hen flea Ceratophyllus gallinae is exceedingly common in the nests of blue and great tits. It was originally a specialist tit flea, but the dry, crowded conditions of chicken runs enabled it to flourish with its new host.

This flea is preferentially predated by the clown beetle Gnathoncus punctulatus, The rove beetle Microglotta pulla also feeds on fleas and their larvae. Although these beetles often remain in deserted nests, they can only breed in the elevated temperatures produced by brooding birds, tits being the preferred hosts.

Relationship with humans
The great tit's willingness to use bird-feeders and nesting boxes makes it popular with the general public and useful to scientists The great tit is a popular garden bird due to its acrobatic performances when feeding on nuts or seed. Its willingness to move into nest boxes has made it a valuable study subject in ornithology; it has been particularly useful as a model for the study of the evolution of various life-history traits, particularly clutch size.

A study of a literature database search found 1,349 articles relating to Parus major for the period between 1969 and 2002.

The great tit has generally adjusted to human modifications of the environment. It is more common and has better breeding success in areas with undisturbed forest cover, but it has adapted to human modified habitats. It can be very common in urban areas.

For example, the breeding population in the city of Sheffield (a city of half a million people) has been estimated at some 17,000 individuals. In adapting to human environments its song has been observed to change in noise-polluted urban environments.

In areas with low frequency background noise pollution, the song has a higher frequency than in quieter areas. This tit has expanded its range, moving northwards into Scandinavia and Scotland, and south into Israel and Egypt. The total population is estimated at between 300–1,100 million birds in a range of 32.4 million km2.

While there have been some localised declines in population in areas with poorer quality habitats, its large range and high numbers mean that the great tit is not considered to be threatened, and it is classed as least concern on the IUCN Red List.

Conservation status
Great Tit
Least Concern (IUCN 3.1)
IUCN Red List of Threatened Species. Version 2013.2.
International Union for Conservation of Nature. Retrieved 26 November 2013.

From Wikipedia, the free encyclopedia
From Wikipedia, the free encyclopedia

Sighted: (Date of first photo that I could use) 5 July 2018
Location: Karmansbo

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 31 May 2019 - Björnhuvudet, Öckerö

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 31 May 2019 - Björnhuvudet, Öckerö

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 7 January 2021 - Falläng 115, Krylbo

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 7 January 2021 - Falläng 115, Krylbo

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 7 January 2021 - Falläng 115, Krylbo

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 10 February 2021 - Bird Safari Sweden's Goshawk Hide, Svartådalen

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 11 February 2021 - Kittan, Rönnbacken

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 11 February 2021 - Kittan, Rönnbacken

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 20 February 2021 - eBird hotspot: Kiruna--Institutet för rymdfysik

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 7 April 2021 - eBird hotspot: Hasslarps Dammar

Great Tit, Parus major, चिचिल्कोटे, Talgoxe
Great Tit / Talgoxe - 7 April 2021 - eBird hotspot: Hasslarps Dammar

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