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Species: Dolichoderus bispinosus   (Olivier, 1792) 

Download Data

Taxonomic History (provided by Barry Bolton, 2021)

Formica bispinosa Olivier, 1792: 502 (w.) FRENCH GUIANA. Neotropic. AntCat AntWiki HOL

Taxonomic history

Combination in Hypoclinea: Mayr, 1862 PDF: 708.
Combination in Monacis: Roger, 1862a PDF: 235; Kempf, 1959c: 240.
Senior synonym of Dolichoderus arboricola: Emery, 1892c PDF: 167.
Senior synonym of Dolichoderus fungosa: Latreille, 1802a PDF: 133.
Senior synonym of Dolichoderus vestita: Emery, 1894d PDF: 232.
// Distribution


  Geographic regions (According to curated Geolocale/Taxon lists):
    Americas: Argentina, Belize, Brazil, Colombia, Costa Rica, Ecuador, French Guiana, Guatemala, Guyana, Honduras, Mexico, Nicaragua, Panama, Paraguay, Peru, Suriname, Trinidad and Tobago, Venezuela
  Biogeographic regions (According to curated Bioregion/Taxon lists):

Distribution Notes:

Mexico south to Uruguay, southern Brazil, northern Argentina; St. Thomas in Virgin Islands. Costa Rica: common in southern Pacific lowlands, becoming less common in northern Pacific lowlands, unknown from Atlantic slope.


Natural History:

From MacKay 1993:

This is one of the most common and widely distributed species in the genus, occurring especially in disturbed habitats (coffee, cacao plantations) in second growth forest, as well as virgin rain forests, up to 2100 meters. They are commonly found during quarantine on banana debris and on orchids. Dolichoderus bispinosus nests in cavities in trees or in hollow logs on the ground and occasionally in carton termite nests on branches of trees (Swain, 1977), especially those of Nasutitermes ephratae, N. columbicus and N. sp. (pers. obs.). This species also nests in myrmecophytes such as Cordia and Tillandsia. Myrmecophiles include cockroachs and thysanurans (both unidentified - Swain, 1977). Dolichoderus bispinosus is polygynous (Kempf, 1959; Swain, 1977); several de-alate females and workers are often found within series. It is also polydomous (Swain, 1977). A mature nest contains thousands of workers and sexuals (Swain, 1977). New nests are formed by fission (Swain, 1977). These ants are very aggressive, especially when the nest is disturbed (Mann, 1916; Wheeler, 1936; pers. obser.). Workers produce a strong odor similar to that of Liometopum spp. when they are disturbed. They look and act similar to Liometopum in the field under such circumstances. They often nest together with Crematogaster limata parabiotica and with Dolichoderus lamellosus. Worker specimens have been collected almost 50 meters inside the mouth of a cave in Yucat n. Workers have been found in extrafloral nectaries of Bixa orellana (Bentley, 1977) and in the facultative, myrmecophytic orchid, Caularthron bilamellatum (Fisher et al., 1990), as well as several other species of plants (Swain, 1977). This species tends scale insects on Prioria, coccids, membracids and rioninid larvae, and are also effective predators, especially of termites (Swain, 1977). They are preyed upon by ant eaters and armadillos. Swain (1977) presents much more detailed information on this species. Sexuals are commonly collected in light traps. Stray sexuals have been collected in Jan. (Venezuela), Apr. (Surinam), May (Mexico, Panama, Venezuela), June (Costa Rica), July (Mexico, Guiana, Venezuela), Aug. (Trinidad, Peru, Venezuela), Aug.-Sept. (Brasil), Sept.-Oct. (Panama) and Oct. (Ecuador). [MacKay Literature Cited]

In the field these may be easily confused with some species of Camponotus subgenus Myrmobrachys, which are of similar size, black, and diurnal. However, they are nothing alike in behavior or odor. Myrmobrachys are generally timid and will flee disturbance, and if they have any odor at all it is a weak acid odor. Dolichoderus bispinosus workers are extremely pugnacious, aggressively defending resources and nest areas. Workers will quickly run onto your hand and bite. They have a strong chemical defense that imparts a characteristic odor. This distinctive odor is shared with many other groups in the Dolichoderinae, including Azteca, Tapinoma, Dorymyrmex, and some but not all other species of Dolichoderus. Workers are very fond of carbohydrate resources and will cluster around extrafloral nectaries, aggregations of membracids, and Coccoidea. Some riodinid butterflies with myrmecophilous larvae have a specialized association with D. bispinosus. For example, adult females of Juditha molpe search for aggregations of D. bispinosus as oviposition sites. Larvae can be found on a wide variety of host plants, the common factor being the presence of extrafloral nectaries or other carbohydrate sources at which D. bispinosus have gathered. The butterfly is an ant specialist rather than a plant specialist!

Taxonomic Treatment (provided by Plazi)

Scientific Name Status Publication Pages ModsID GoogleMaps
Dolichoderus bispinosus   Forel, A., 1908, Fourmis de Costa-Rica, récoltées par M. Paul Biolley., Bulletin de la Societe Vaudoise des Sciences Naturelles 44, pp. 35-72: 60-61, (download) 60-61 4014
Dolichoderus bispinosus   Wild, A. L., 2007, A catalogue of the ants of Paraguay (Hymenoptera: Formicidae)., Zootaxa 1622, pp. 1-55: 24, (download) 24 21367

Specimen Habitat Summary

Found most commonly in these habitats: 80 times found in tropical moist forest, 47 times found in lowland wet forest, 44 times found in 2º wet forest, 21 times found in tropical rainforest, 14 times found in 2º lowland rainforest, 11 times found in Rainforest, 11 times found in Cafetal, 9 times found in wet forest, 8 times found in mesophil forest, 6 times found in lowland rainforest, ...

Found most commonly in these microhabitats: 91 times at bait, 82 times beating vegetation, 36 times ex sifted leaf litter, 17 times Malaise trap, 13 times on low vegetation, 3 times strays, 1 times under loose bark, 2 times stray foragers, 3 times on hardwood tree, 1 times foragers in treefall, 2 times flight intercept trap, ...

Collected most commonly using these methods: 91 times Baiting, 82 times Beating, 22 times search, 23 times MiniWinkler, 20 times Red de golpeo, 13 times Malaise, 11 times direct collection, 7 times MaxiWinkler, 7 times Winkler, 6 times beating low vegetation, 4 times hand collecting, ...

Elevations: collected from 5 - 1800 meters, 366 meters average

Collect Date Range: collected between 1915-07-01 and 2019-06-22

Type specimens:

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