Figure 29. Creophilus lanio, details of morphology (setae of mandibles, antenna, and pronotum omitted). A, mandibles, dorsal (bases omitted); B, right antenna, dorsal (only apical setae shown); C, female internal genitalia, ventral; D, paramere, dorsal; E, aedeagus with details of inverted internal sac, right lateral (parameral setae omitted); F, pronotum (female); G, ventral sclerite of internal sac, ventral (lower) and apical (upper); H, basal cap of internal sac; I, median lobe apex, ventral. Abbreviations: T1, T2, T3, mandibular teeth. Additional abbreviations as in Figure 3 (male) and Figure 5 (female). Scale bars: G and H = 0.1 mm; rest = 1 mm.Published as part of Clarke, Dave J., 2011, Testing the phylogenetic utility of morphologica...
Figure 26. Distribution of all georeferenced Australian specimens of C. erythrocephalus (circles). S...
Figure 1-9. Scale bar = 1 mm. 1) Mouthparts exposed beyond clypeus. a) Labrum exposed beyond edge of...
Many studies have examined the phylogenetic utility of different kinds of molecular data, and have o...
Figure 23. Creophilus variegatus, details of morphology (setae of mandibles, antenna, pronotum, and ...
Figure 25. Creophilus erythrocephalus, details of morphology (setae of mandibles, antenna, and prono...
Figure 7. Heads of some species of the Creophilus erythrocephalus species-group (antennal flagella o...
Figure 5. Female genitalia, details of morphology (all but E, ventral view). A, Creophilus m. villos...
Figure 4. Male copulatory pieces of selected species in the Creophilus-complex, dorsal view. In each...
Figure 30. Distribution of all georeferenced specimens of C. lanio in south eastern Australia and Ta...
FIGURES 148–152. Morphology of Sciacharoides cf. montistamborinensis (Franz) comb. n. Head in ventra...
FIGURES 180–183. Mastigini, morphological structures, Palaeostigus ruficornis schimitscheki. Mouthpa...
FIGURES 37–41. Morphology of Leascydmus armstrongi sp. n. Head in dorsal (37) and ventral (38) views...
FIGURES 57–61. Morphology of Scydmaenozila macrosticta (Lea) comb. n. Head in ventral view (57), dis...
FIGURES 5–6. Morphology of Sciacharis carinifrons (Franz). Head in dorsal (5) and ventral (6) views....
FIGURES 6–9. Morphology of Horaeomorphus sakishimanus Jałoszyński. Head capsule in ventral view (6),...
Figure 26. Distribution of all georeferenced Australian specimens of C. erythrocephalus (circles). S...
Figure 1-9. Scale bar = 1 mm. 1) Mouthparts exposed beyond clypeus. a) Labrum exposed beyond edge of...
Many studies have examined the phylogenetic utility of different kinds of molecular data, and have o...
Figure 23. Creophilus variegatus, details of morphology (setae of mandibles, antenna, pronotum, and ...
Figure 25. Creophilus erythrocephalus, details of morphology (setae of mandibles, antenna, and prono...
Figure 7. Heads of some species of the Creophilus erythrocephalus species-group (antennal flagella o...
Figure 5. Female genitalia, details of morphology (all but E, ventral view). A, Creophilus m. villos...
Figure 4. Male copulatory pieces of selected species in the Creophilus-complex, dorsal view. In each...
Figure 30. Distribution of all georeferenced specimens of C. lanio in south eastern Australia and Ta...
FIGURES 148–152. Morphology of Sciacharoides cf. montistamborinensis (Franz) comb. n. Head in ventra...
FIGURES 180–183. Mastigini, morphological structures, Palaeostigus ruficornis schimitscheki. Mouthpa...
FIGURES 37–41. Morphology of Leascydmus armstrongi sp. n. Head in dorsal (37) and ventral (38) views...
FIGURES 57–61. Morphology of Scydmaenozila macrosticta (Lea) comb. n. Head in ventral view (57), dis...
FIGURES 5–6. Morphology of Sciacharis carinifrons (Franz). Head in dorsal (5) and ventral (6) views....
FIGURES 6–9. Morphology of Horaeomorphus sakishimanus Jałoszyński. Head capsule in ventral view (6),...
Figure 26. Distribution of all georeferenced Australian specimens of C. erythrocephalus (circles). S...
Figure 1-9. Scale bar = 1 mm. 1) Mouthparts exposed beyond clypeus. a) Labrum exposed beyond edge of...
Many studies have examined the phylogenetic utility of different kinds of molecular data, and have o...