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FIGURE 1. Dorylllium minor Jairajpuri, 1963. A in Taxonomy of the genus Doryllium Cobb, 1920 (Nematoda: Dorylaimida) with description of two new and a known species

FIGURE 1. Dorylllium minor Jairajpuri, 1963. A. Entire female; B. Anterior region; C. Anterior end showing amphid; D. Pharyngeal region; E. & F. Pharyngeal bulb; G. Female genital system; H&I. Female posterior region..

FIGURE 5 in Integrative taxonomy of Hemimycale (Hymedesmiidae: Poecilosclerida: Demospongiae) from Southeastern Brazil, with the description of two new species

FIGURE 5. Molecular phylogenetic analySiS of 18S rRNA gene SequenceS of different genera of the family HymedeSmiidae. The evolutionary hiStory WaS inferred by uSing the Maximum Likelihood method baSed on the General Time ReverSible model. The SequenceS Were generated in thiS Study or doWnloaded from Genbank. SequenceS from the SpecieS Monanchora arbuscula Were uSed to root the tree. Only bootStrap valueS above 50% are ShoWn.

FIGURE 4 in Integrative taxonomy of Hemimycale (Hymedesmiidae: Poecilosclerida: Demospongiae) from Southeastern Brazil, with the description of two new species

FIGURE 4. Hemimycale ceadensis sp. nov., fixed Specimen, Skeleton and SpiculeS; (A) Paratype 203; (B) CloSe up of a pore Sieve of the Holotype MNRJ 21303; (C) CroSS-Section of Skeleton obtained from a parafin embeded Specimen (the arroW point to the Skeleton of a pore Sieve); (D) Tangential Section of the Skeleton ShoWing the choanoSomal aScending tractS of (Subtylo-)StrongyleS ending in SubectoSomal tuftS next to the Surface (the arroWS point to the Skeleton of pore SieveS); (E‒F), SEM imageS of SpiculeS: (E) StrongyleS varying to aniSoStrongyleS or SubtyloStrongyleS; (F) ExtremitieS of (Subtylo-)StrongyleS in detail.

FIGURE 2 in Integrative taxonomy of Hemimycale (Hymedesmiidae: Poecilosclerida: Demospongiae) from Southeastern Brazil, with the description of two new species

FIGURE 2. In situ photographS of Hemimycale neW SpecieS from SoutheaStern Brazil Ecoregion. (A‒B) Hemimycale oxeata sp. nov. from Guriri iSlet: (A) Paratype UERJPOR 110; (B) Surface of the Paratype UERJPOR 105 in detail; (C‒D) Hemimycale ceadensis sp. nov. from Jorge Grego ISland: (C) Holotype 21303 (D) Surface of the Paratype UERJPOR 188 in detail.

FIGURE 3 in Integrative taxonomy of Hemimycale (Hymedesmiidae: Poecilosclerida: Demospongiae) from Southeastern Brazil, with the description of two new species

FIGURE 3. Hemimycale oxeata sp. nov., fixed Specimen, Skeleton and SpiculeS; (A) Paratype UERJPOR 110; (B) CloSe up of a pore Sieve of the Paratype MNRJ 276; (C) CroSS Section of Skeleton obtained from a paraffin embedded fragment of a Specimen; (D) CroSS Section of Skeleton obtained With a diamond SaW from an epoxy reSin embedded Specimen (the arroW point to the Skeleton of a pore Sieve); (E‒H) SEM imageS of SpiculeS: (E) StrongyleS varying to SubtyloteS or SubtyloStrongyleS; (F) ExtremitieS of (Subtylo-)StrongyleS in detail; (G) OxeaS; (H) Mucronate and teleScoped endS of oxeaS in detail.

FIGURE 1 in Integrative taxonomy of Hemimycale (Hymedesmiidae: Poecilosclerida: Demospongiae) from Southeastern Brazil, with the description of two new species

FIGURE 1. DiStribution of Hemimycale Spp. in the SoutheaStern Brazil Ecoregion (A) Map of South America With SoutheaStern Brazil Ecoregion and Sampling areaS in detail; (B) Arraial do Cabo and Cabo Frio iSland; (C) Ilha Grande; (D) São SebaStião and Ilhabela; (E) AlcatrazeS Archipelago; (F) Arvoredo iSland. (*) Hemimycale oxeata sp. nov.; (•) Hemimycale ceadensis sp. nov.

FIGURES 40–41 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 40–41. MoZambique, Maputo Special Reserve, habitats of the new species of Tumicla. 40, Ponta Milibangalala, dune forest, 26°26'58.6''S, 32°55'29.8''E, 24.XI.2016, the type locality of T. tsonga (Photo by Gy. M. LásZló); 41, west Gate, sand thicket, 26°30'14.2''S, 32°42'59.6''E, 26.XI.2016, the type locality of T. arktos (Photo by Gy. M. LásZló).

FIGURES 37–39 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 37–39. Tumicla spp.: female genitalia. 37, T. distyi, paratype, Ghana, slide 170/2004 Kühne (ZMB); 38, T. distyi, Ghana, slide MwM 33770 Volynkin (MwM/ZSM); 39, K. calimerae, paratype, Senegal, slide NHMUK010314048 (©NHMUK).

FIGURES 34–36 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 34–36. Tumicla spp.: female (34, 35) and male (36) genitalia. 34, T. gigantea, paratype, Urundi, slide AV2898 (ZMB); 35, T. sagenaria, lectotype, [South Africa] Caffraria, slide NHRS 000011009 (photo by T. Malm, ©2017NHRS); 36, T. distyi, Sierra Leone, slide AV2934 (ANHRT).

FIGURES 22–25 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 22–25. Tumicla spp.: male genitalia. 22, T. mutabilis, paratype, Uganda, slide BMNH(E) Arct-6052 (©NHMUK); 23, T. gigantea, paratype, Urundi, slide AV2897 (ZMB); 24, T. sagenaria, paralectotype, [South Africa] Caffraria slide NHRS 11085 (photo by T. Malm, ©2017NHRS); 25, T. sagenaria, South Africa, slide BMNH(E) Arct-5861 (©NHMUK).

FIGURES 9–17 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 9–17. Tumicla spp.: adults. 9, T. gigantea, paratype ♂, Burundi (ZMB); 10, T. similis, holotype ♀, [Kenya] KibweZi (©NHMUK); 11, T. rosea, holotype ♀, Malawi, Nyassaland (©NHMUK); 12, T. rubea, paratype ♀, South Africa (©NHMUK); 13, T. sagenaria, lectotype ♀, [South Africa] Caffraria (NHRS, photo by T. Malm, ©2017NHRS); 14, T. sagenaria, paralectotype ♂, [South Africa] Caffraria (NHRS, photo by T. Malm, ©2017NHRS); 15, T. calimerae, holotype ♀, Senegal (©NHMUK); 16, T. distyi, ♂, Sierra Leone (ANHRT); 17, T. distyi, paratype ♀, Ghana (ZMB).

FIGURES 1–8 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 1–8. Tumicla spp.: adults. 1, T. arktos, holotype ♂, MoZambique (ANHRT); 2, T. arktos, paratype ♀, MoZambique (ANHRT); 3, T. tsonga, holotype ♂, MoZambique (ANHRT); 4, T. tsonga, paratype ♂, MoZambique (ANHRT); 5, T. tsonga, paratype ♀, MoZambique (ANHRT); 6, T. doa, holotype ♀, [TanZania] Kwedikundi (ZMB); 7, T. dimidiata, holotype ♀, Democratic Republic of the Congo (©NHMUK); 8, T. mutabilis, holotype ♀, [TanZania] D.O. Africa (ZMB).

FIGURES 18–21 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 18–21. Tumicla spp.: male genitalia. 18, T. tsonga, holotype, MoZambique, slide AV3035 (ANHRT); 19, T. arktos, holotype, MoZambique, slide AV3042 (ANHRT); 20, T. rubea, holotype, South Africa, slide BMNH(E) Arct-5868 (©NHMUK); 21, T. similis, paratype, Kenya, KibweZi, slide BMNH(E) Arct-4656 (©NHMUK).

FIGURES 26–33 in On the taxonomy of the genus Tumicla Wallengren, 1863 with description of two new species from Mozambique (Lepidoptera: Erebidae: Arctiinae)

FIGURES 26–33. Tumicla spp.: female genitalia. 26, T. tsonga, paratype, MoZambique, slide AV3036 (ANHRT); 27, T. arktos, paratype, MoZambique, slide AV3044 (ANHRT); 28, T. doa, holotype, [TanZania] Kwedikundi, slide 388/2004 Kühne (ZMB); 29, T. rosea, holotype, Malawi, Nyassaland, slide BMNH(E) Arct-5855 (©NHMUK); 30, T. similis, paratype, Kenya, KibweZi, slide NHMUK010314047 (©NHMUK); 31, T. mutabilis, holotype, [TanZania] D.O. Africa, slide 387/2004 Kühne, re-mounted by A.V. Volynkin (ZMB); 32, T. dimidiata, holotype, Democratic Republic of the Congo, slide BMNH(E) Arct-5865 (©NHMUK); 33, T. rubea, paratype, South Africa, slide BMNH(E) Arct-5869 (©NHMUK).

FIGURE 7 in Taxonomy of Litoria graminea (Anura: Hylidae), with descriptions of two closely related new species

FIGURE 7. Views of A) top of head, B) side of head, C) right hand, and D) right foot of holotype (BPBM 18440) of Litoria nullicedens sp. nov. Scale bar = 1 cm.

FIGURE 5 in Taxonomy of Litoria graminea (Anura: Hylidae), with descriptions of two closely related new species

FIGURE 5. Foothill forest near the collecting site for the holotype of Litoria pallidofemora sp. nov.

FIGURE 4 in Taxonomy of Litoria graminea (Anura: Hylidae), with descriptions of two closely related new species

FIGURE 4. Views of A) top of head, B) side of head, C) right hand, and D) right foot of holotype (BPBM 22440) of Litoria pallidofemora sp. nov. Scale bar = 1 cm.

FIGURE 6 in Taxonomy of Litoria graminea (Anura: Hylidae), with descriptions of two closely related new species

FIGURE 6. Nictitating membranes of right eyes of (A) Litoria nullicedens sp. nov., BPBM 18440, and (B) Litoria sauroni, BPBM 35101, showing diagnostically different patterns of pigmentation, which is denser and composed of larger, more wormlike markings in the former.

FIGURE 1 in Taxonomy of Litoria graminea (Anura: Hylidae), with descriptions of two closely related new species

FIGURE 1. Map of Papua New Guinea showing the boundaries of former British New Guinea (area south of solid black line) and localities for the five members of the Litoria graminea complex, with localities mentioned in the text identified by name. Filled squares = Litoria graminea, northernmost of which is the type locality for L. dux; stars = L. sauroni; open hexagons = L. huntorum; open circles = L. pallidofemora sp. nov., the southernmost of which is the type locality; filled triangle = L. nullicedens sp. nov. Note that L. pallidofemora sp. nov. and L. sauroni are sympatric at two localities.

FIGURE 2 in Taxonomy of Litoria graminea (Anura: Hylidae), with descriptions of two closely related new species

FIGURE 2. Dorsal view of (A) holotype of Litoria graminea (BMNH 1947.2.23.31), and (B) specimen of L. graminea from near Kokoda, Northern Province (BPBM 1074), showing the diagnostic reticulum of light anterolateral creases in each that argues for conspecificity.