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Figure 7; Zasphinctus obamai sp. n. holotype worker (CASENT0764125). A Body in profile B Body in dorsal view C Head in full-face view D Abdominal segments III–VII in dorsal view.
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Figure 4; Illustrated diagnostic character matrix based on micro-CT images used for species delimitations (Z. obamai = left column, Z. sarowiwai = middle column, Z. wilsoni = right column). A, B, C Cephalic capsule in profile (virtually dissected) D, E, F Clypeus and torulo-posttorular complex in anterior view G, H, I Anterior head (antennae virtually removed) showing parafrontal ridges (orange) and torulo-posttorular complex (green) J, K, L Antennal scape in dorsal view (virtually dissected) M, N, O Head in posterodorsal view showing vertexal margin (orange), posterior face, and occipital margin (green) P, Q, R Head in posterior view showing occiput and occipital foramen (virtually dissected) (ventral head facing upwards).
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Figure 10; Shaded surface display volume renderings of 3D models of Zasphinctus sarowiwai sp. n. holotype worker (CASENT0764654). A Head in full-face dorsal view B Head in anterodorsal view C Anterior cephalic dorsum and mandibles in anterodorsal view D Head in ventral view E Occiput in posterior view (ventral head facing upwards) F Head in posterodorsal view G Mesosoma in profile H Mesosoma in dorsal view I Abdominal segment II (petiole) in profile J Abdominal segment II (petiole) in dorsal view K Abdominal segment II (petiole) in ventral view L Abdominal segments III–VII in profile M Abdominal segments III and IV in dorsal view N Abdominal segments V–VII in dorsal view O Abdominal segments III–VII in ventral view.
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Figure 12; Shaded surface display volume renderings of 3D models of Zasphinctus wilsoni sp. n. holotype worker (MCZ-ENT-00512764). A Head in full-face dorsal view B Head in anterodorsal view C Anterior cephalic dorsum and mandibles in anterodorsal view D Head in ventral view. E Occiput in posterior view (ventral head facing upwards) F Head in posterodorsal view G Mesosoma in profile H Mesosoma in dorsal view I Abdominal segment II (petiole) in profile J Abdominal segment II (petiole) in dorsal view K Abdominal segment II (petiole) in ventral view L Abdominal segments III–VII in profile M Abdominal segments III and IV in dorsal view N Abdominal segments V–VII in dorsal view O Abdominal segments III–VII in ventral view.
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Figure 11; Zasphinctus wilsoni sp. n. holotype worker (MCZ-ENT-00512764). A Body in profile B Body in dorsal view C Head in full-face view D Abdominal segments III–VII in dorsal view.
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Summary[
edit] Description: English: Zasphinctus turneri specimen (previously Sphinctomyrmex turneri). Date: 23 January 2013, 13:37:10. Source:
AntWeb. Author: Will Ericson.
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Figure 13; Shaded surface display volume renderings of 3D models of mouthparts (excluding mandibles) in closed configuration (green=maxillae; yellow=labrum; orange=labium). A Zasphinctus obamai sp. n. (CASENT0764127) B Zasphinctus sarowiwai sp. n. (CASENT0764654) C Zasphinctus wilsoni sp. n. (MCZ-ENT-00512764).
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Figure 15; Still images of 3D model of full body of Zasphinctus sarowiwai sp. n. holotype worker (CASENT0764654). False-colour volume rendering of segmented mesosoma and metasoma musculature (red) and sting apparatus (green) superimposed on semi-transparent surface model (A, C, E) or stand-alone (B, D, F). A, B Body in profile view C, D Body in dorsal view E, F Body in posterodorsal view.
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Figure 5; Illustrated diagnostic character matrix based on micro-CT images used for species delimitations (Z. obamai = left column, Z. sarowiwai = middle column, Z. wilsoni = right column). A, B, C Posterior head in ventral view showing ventral occipital margin (virtually dissected) D, E, F Head in ventral view showing mouthparts and hypostoma (virtually dissected). G, H, I Mesosoma in profile (orange) with pleural endophragmal pit (green) J, K, L Mesosoma in dorsal view M, N, O Petiole in profile showing petiolar tergum (green) and petiolar sternum (orange) with subpetiolar process P, Q, R Petiole in dorsal view.
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Figure 8; Shaded surface display volume renderings of 3D models of Zasphinctus obamai sp. n. paratype worker (CASENT0764127). A Head in full-face dorsal view B Head in anterodorsal view C Anterior cephalic dorsum and mandibles in anterodorsal view D Head in ventral view E Occiput in posterior view (ventral head facing upwards) F Head in posterodorsal view G Mesosoma in profile H Mesosoma in dorsal view I Abdominal segment II (petiole) in profile J Abdominal segment II (petiole) in dorsal view K Abdominal segment II (petiole) in ventral view L Abdominal segments III–VII in profile M Abdominal segments III and IV in dorsal view N Abdominal segments V–VII in dorsal view O Abdominal segments III–VII in ventral view.
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Figure 6; Illustrated diagnostic character matrix based on micro-CT images used for species delimitations (Z. obamai = left column, Z. sarowiwai = middle column, Z. wilsoni = right column). A, B, C Subpetiolar process of petiolar sternum in ventral view (virtually dissected) D, E, F Abdominal segment III in dorsal view G, H, I Abdominal segment III (orange) in ventral view with posterior end (green) J, K, L Abdominal segment III in anteroventral view showing prora (virtually dissected) M, N, O Abdominal segment VI in dorsal view P, Q, R Abdominal segments III, IV, V, and VI in ventral view showing girdling constrictions.
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Figure 2; Microtomographic slides showing cuticle thickness measurements (with measuring lines in white). A Head in profile B Mesosoma in profile C Petiole (abdominal segment II) in profile D Abdominal segment III in profile.
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Summary[
edit] Description: English: Head view of ant
Sphinctomyrmex froggatti specimen
casent0173055. Date: 9 July 2007, 09:08:11. Source:
AntWeb.org. Author: April Nobile. Attribution(
required by the license)April Nobile /
© AntWeb.org /
CC BY-SA 3.0. April Nobile /
© AntWeb.org. Regnum:
Animalia • Phylum:
Arthropoda • Classis:
Insecta • Ordo:
Hymenoptera • Subordo:
Apocrita • Superfamilia:
Vespoidea • Familia:
Formicidae • Subfamilia:
Cerapachyinae • Genus:
Sphinctomyrmex • Species:
Sphinctomyrmex froggatti Brown, 1975 Licensing[
edit]
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How to Cite AntWeb. Antweb is funded from private donations and from grants from the National Science Foundation, DEB-0344731, EF-0431330 and DEB-0842395.
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Figure 16; Comparison of full body scan versus single body part scans based on Zasphinctus obamai sp. n. holotype (CASENT0764125) and paratype worker (CASENT0764127). A Full body scan (CASENT0764125) B Scan of head (CASENT0764125) C Scan of mesosoma (CASENT0764127) D Scan of metasoma showing abdominal segments III to VII in profile (CASENT0764127).
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Figure 9; Zasphinctus sarowiwai sp. n. paratype worker (CASENT0764650). A Body in profile B Body in dorsal view C Head in full-face view D Abdominal segments III–VI in dorsal view.
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Figure 14; Volumetric 3D model of segmented surface reconstructions of the mouthparts of Zasphinctus sarowiwai sp. n. (CASENT0764652) in open configuration (green=maxillae; yellow=labrum; orange=labium). A Frontal view B Lateral view C Posterior view D Dorsal view.