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Figure 1. Comparison between A. brachyptera and A in Review of the brachypterous species of Alloxysta Förster, 1869 (Hymenoptera: Cynipoidea: Figitidae: Charipinae) with a description of two new species

Figure 1. Comparison between A. brachyptera and A. brevis: a) antenna of A. brevis; b) antenna of A. brachyptera; c) pronotum of A. brachyptera; d) pronotum of A. brevis; e) propodeum of A. brachyptera; f) propodeum of A. brevis.

Figure 4. Comparison between A. halterata and A in Review of the brachypterous species of Alloxysta Förster, 1869 (Hymenoptera: Cynipoidea: Figitidae: Charipinae) with a description of two new species

Figure 4. Comparison between A. halterata and A. crassa: a) antenna of A. halterata; b) antenna of A. crassa; c) pronotum of A. crassa; d) pronotum of A. halterata; e) propodeum of A. crassa; f) propodeum of A. halterata.

Figure 6 in Review of the brachypterous species of Alloxysta Förster, 1869 (Hymenoptera: Cynipoidea: Figitidae: Charipinae) with a description of two new species

Figure 6. Alloxysta pseudoconsobrina Ferrer-Suay sp. nov.: a) forewing; b) pronotum; c) propodeum; d) antenna; e) body.

Figure 2 in Review of the brachypterous species of Alloxysta Förster, 1869 (Hymenoptera: Cynipoidea: Figitidae: Charipinae) with a description of two new species

Figure 2. Alloxysta curta Ferrer-Suay sp. nov.: a) forewing; b) pronotum; c) propodeum; d) antennae; e) body.

Figure 5. Comparison between A. marshalliana and A in Review of the brachypterous species of Alloxysta Förster, 1869 (Hymenoptera: Cynipoidea: Figitidae: Charipinae) with a description of two new species

Figure 5. Comparison between A. marshalliana and A. macrophadna: a) forewing of A. marshalliana; b) forewing of A. macrophadna; c) pronotum of A. marshalliana; d) pronotum of A. macrophadna; e) propodeum of A. macrophadna; f) propodeum of A. marshalliana.

Figure 3. Comparison between A. glebaria and A in Review of the brachypterous species of Alloxysta Förster, 1869 (Hymenoptera: Cynipoidea: Figitidae: Charipinae) with a description of two new species

Figure 3. Comparison between A. glebaria and A. mullensis: a) antenna of A. mullensis; b) antenna of A. glebaria; c) pronotum of A. glebaria; d) pronotum of A. mullensis; e) forewing of A. glebaria; f) propodeum of A. mullensis; g) radial cell of A. mullensis.

Figures 36–38 in A review of the genera and subgenera of Oxaeinae (Hymenoptera: Andrenidae)

Figures 36–38. Photographs of female of Oxaea (Oxaea) stenocoryphe Moure. 36. Lateral habitus. 37. Dorsal habitus. 38. Facial view.

Figures 29–34 in A review of the genera and subgenera of Oxaeinae (Hymenoptera: Andrenidae)

Figures 29–34. Photographs of Oxaea (Oxaea) flavescens Klug. 29. Dorsal habitus of female. 30. Dorsal habitus of male. 31. Lateral habitus of female. 32. Lateral habitus of male. 33. Facial view of female. 34. Facial view of male.

Figures 18–23 in A review of the genera and subgenera of Oxaeinae (Hymenoptera: Andrenidae)

Figures 18–23. Photographs of Notoxaea ferruginea (Friese). 18. Dorsal habitus of female. 19. Lateral habitus of female. 20. Dorsal habitus of male. 21. Lateral habitus of male. 22. Facial view of female. 23. Facial view of male.

Figures 7–12 in A review of the genera and subgenera of Oxaeinae (Hymenoptera: Andrenidae)

Figures 7–12. Photographs of Mesoxaea (Mesoxaea) nigerrima (Friese). 7. Dorsal habitus of female. 8. Lateral habitus of female. 9. Dorsal habitus of male. 10. Lateral habitus of male. 11. Facial view of female. 12. Facial view of male.

Figures 1–6 in A review of the genera and subgenera of Oxaeinae (Hymenoptera: Andrenidae)

Figures 1–6. Photographs of Protoxaea gloriosa (Fox). 1. Dorsal habitus of female. 2. Lateral habitus of female. 3. Dorsal habitus of male. 4. Lateral habitus of male. 5. Facial view of male. 6. Facial view of female.

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Figure 1 in Androgenic hormones in crustacean aquaculture: a review

Figure 1. Male crayfish showing location of male reproductive tract accessible via the base of the fifth walking leg. ag = androgenic gland, g = gonopore, t = testes, and vd = vas deferens (adapted from Mead, 2008).

Fig. 52 in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 52. Occlusal views of right mandibular molar rows of the specimens illustrated in figure 50. Left: Abeomelomys sevia (clm1–3 5 5.8 mm). Middle: Pogonomelomys mayeri (clm1–3 5 6.8 mm). Right: Pogonomelomys bruijnii (clm1–3 5 7.5 mm).

Fig. 48 in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 48. Reproduction of a map covering region of the Snow Mountains worked by the 1938–1939 Archbold Expedition (originally published in Archbold et al., 1942). Collection records extend from the valley of the Idenburg River at 50 m to the flanks of Mt. Wilhelmina (Gunung Trikora) at 4050 m. Eleven camps were established by expedition members throughout this interval; the physical settings of the camps along with their floristic environments are described by Archbold et al. (1942) and Brass (1941): 1, Bernhard camp, 50 m, collections were made between 50 and 100 m and at 400 m, June 1938 to April 1939; 2, 850-m camp, 4 km southwest of Bernard camp, March–April 1939; 3, 1200-m camp, 6 km southwest of Bernard camp, February–March 1939 (Sigi Subsidiary camp, 1500 m; February 1939); 4, 1800-m camp, 15 km southwest of Bernhard camp, January–February 1939; 5, 2150-m camp, 18 km southwest of Bernhard camp, January–February 1939; 6, Baliem River camp, 1600 m, December 1938; 7, 2200-m camp, Bele River camp, 18 km northeast of Lake Habbema, November–December, 1938; 8, 2800- m camp, 9 km northeast of Lake Habbema, October-November, 1938; 9, Lake Habbema camp, 3235 m, July–September, 1938; 10, 3560-m camp, 7 km northeast of Wilhelmina peak, August–September, 1938; 11, 3800-m camp, 2 km east of Wilhelmina peak; collecting was done between 3800 m and 4050 m, September, 1938. The holotype of Coccymys ruemmleri is from camp 9 at 3225 m. Other examples of C. ruemmleri are recorded from along the transect extending from camp 7 to camp 11, 2200 m to 4050 m (see gazetteer and fig. 49). The holotype of Brassomys albidens was also captured at camp 9, and the other five examples are from camp 8.

Fig. 45 in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 45. Interior of primary beech (Nothofagus) forest at the Bele River camp, 2800 m, 9 km northeast of Lake Habbema. October–November 1938.

Fig. 43 in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 43. Ratio diagram illustrating some proportional relationships in cranial and dental dimensions between samples of adult Coccymys and Brassomys. The standard is the sample of C. ruemmleri from Lake Habbema (N 5 15; includes the holotype) contrasted with three specimens of B. albidens from Lake Habbema and 9 km northeast of Lake Habbema (150531; 150541; and 150821, the holotype of albidens). Data are derived from values for mean, standard deviation, and sample size of variables listed in tables 3 and 7. For each measurement, the absolute value of the mean, and plus or minus two standard errors of the mean, were converted to logarithms. Next, the logarithm of the mean of the standard was subtracted from the logarithms of the mean, and plus or minus two standard errors, of the comparative sample. Measurements larger than the standard are thus represented by positive values, those smaller by negative values. The lines connect sample means, and the bracketing symbols represent ± 2 SE of the mean. A sample having the same proportions as the standard will be represented by mean values on a line parallel to that of the standard regardless of absolute size. Also, if values for the sample being compared with the standard are similar in absolute size, they will be close together on the diagram. If proportions between any of the measured dimensions are similar, the positions of their points relative to each other on the horizontal scale will be similar.

Fig. 44. The Bele River camp, 2800 m, 9 in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 44. The Bele River camp, 2800 m, 9 km northeast of Lake Habbema on the northern slopes of the Snow Mountains. The camp ''was in heavily forested country consisting of parallel spur ridges and very narrow valleys or ravines, rising rapidly toward the highlands but not particularly difficult to get about. A clearing about fifty meters long and twenty meters wide was hewn out of the forest on the edge of a planted Pandanus grove. There being very little level ground, most of the tents were set up on platforms of saplings'' (Archbold et al., 1942: 263). The notation ''2800 m'' is on skin tags of five of the six known specimens of Brassomys albidens. October–November 1938.

Fig. 47. A in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 47. A view into the heart of heavily mossed open forest on a ridge at 3000 m above the Bele River camp at 2800 m. ''A deep, springy ground cover of matted roots and brownish hepatics developed on the narrow crests of the more prominent spurs above camp level, where the forest was stunted to a height of fifteen meters or less, and open in character, and the trunks and main branches of the distorted, thickstemmed trees were heavily blanketed and cushioned with both mosses and hepatics'' (Archbold et al. 1942: 264). October–November 1938.

Fig. 40. Leonard J in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 40. Leonard J. Brass at work at the 1200-meter camp (6 km southwest of Bernhard camp) on the northern slopes of the Snow Mountains in western New Guinea, February–March 1939.

Fig. 39 in Systematic Reviews Of New Guinea Coccymys And ''Melomys'' Albidens (Muridae, Murinae) With Descriptions Of New Taxa

Fig. 39. Altitudinal distribution of 1043 specimens representing 59 species of mammals obtained on the northern ramparts of Mt. Dayman during the Fourth Archbold Expedition to New Guinea in 1953. See figure 38 and text.