One of a number of Palearctic wood ants that build complexes of large mound nests. Gilev et al. (2015): A widespread and common species of red wood ant that inhabits the entire taiga belt of Eurasia (Dlussky, 1967). Similar to all red wood ants, this species displays a high degree of morphological variation.
|At a Glance||• Polygynous • Temporary parasite • Supercolonies • Diploid male|
Collingwood (1979) - Bicoloured with dark markings on head and promesonotum varying in size and intensity - generally not as brightly coloured or as large as Formica rufa. In the typical form distinct outstanding hairs fringe the posterior border of the head but do not occur forward towards the eyes as in Formica lugubris. In many samples from South Norway and South Finland these hairs may be hard to find or absent. Erect hairs on gula and dorsum of alitrunk variable, usually short and sparse. Eyes with distinct short hairs but much less prominent than in F. lugubris. Frons rather dull with close dense microsculpture, gaster very closely punctured. Suberect hairs on extensor surfaces of hind femora and tibiae always present but sometimes few. Antennal scapes bare. Head width of largest workers less than 2 mm. Length: 4.0-8.5 mm.
Keys including this Species
Eastern Alps to Siberia, North Italy to North Norway (Collingwood 1979).
Latitudinal Distribution Pattern
Latitudinal Range: 70.377854° to 42.596228°.
- Source: AntMaps
Distribution based on Regional Taxon Lists
Palaearctic Region: Austria, Belarus, Bulgaria, China, Czech Republic, Democratic Peoples Republic of Korea, Denmark, Estonia, Finland, France, Georgia, Germany, Italy, Latvia, Lithuania, Mongolia, Montenegro, Norway, Poland, Romania, Russian Federation, Serbia, Slovenia, Sweden, Switzerland, Ukraine, United Kingdom of Great Britain and Northern Ireland (type locality).
Distribution based on AntMaps
Distribution based on AntWeb specimens
Check data from AntWeb
|Number of countries occupied by this species based on AntWiki Regional Taxon Lists. In general, fewer countries occupied indicates a narrower range, while more countries indicates a more widespread species.|
Gilev et al. (2015) - The results of studying the color variation of the red wood ant F. aquilonia in Northwestern Russia and Fennoscandia are presented. Pronounced phenotypic differentiation among the ant populations was observed, which may be interpreted in the light of postglacial dispersal of the species. Ants from Karelia and the environs of Moscow showed high similarity in their color variation. The share of a light morph (Pn3) increased in more northern localities, namely the Pasvik Reserve, and also in more western ones, namely St. Petersburg and Espoo. Thus, there were two vectors of ant dispersal: the northern and the western ones, coinciding with the known routes of postglacial recolonization by small mammals.
Collingwood (1979) - This is undoubtedly the commonest wood ant in Fennoscandia. Large tracts of forest in the centre and north are dominated by this species which is usually found in large multicolonial groups with isolated nests being very rare. This is one of the least aggressive species of the F. rufa group. Long compact trails radiate from each nest to other nests or to aphid bearing trees and antagonism between neighbouring nests has not been observed. In South Norway and South Finland comparative hairlessness in many populations makes for confusion with the rather similar F. polyctena. Usually, however, if enough workers are collected a majority of at least 60 % of individuals will be found to have some projecting hairs at the back of the head.
However there is a form of this species found locally in the western suburbs of Helsinki to the Sjuntio district of Ab, within an area of about 40 km by 10 km, which is almost completely hairless in all parts of the body given as species specific by Yarrow (1955) for F. aquilonia. All castes moreover tend to be somewhat larger and more brightly coloured. This could well be a subspecies or species in the making. Its foraging habits have been studied by Rosengren (1971, 1977a, 1977b) under the name of Formica polyctena. This consistent degree of hairlessness has not been found elsewhere within the range of F. aquilonia, except perhaps in Esthonia, according to samples sent to H. Wuorenrinne by Professor V. Maavara.
The characteristics are as follows: only about 5 % or fewer workers in a series have an indication of short hairs projecting from the occipital comers of the head. Queens have no such hairs but occasional microscopic hairs have been detected on the basal face of the gaster in a very few specimens of about 50 examined. In the few males examined only 1 in 12 has projecting genal hairs. The reasons for retention as an infraspecific form of F. aquilonia include the close sculpturing of the worker frons, small eye hairs which are always present as in F. aquilonia while hairs on the extensor surface of the femora form a more or less close fringe as in F. aquilonia in a majority of the workers. The queen, which appears more brilliant than F. aquilonia, has extremely close micropunctures on the gaster as in that species (and in this character alone is quite unlike F. polyctena) while the male has fringing femoral hairs although specimens are also somewhat larger and more shining than F. aquilonia.
Novgorodova (2015) - Foragers and guards of Formica aquilonia are much more aggressive towards their topical competitors, the predatory ground beetles (Coleoptera, Carabidae), than towards mixo-phytophages (Dorosheva and Reznikova, 2006).
Formica aquilonia collect large quantities of honeydew.
Novgorodova (2015b) investigated ant-aphid interactions of a dozen honeydew collecting ant species in Western Siberia pine and aspen-birch-pine forests (54°7´N, 83°06´E, 200 m, Novosibirsk) and mixed-grass-cereal steppes with aspen-birch groves (53°44´N, 78°02´E, 110 m, near Karasuk) in the Novosibirsk Region and coniferous forests in the northeastern Altai (north end of Lake Teletskoe, 51°48´N, 87°17´E, 434 m). All of the ants studied had workers that showed high fidelity to attending particular aphid colonies, i.e, individual ants tend to return to the same location, and group of aphids, every time they leave the nest. F. aquilonia's honeydew collecting activities were highly coordinated during the summer months when the aphids and ants were most active. Individual foragers specialized on specific tasks and could be classified as shepherds (collect honeydew), guards (protect aphids from competitors), scouts (search for new aphid colonies) and transporters (transport honeydew to the nest). Individuals performed the same type of work day after day, with groups of the same workers, thereby forming teams. In cooler months when aphids were still active foragers were less specialized: some ants were "on duty" (constantly present in a particular aphid colony, collecting honeydew and /or protecting aphids from various competitors) and others that showed no specialization. F. aquilonia tended: Symydobius oblongus (Heyden) and Chaitophorus populeti (Panzer).
Rybnikova and Kuznetsov (2015) studied nest complexes of wood ants in the Darwin Nature Reserve (Rybinsk Reservoir basin, Vologda and Yaroslavl Provinces, Russia). Their work assessed, in part, how wild boars and seasonal flooding may influence the survival and viability of wood ant colonies.
A complex of raised and transitional sphagnum bogs is developed in the central part of the peninsula. The better drained areas near the shores are occupied by a strip of upland forests from 1 to 5 km wide, mostly represented by green moss, tall moss, and complex pine forests blending into sphagnum pine forests closer to the bogs. Small patches of lichen pine forests are present in the raised areas. The biotic complex of the reserve is affected by the water level fluctuations in the reservoir, due to which its vast shallow peripheral areas are annually flooded and exposed. However, the water level not only changes seasonally within one year but also varies from year to year, so that high-water and low-water years occur. The destruction of mature ant nests by boars leads to complete elimination of many colonies and stimulates fragmentation of the surviving colonies in spring. The results of exogenous fragmentation of the damaged nests include a decrease in the number of large nests, loss of their growth potentials, depopulation, and degradation. Regular and largescale destruction of ant nests by boars leads to rapid degradation and dying off of whole nest complexes (Dyachenko, 1999; Efremov, 2013).
Observations of the ants have been carried out since 1997. The parameters recorded were the number of inhabited nests in the complexes (n), the basal diameter of the nest dome (d), and the diameter of the nest mound (D).
The complex of Kryukovaya Ridge (Formica aquilonia) included 54 nests. Since this locality was hard to access, the complex was completely examined only in 2010 and partly examined in 2013. Of the 54 nests, 42 revealed traces of heavy damage, up to total destruction; 40 nests (74.1%) were damaged by wild boars, one nest, by the bear Ursus arctos L., and one, by the badger Meles meles L. Most of the nests damaged by boars were almost completely destroyed, with only the circular mound remaining and a small central or peripheral dome built by the survivors. Most of the inhabited nests in this complex, namely 29 (53.7%), were located on the mounds of the previously destroyed larger nests. Under the conditions of total destruction, the diameters of the nest mound (D) and the dome base (d), i.e., the most objective indicators of the nest size dynamics, were considerably reduced. The mean diameter of the mound (D) of destroyed nests was 277 ± 71 cm (n = 29), whereas the mean diameter of the dome base (d) of inhabited nests was only 104 ± 45 cm (n = 25). Only 14 intact or weakly damaged nests were found in this complex, of which only two had the conical domes typical of active nests while 12 were flattened, i.e., not very viable. All these data indicated a considerable degree of degradation of the complex.
Association with Other Organisms
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- This species is a temporary parasite for the ant Formica fusca (a host) (Chernenko et al., 2013; de la Mora et al., 2021).
- This species is a temporary parasite for the ant Formica picea (a host) (Chernenko et al., 2013; de la Mora et al., 2021).
- This species is a xenobiont for the ant Formica fusca (a xenobiont) in Finland (Czechowski & Vepsalainen, 1999; Kanizsai et al., 2013) (Forest on rocks. Mound of F. lugubris).
- This species is a xenobiont for the ant Formicoxenus nitidulus (a xenobiont) (Holldobler & Wilson 1990; Busch 2001; Martin et al. 2007).
- This species is a xenobiont for the ant Lasius flavus (a xenobiont) in Finland (Czechowski, 2004; Kanizsai et al., 2013) (Different successional series of rocky habitats. Mound of Formica aquilonia.).
This species is associated with the aphids Aphis brohmeri, Aphis craccivora, Aphis evonymi, Aphis fabae, Aphis jacobaeae, Aphis pomi, Aphis subnitidae, Aphis viburni, Callipterinella tuberculata, Chaitophorus albitorosus, Chaitophorus albus, Chaitophorus populeti, Chaitophorus populialbae, Chaitophorus salicti, Cinara boerneri, Cinara laricis, Cinara piceae, Cinara piceicola, Cinara pinea, Cinara pini, Glyphina betulae, Rhopalosiphum padi, Schizaphis gramina, Schizaphis pyri and Symydobius oblongus (Saddiqui et al., 2019 and included references).
This species is a host for the following eulophid and braconid wasp parasites (Universal Chalcidoidea Database; Quevillon, 2018):
- Elasmosoma berolinense
- Neoneurus auctus
- Achrysocharoides niveipes
- Chrysocharis assis
- Chrysocharis assis
- Chrysocharis collaris
- Chrysocharis collaris
- Chrysocharis nephereus
- Chrysocharis nephereus
- Chrysocharis orbicularis
- Chrysocharis orbicularis
- Chrysocharis pilicoxa
- Chrysocharis pilicoxa
- Cirrospilus curvineurus
- Cirrospilus curvineurus
- Cirrospilus vittatus
- Cirrospilus vittatus
- Derostenus gemmeus
- Derostenus gemmeus
- Dicladocerus westwoodii
- Dicladocerus westwoodii
- Elachertus artaeus
- Elachterus artaeus
- Pediobius metallicus
- Pediobius metallicus
- Pnigalio longulus
- Pnigalio longulus
- Pnigalio pectinicornis
- Pnigalio pectinicornis
- Sympiesis gordius
- Sympiesis gordius
- Sympiesis sericeicornis
- Sympiesis sericeicornis
- Sympiesis xanthostoma
- Sympiesis xanthostoma
The reported host/parasite relationship between Formica aquilonia and Formica cinerea should be investigated in the field as Chernenko et al. (2013) found 100% F. aquilonia queen mortality in lab introductions (de la Mora et al., 2021).
- Check details at Worldwide Ant Nuptial Flights Data, AntNupTracker and AntKeeping.
- Explore: Show all Flight Month data or Search these data. See also a list of all data tables or learn how data is managed.
Life History Traits
- Queen number: polygynous (Rissing and Pollock, 1988; Frumhoff & Ward, 1992)
- Queen mating frequency: multiple (Rissing and Pollock, 1988; Frumhoff & Ward, 1992)
- Colony type: supercolony
- Mean colony size: 400,000 (Zakharov, 1978; Beckers et al., 1989)
- Nest site: thatch mound
- Foraging behaviour: trunk trail (Zakharov, 1978; Beckers et al., 1989)
Images from AntWeb
|Worker. Specimen code casent0172763. Photographer April Nobile, uploaded by California Academy of Sciences.||Owned by CAS, San Francisco, CA, USA.|
|Worker. Specimen code casent0173151. Photographer April Nobile, uploaded by California Academy of Sciences.||Owned by CAS, San Francisco, CA, USA.|
Diploid males are known to occur in this species (found in 1.2% of 334 examined nests) (Pamilo et al., 1994; Cournault & Aron, 2009).
The following information is derived from Barry Bolton's Online Catalogue of the Ants of the World.
- schmidti. Formica rufa subsp. schmidti Ruzsky, 1926: 109 (w.) RUSSIA. [First available use of Formica rufa subsp. rufa var. schmidti Ruzsky, 1920: 78; unavailable name.] [Junior primary homonym of †schmidtii Heer, 1849: 138, above.] Synonymous with aquilonia: Dlussky, 1967a: 90, hence aquilonia the first available replacement name.
- aquilonia. Formica aquilonia Yarrow, 1955a: 31 (diagnosis in key), figs. 21, 25, 29, 33, 37, 41, 45, 49, 53, 57, 61, 65 (w.q.m.) GREAT BRITAIN. Synonymous with schmidti Ruzsky, 1920: 78 [Junior primary homonym of †schmidtii Heer, 1849: 138.]: Dlussky, 1967a: 90 and hence first available replacement name. See also: Kutter, 1977c: 271; Kupyanskaya, 1986a: 98; Gösswald, 1989: 19; Kupyanskaya, 1990: 197; Atanassov & Dlussky, 1992: 276.
- n = 26 (Finland) (Rosengren et al., 1980).
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- Atanassov, N.; Dlussky, G. M. 1992. Fauna of Bulgaria. Hymenoptera, Formicidae. Fauna Bûlg. 22: 1-310 (page 276, see also)
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- Beckers R., Goss, S., Deneubourg, J.L., Pasteels, J.M. 1989. Colony size, communication and ant foraging Strategy. Psyche 96: 239-256 (doi:10.1155/1989/94279).
- Beresford, J. 2021. The role of hybrids in the process of speciation; a study of naturally occurring Formica wood ant hybrids. Academic Dissertation, University of Helsinki.
- Berkelhamer, R.C. 1980. Reproductive strategies in ants: A comparison of single-queened versus multiple-queened species in the subfamily Dolichoderinae (Hymenoptera: Formicidae). Ph.D. thesis, University of California, Berkeley.
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- Bulter, I. 2020. Hybridization in ants. Ph.D. thesis, Rockefeller University.
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- Chernenko, A., Vidal‐Garcia, M., Helantera, H., Sundstrom, L. 2013. Colony take‐over and brood survival in temporary social parasites of the ant genus Formica. Behavioral Ecology and Sociobiology 67: 727‐735 (doi:10.1007@s00265-013-1496-7).
- Cournault, L., Aron, S. 2009. Diploid males, diploid sperm production, and triploid females in the ant Tapinoma erraticum. Naturwissenschaften 96: 1393–1400 (doi:10.1007/s00114-009-0590-1).
- Csosz, S., Marko, B., Galle, L. 2011. The myrmecofauna (Hymenoptera: Formicidae) of Hungary: an updated checklist. North-Western Journal of Zoology 7: 55-62.
- Czechowski, W. 2004. Scarcity of sites suitable for nesting promotes plesiobiosis in ants (Hymenoptera: Formicidae). Entomologica Fennica 15(4). 211–218.
- Czechowski, W., Radchenko, A., Czechowska, W. 2002. The ants (Hymenoptera, Formicidae) of Poland. MIZ PAS Warsaw.
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- Dlussky, G. M. 1967a. Ants of the genus Formica (Hymenoptera, Formicidae, g. Formica). Moskva: Nauka Publishing House, 236 pp. (page 90, Junior primary homonym of schmidtii Heer, 1850; and hence first available replacement name)
- Frizzi, F., Buonafede, L., Masoni, A., Balzani, P., Santini, G. 2022. Comparative analysis of facial coloration between introduced and source populations of the Red Wood Ant Formica paralugubris. Insects 13, 1137 (doi:10.3390/insects13121137).
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- Jacobs, S. 2020. Population genetic and behavioral aspects of male mating monopolies in Cardiocondyla venustula (Ph.D. thesis).
- Kanizsai, O., Lőrinczi, G., Gallé, L. 2013. Nesting associations without interdependence: A preliminary review on plesiobiosis in ants. Psyche 2013, 238602 (doi:10.1155/2013/238602).
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- Kupyanskaya, A. N. 1990a. Ants of the Far Eastern USSR. Vladivostok: Akademiya Nauk SSSR, 258 pp. (page 197, see also)
- Kutter, H. 1977c. Hymenoptera, Formicidae. Insecta Helv. Fauna 6: 1-298.
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- Nygard, E. 2020. Thermal tolerance of two mound-building wood ants Formica aquilonia and Formica polyctena and their hybrids. Master's thesis, University of Helsinki.
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References based on Global Ant Biodiversity Informatics
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