A specimen of this species was collected in a montane rainforest litter-sample.
Bolton (2000) - A member of the caniophanes complex in the Strumigenys caniophanes-group. See notes under Strumigenys mododonta. Representation of this species is a small number of isolated and varying individuals, no two of which are identical. All appear to belong to a single plastic species but it is distinctly possible that more than one real species is concealed here. Resolution of the problem must await the discovery of more, and larger, samples. Because of this I have restricted the type-series to a single nest sample.
Variation in the material available includes density and length of erect pilosity on head, alitrunk and gaster; presence or absence of small erect hairs on ventral surface of head; length and thickness of propodeal teeth.
Keys including this Species
Distribution based on Regional Taxon Lists
Distribution based on AntMaps
Distribution based on AntWeb specimens
Check data from AntWeb
Strumigenys were once thought to be rare. The development and increased use of litter sampling methods has led to the discovery of a tremendous diversity of species. Many species are specialized predators (e.g. see Strumigenys membranifera and Strumigenys louisianae). Collembola (springtails) and other tiny soil arthropods are typically favored prey. Species with long linear mandibles employ trap-jaws to sieze their stalked prey (see Dacetine trap-jaws). Larvae feed directly on insect prey brought to them by workers. Trophallaxis is rarely practiced. Most species live in the soil, leaf litter, decaying wood or opportunistically move into inhabitable cavities on or under the soil. Colonies are small, typically less than 100 individuals but in some species many hundreds. Moist warm habitats and micro-habitats are preferred. A few better known tramp and otherwise widely ranging species tolerate drier conditions. Foraging is often in the leaf litter and humus. Workers of many species rarely venture above ground or into exposed, open areas. Individuals are typically small, slow moving and cryptic in coloration. When disturbed individuals freeze and remain motionless. Males are not known for a large majority of species.
The following information is derived from Barry Bolton's New General Catalogue, a catalogue of the world's ants.
- natynion. Strumigenys natynion Bolton, 2000: 762 (w.) BORNEO.
Unless otherwise noted the text for the remainder of this section is reported from the publication that includes the original description.
Holotype. TL 3.5, HL 0.94, HW 0.70, CI 74, ML 0.44, MI 47, SL 0.50, SI 71, PW 0.41, AL 0.98. Mandible with a small preapical tooth. Dorsolateral margin of head in full-face view with 5 or more freely laterally projecting filiform hairs; occipital lobe margin also with a number of shorter hairs that are directed dorsally. Cephalic dorsum with erect fine hairs in a transverse row across occipital margin and usually with a single more anterior pair, close to highest point of vertex. Dorsum of head finely and densely punctate-rugulose. Apical funicular segment moderately tapered basally. Promesonotal dorsum, side of pronotum, pleurae and side of propodeum everywhere densely punctate to reticulate-punctate. Pronotal humeral hair long and fine. Dorsal alitrunk with numerous erect fine simple hairs; waist segments and first gastral tergite with numerous similar hairs. Dorsal and ventral surfaces of hind femur with suberectlerect hairs; dorsal (outer) surfaces of hind tibia and basitarsus each with long erect freely projecting hairs. Petiole in profile claviform, in dorsal view much longer than broad.
Dimensions of non-paratypic workers. TL 3.2-3.5, HL 0.88-0.90, HW 0.60-0.62, CI 68-70, ML 0.40-0.44, MI 45-50, SL 0.46-0.48, SI 76-77 (6 measured).
Holotype worker, Malaysia: Sabah, Kinabalu, 29.iv.1987, 1540 m., no. 8a (Burckhardt & Lobl) (Musee d'Histoire Naturelle Genève).
Paratypes. 4 workers with same data as holotype (MHNG, The Natural History Museum).
- Bolton, B. 2000. The ant tribe Dacetini. Memoirs of the American Entomological Institute. 65:1-1028. (page 762, worker described)