Anomophysis australis Quentin et Villiers, 1981

Jin, Mengjie, Keyzer, Roger De, Hutchinson, Paul, Pang, Hong & Ślipiński, Adam, 2020, A Review Of The Australian Macrotomini (Coleoptera: Cerambycidae: Prioninae), Annales Zoologici 70 (1), pp. 33-96 : 43-44

Anomophysis australis Quentin et Villiers, 1981

( Figs. 4 A–C, 16C )

Anomophysis australis Quentin et Villiers, 1981: 361 . TL: Australia, Nothern Lemty (?). Holotype in MNHN (examined).

Diagnosis. A. australis can be separated from A. coxalis by its distribution and the elytra brown or reddish brown, with weak venations. Male can also be recognised by its acute posterior angles of pronotum.

Types. Anomophysis australis Quentin et Villiers , Holotype male deposited in MNHN, male genitalia dissected and stored separately, with the following labels “northern Lemty [partially unintelligible writing] | Ex-Musaeo Mniszech | Muséum Paris 1952, Coll.

R. Oberthur | Anomophysis australis nobis Holotype ♂, Quentin and Villiers Det. 1979”.

Material examined ( Fig. 16C ). Australia: ANIC (2 ♀♀): NT, Berrimah, Sep. 1976; [no data].

Molecular data. BioSample ID: SAMN11080891.

Figures

Figure 4. A–G: Anomophysis spp. A–C: A. australis Quentin et Villiers; D–G: A. coxalis (Gahan). H–K: Archetypus marginatus sp. nov. A, E, H: male, dorsal; B, F, I: male, ventral; C, G, J: female, dorsal; D: male, ventral, white arrows indicate the broadly open mesocoxal cavity, yellow arrows indicate the measurement of the length of procoxa and the width of hypomeron, prosternal process and mesoventral process; K: male mouthparts, ventral, arrow indicate mentum fused to submentum.

Figure 16. Distribution maps based on specimens examined.