Adetomyrma aureocuprea, Yoshimura, Masashi & Fisher, Brian L., 2012

Yoshimura, Masashi & Fisher, Brian L., 2012, A revision of the Malagasy endemic genus Adetomyrma (Hymenoptera: Formicidae: Amblyoponinae), Zootaxa 3341 (1), pp. 1-31 : 10-12

publication ID	https://doi.org/ 10.11646/zootaxa.3341.1.1
DOI	https://doi.org/10.5281/zenodo.5874319
persistent identifier	https://treatment.plazi.org/id/03BDEF36-F504-941D-FFAB-47F4DDED8A09
treatment provided by	Plazi
scientific name	Adetomyrma aureocuprea
status	sp. nov.

Treatment

Adetomyrma aureocuprea View in CoL sp. nov.

( Figs 20 View FIGURES 19 – 20 , 28 View FIGURES 27 – 28 , 29 View FIGURES 29 – 37 , 38 View FIGURES 38 – 46 , 47 View FIGURES 47 – 55 , 56 View FIGURES 56 – 63 , 64 View FIGURES 64 – 72 )

Holotype. Male: CASENT0227991 , BLF07304 : MADAGASCAR, Fianarantsoa, Parc National d'Isalo , 9.1 km 354° N Ranohira , 22° 28.9´S, 45° 27.7´E, 725 m alt., gallery forest, at light, 27–31.i.2003, Fisher, Griswold et al. leg. [ CASC] GoogleMaps

Paratypes. 4 males: CASENT0247003 [ CASC], GoogleMaps CASENT0247004 [ BMNH] GoogleMaps , CASENT0490920 [ MHNG] GoogleMaps , CASENT0490924 [ MCZC], GoogleMaps with same data as holotype.

Worker and queen unknown.

Male. Description. Measurements: holotype. HL 0.57, HW 0.87, SL 0.16, EL 0.43, WL 1.42, MnW 0.9, CI 152.4, SI 18, EI 74.8, MnI 103.9.

HL 0.44–0.63, HW 0.59–0.91, SL 0.11–0.17, EL 0.3–0.45, WL 1.03–1.54, MnW 0.63–0.88, CI 135.6–145.7, SI 17.9–19.6, EI 67.4–75, MnI 97.1–106.3 (5 specimens measured).

Eye large and prominent, varied in size, but posterior margin not exceeding posterior margin of mid ocellus in full-face view ( Fig 47 View FIGURES 47 – 55 ). Distance between lateral ocellus and eye about same as diameter of lateral ocellus. Palpal formula 3,3 (three maxillary and three labial). Notaulus absent on mesoscutum. Parapsidal line usually unclear, sometimes weakly impressed but never pigmented with darker color ( Fig 38 View FIGURES 38 – 46 ). Anterior margin of petiole longer than dorsal margin in lateral view ( Fig 29 View FIGURES 29 – 37 ). Subpetiolar process not developed, without hairs ( Fig 29 View FIGURES 29 – 37 ).

Left and right parameres not overlapping or narrowly overlapping on dorsal small part of basimere ( Fig 20 View FIGURES 19 – 20 ). No distinct projection or lobe present on posterodorsal portion of paramere. Basal ring not reduced, covering whole anterior margin of paramere in lateral view. Basal projection on cuspis clear but not extraordinarily well developed. Aedeagus in lateral view as in Figure 56 View FIGURES 56 – 63 : distal portion narrowed distal to ventral projection, apical margin relatively sharp, but without small projection on its posteroventral portion, posteroventral margin of ventral projection convex.

Hair on compound eyes short, about 0.25× diameter of mid ocellus ( Fig 28 View FIGURES 27 – 28 ). With mesofemur in dorsal view, anterior face with dense appressed hairs, and sometimes several longer subdecumbent hairs on basal portion. Ventral margin of eye not edged with darker pigment or punctures. Body bicolored, head brown and remainder yellow ( Fig 29 View FIGURES 29 – 37 ).

Etymology. This species name is derived from the Latin words aureus (golden) and cupreus (coppery), referring to the body coloration. The species epithet is treated as a noun in apposition, and thus invariant.

Distribution. MADAGASCAR: as in Figure 64 View FIGURES 64 – 72 .

Additional material examined: in addition to the type material, specimens from the following localities were examined in this study: MADAGASCAR. Parc National Montagne d'Ambre [1st campsite], 12° 30.87´S, 49° 10.88´E, 960 m alt., rainforest; Ampasindava, Forêt d'Ambilanivy, 3.9 km 181° S Ambaliha, 13° 47.92´S, 48° 9.7´E, 600 m alt., rainforest; Sofia Region, district of Port-Berger, Ambovomamy 20 km N of Port-Berger, 15° 27.07´S, 47° 36.8´E, 86 m alt., secondary forest on white sandy area; Boeny Region, district of Marovoay, Ampijoroa National Park, 160 km North of Maevatanana on RN 0 4, 16° 19.16´S, 46° 48.8´E, 42 m alt., deciduous forest; Parc National de Namoroka, 16.9 km 317° NW Vilanandro, 16° 24.4´S, 45° 18.6´E, 100 m alt., tropical dry forest; Boeny Region, district of Soalala Analamanitra forest, 14 km SW of Mitsinjo, 16° 42´S, 45° 42´E, 19 m alt., dense dry forest; Betsiboka Bassin, Riv: Mamokomita, Manjokavaradrano, 17° 38´S, 46° 54.33´E; Parc National Tsingy de Bemaraha, 10.6 km ESE 123° Antsalova, 18° 42.57´S, 44° 43.09´E, 150 m alt., tropical dry forest on Tsingy; Menabe Region, district of Morondava, Beroboka village NE of Morondava, Antsarongaza dry forest 7.5 km E of Beroboka, 19° 58.65´S, 44° 39.98´E, 50 m alt., dry forest; Menabe Region, district of Morondava, Beroboka village NE of Morondava, Antsarongaza gallery forest 7 km E of Beroboka, 19° 58.65´S, 44° 39.92´E, 128 m alt., gallery forest; Forêt d'Atsirakambiaty, 7.6 km 285° WNW Itremo, 20° 35.6´S, 46° 33.8´E, 1550 m alt., montane rainforest; Base Makay, 21° 13.37´S, 45° 19.49´E, 490 m alt., gallery forest on sandy soil; Atsimo Andrefana Region, district of Betioky, 30 km E Betioky, Beza Mahafaly Special Reserve (around Research Station), 23° 41.19´S, 44° 35.46´E, 165 m alt., gallery dry deciduous forest; Parc National d'Isalo, 9.1 km 354° N Ranohira, 22° 28.9´S, 45° 27.7´E, 725 m alt., gallery forest; 1 km E of Isalo National Park Interpretive Center, Fianarantsoa Prov., 22° 37.6´S, 45° 21.49´E, 885 m alt., dry wash; Horombe Region, district of Ihosy, Betapia (Border of Fianarantsoa and Tulear): 9 km SW of Ilakaka Saphir town, 22° 37.73´S, 45° 21.67´E, 1036 m alt., Uapaca forest; Horombe Region, district of Ihosy, Isalo National Park, 900 m E of ANGAP Interpretation Center, 22° 37.6´S, 45° 21.49´E, 701 m alt., open area near stream; Manombo Special Reserve, 32 km SE of Farafangana, 23° 1.31´S, 47° 43.2´E, 36 m alt., lowland rainforest; Atsimo Andrefana Region, district of Tulear II, Mikea deciduous dry forest 3 km N Andranomavo village, 22° 54.22´S, 43° 28.53´E, 30 m alt., deciduous dry forest; Fiherenana, 23° 10.62´S, 43° 57.65´E, 100 m alt., gallery forest; Fiherenana, 23° 14.12´S, 43° 52.25´E, 50 m alt., degraded gallery forest; Sept Lacs, 23° 31.25´S, 44° 9.58´E, 130 m alt., gallery forest mixed with spiny thicket trees; Forêt de Mite, 20.7 km 29° WNW Tongobory, 23° 31.45´S, 44° 7.28´E, 75 m alt., gallery forest; Sept Lacs, 23° 31.65´S, 44° 9.27´E, 70 m alt., gallery forest; Parcel I, Beza Mahafaly Reserve, near research station, Tulear Province, 23° 41.19´S, 44° 35.46´E, 165 m alt., dry deciduous forest; Parcel II, Beza Mahafaly Reserve, near Bellevue, Tulear Province, 23° 41.39´S, 44° 34.53´E, 180 m alt., spiny forest; Parc National d'Andohahela, Forêt de Manantalinjo, 33.6 km 63° ENE Amboasary, 7.6 km 99° E Hazofotsy, 24° 49.02´S, 46° 36.6´E, 150 m alt., spiny forest/thicket; Androy Region, district of Tsihombe, 74 km S of Tsihombe, Cap Ste Marie Reserve, 25° 35.26´S, 45° 9.78´E, 37 m alt., spiny bush.

Remarks. Adetomyrma aureocuprea is only known from males. A. aureocuprea is easily separable from the other Adetomyrma males by the yellowish body color, no mesoscutal notaulus, poorly developed subpetiolar process, lack of posterodorsal projection or lobe on the paramere, short hairs on the compound eye, and vestigial parapsidal line.

The males of Adetomyrma aureocuprea display remarkable morphological variation in, for example, the size of the eye and ocelli, head shape, mesonotal shape, petiolar shape, and hairs on body surface. A. aureocuprea ( Fig 64 View FIGURES 64 – 72 ) is completely sympatric with A. bressleri ( Fig 65 View FIGURES 64 – 72 ), A. caputleae ( Fig 66 View FIGURES 64 – 72 ), A. goblin ( Fig 71 View FIGURES 64 – 72 ), and A. venatrix ( Fig 72 View FIGURES 64 – 72 ), and was collected within a 20 km radius of A. cilium ( Fig 69 View FIGURES 64 – 72 ) and within a 70 km radius of A. caudapinniger ( Fig 68 View FIGURES 64 – 72 ). The morphological differences between all species are clear and consistent in each case of sympatric and geographically close localities, even though apparent similarity may be shown to a character of another Adetomyrma species collected from distant localities. In addition to the above species, the distribution of A. aureocuprea is parapatric with A. clarivida ( Fig 70 View FIGURES 64 – 72 ). Separation between A. aureocuprea and A. clarivida is strongly supported by the morphological differences observed in the aedeagus ( Figs 56 and 61 View FIGURES 56 – 63 ).