RFJH8MEB–Common Forest Skink (Sphenomorphus maculates) in forest
RMCNY5K8–forest skinks (Sphenomorphus indicus), sitting at on the waterfront, Thailand, Phuket
RFJGATJ1–Common Forest Skink (Sphenomorphus maculates) in forest
RMW96NHG–Dussumier's Little Skink also commonly known as Dussumier's forest skink, Sphenomorphus dussumieri, Western Ghats endemic species, Kerala, India
RFPP27PW–A Sabah Slender Skink (Sphenomorphus sabanus) perched on a mossy log in Danum Valley Conservation Area, Sabah, East Malaysia, Borneo
RFRYT5TC–Sphenomorphus maculatus, Huai Mae Khamin Waterfall Srinakarin Dam National Park Kanchanaburi Thailand.
RFPP27N4–A Sabah Slender Skink (Sphenomorphus sabanus) perched on a mossy log in Danum Valley Conservation Area, Sabah, East Malaysia, Borneo
RFF3K6BX–Skink, Sphenomorphus sp, Scincidae, Trishna, Tripura , India
RMD2R29Y–Spotted Forest Skink (Sphenomorphus maculatus) in Chaloem Phrakiat Thai Prachan National Park, Ratchaburi, Thailand.
RF2JCX041–Spotted Forest Skink - Sphenomorphus maculatus, small hidden lizard from Asian forests and woodlands, Thailand.
RMKENEF1–Black spotted sphenomorphus
RM2BF46HR–Sphenomorphus cherriei stuarti. 2 Oct 20181
RMKEMBF9–Sphenomorphus leucospilos 2011 stamp of the Philippines
RM2BD192Y–Sphenomorphus atrigularis. 2 Oct 20181 Sphenomorphus atrigularis
RM2JD4K83–Sabah slender skink (Sphenomorphus sabanus) from Danum Valley, Borneo, Malaysia.
RF2RHDEFP–Blotched Forest Skink (Sphenomorphus praesignis) in tree hole. Spotted lizard hiding in wood at Fraser's Hill forest, Malaysia. A species of lizard in
RF2PNX44Y–A Golden Water Skink (Sphenomorphus Quoyii) is basking in a patch of sunlight on a fallen tree beside Badger Creek near Healesville in Victoria.
RF2RHDE66–Blotched Forest Skink (Sphenomorphus praesignis) on mossy wood. Spotted lizard in Fraser's Hill forest, Malaysia. A species of lizard in the family Sc
RFJH8MBE–Common Forest Skink (Sphenomorphus maculates) in forest
RFKGGP6H–Blue-headed Forest Skink, Sphenomorphus cyanolaemus, is a small lizard quite common in raiforest of Borneo and Sumatra. Gunung Mulu national park.
RF2PGKTFX–A skink on a log in nature , Skink is a reptile that is rated. Squamata, Spotted forest skink, Maculated forest skink, Sphenomorphus maculatus are on
RFEFP9MY–Scincidae, Sphenomorphus sp., Trishna WLS, Tripura Slender lizard that lives among leaf litter and feeds on small insects.
RMCB52F6–Sphenomorphus maculatus, Spotted Forest Skink, Thailand, Khao Sok National Park
RFD8WH31–Spotted Forest Skink (Sphenomorphus maculatus) in Chaloem Phrakiat Thai Prachan National Park, Ratchaburi, Thailand.
RMKEMBG8–Sphenomorphus cumingi 2011 stamp of the Philippines
RMP7F0HA–Muller's skink, Sphenomorphus muelleri. Named for Dr. Salomon Muller, Dutch naturalist. Handcoloured lithograph from Georg Friedrich Treitschke's Gallery of Natural History, Naturhistorischer Bildersaal des Thierreiches, Liepzig, 1842.
RMF87PT2–Muller's skink, Sphenomorphus muelleri. Named for Dr. Salomon Muller, Dutch naturalist. Handcoloured lithograph from Georg Friedrich Treitschke's Gallery of Natural History, Naturhistorischer Bildersaal des Thierreiches, Liepzig, 1842.
RF2PNX4G3–A Golden Water Skink (Sphenomorphus Quoyii) is basking in a patch of sunlight on a fallen tree beside Badger Creek near Healesville in Victoria.
RF2RHDE99–Blotched Forest Skink (Sphenomorphus praesignis) in tree hole. Spotted lizard hiding in wood at Fraser's Hill forest, Malaysia. A species of lizard in
RFJH8ME2–Common Forest Skink (Sphenomorphus maculates) in forest
RFBC21P6–common skink
RFHY2N7K–Common Indian Skin in Mumbai, Maharashtra
RMJ4HEGF–Sphenomorphus loriae 1897
RM2BCYE77–Sphenomorphus helenae. 2 Oct 20181 Sphenomorphus helenae
RMJ45368–photo of a litter skink on rocks
RMBK8CWD–Sphenomorphus stickeli, Lakekamu, Papua New Guinea
RM2HHCRHB–Sphenomorphus annectens 1897.
RF2DFJBGH–Common Dotted Garden Skink sitting on the wall.
RM2CF6K7P–. The Philippine journal of science. PLATE I. SPHENOMORPHUS ARBORENS SP. NOV. Taylor: Snakes and Lizards.] [Phil. Journ. Sci., XII, D, No. G. Wi¥ ??? ??-?„?&. !:,-• /;/ -fr.--.- ^
RMMA9Y28–. An ecogeographic analysis of the herpetofauna of the Yucatan Peninsula . Fig. 20.—North peninsular disjuncts. Extra-peninsular distributions are rough approximations. A. Hyla ehraccata. B. Conjtophanes hernandezi. C. Eumeces sumichrasti. D. Sphenomorphus cher- riei. E. Dendrophidion vinitor. F. Scaphiodontophis annidatus. the afBnities of the peninsular foim he with the population on the Pacific ver- sant, then the species represents, in mod- ified form, an example of the Yucatan- West Mexico pattern. The Maya Mountain-Nuclear Central America Pattern.—The Maya Moun- tains of Belize support e
RF2RHDE5W–Blotched Forest Skink (Sphenomorphus praesignis) on mossy wood. Spotted lizard in Fraser's Hill forest, Malaysia. A species of lizard in the family Sc
RFJH8MBW–Common Forest Skink (Sphenomorphus maculates) in forest
RMJ4GMHK–Sphenomorphus annectens 1897
RM2HHCRGH–Sphenomorphus loriae 1897.
RMRJ6R5C–. Chinese herpetological research. Amphibians; Reptiles. Fig. 2. The chromosomes of Sphenomorphus indicus. There are seven pairs of metacentric macrochromosomes and seven pairs of microchromosomes.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Zhongguo liang qi pa xing dong wu xue hui. Berkeley, Calif. : Chinese Society for the Study of Amphibians and Reptiles
RF2RHDE95–Blotched Forest Skink (Sphenomorphus praesignis) on mossy wood. Spotted lizard in Fraser's Hill forest, Malaysia. A species of lizard in the family Sc
RFJH8MCR–Common Forest Skink (Sphenomorphus maculates) in forest
RMRX5XDA–An ecogeographic analysis of the An ecogeographic analysis of the herpetofauna of the Yucatan Peninsula ecogeographicana00leej Year: 1980 34 MISCELLANEOUS PUBLICATION MUSEUM OF NATURAL HISTORY Fig. 20.—North peninsular disjuncts. Extra-peninsular distributions are rough approximations. A. Hyla ehraccata. B. Conjtophanes hernandezi. C. Eumeces sumichrasti. D. Sphenomorphus cher- riei. E. Dendrophidion vinitor. F. Scaphiodontophis annidatus. the afBnities of the peninsular foim he with the population on the Pacific ver- sant, then the species represents, in mod- ified form, an example of the
RMRJ6RD3–. Chinese herpetological research. Amphibians; Reptiles. Fig. 2. The chromosomes of Sphenomorphus indicus. There are seven pairs of metacentric macrochromosomes and seven pairs of microchromosomes.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Zhongguo liang qi pa xing dong wu xue hui. Berkeley, Calif. : Chinese Society for the Study of Amphibians and Reptiles
RF2RHDE9E–Blotched Forest Skink (Sphenomorphus praesignis) in tree hole. Spotted lizard hiding in wood at Fraser's Hill forest, Malaysia. A species of lizard in
RFJH8MCC–Common Forest Skink (Sphenomorphus maculates) in forest
RMRYG4KN–An ecogeographic analysis of the herpetofauna of the Yucatan Peninsula ecogeographicana00leej Year: 1980 34 MISCELLANEOUS PUBLICATION MUSEUM OF NATURAL HISTORY Fig. 20.—North peninsular disjuncts. Extra-peninsular distributions are rough approximations. A. Hyla ehraccata. B. Conjtophanes hernandezi. C. Eumeces sumichrasti. D. Sphenomorphus cher- riei. E. Dendrophidion vinitor. F. Scaphiodontophis annidatus. the afBnities of the peninsular foim he with the population on the Pacific ver- sant, then the species represents, in mod- ified form, an example of the Yucatan- West Mexico pattern. T
RMRH461C–. Breviora. 970 SKINKS REFERRED TO Till- GENUS DASIA 13. Tropidophorus beccari Sphenomorphus solomonis Figure 3. Ventral view of the secondary palate in Aptciyi^'odon and representatives of two other genera, SphcnomorpJuis and Tropidophorus. with species displaying similar palates. 1 he ectopterygoid process has prob- ably evolved independently in each of these three groups. The palatal bones of Apterygodon are partially disarticulated. Not drawn to scale. Abbrevia-. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - col
RFJH8MC2–Common Forest Skink (Sphenomorphus maculates) in forest
RMRE39XM–. An ecogeographic analysis of the herpetofauna of the Yucatan Peninsula. Amphibians; Amphibians; Reptiles; Reptiles. 34 MISCELLANEOUS PUBLICATION MUSEUM OF NATURAL HISTORY. Fig. 20.—North peninsular disjuncts. Extra-peninsular distributions are rough approximations. A. Hyla ehraccata. B. Conjtophanes hernandezi. C. Eumeces sumichrasti. D. Sphenomorphus cher- riei. E. Dendrophidion vinitor. F. Scaphiodontophis annidatus. the afBnities of the peninsular foim he with the population on the Pacific ver- sant, then the species represents, in mod- ified form, an example of the Yucatan- West Mexico p
RFJH8MCY–Common Forest Skink (Sphenomorphus maculates) in forest
RFJGP8C2–Common Forest Skink (Sphenomorphus maculates) in forest
RFJGATJ3–Common Forest Skink (Sphenomorphus maculates) in forest
RMRJ6RDR–. Chinese herpetological research. Amphibians; Reptiles. I April 1989 Chinese Herpetological Research Vol. 2, No. 2, pp. 55-591 Karyotypic studies of Sphenomorphus indicus (Scincidae) and Takydromus septentrionalis (Lacertidae) YUHUA YANGl- ZHENGFA GAO^, ANfD ERMI ZHAO^ ^Department of Bioengineering, Sichuan University, Chengdu, Sichuan, China ^County Middle School ofAnxian, Sichuan , China ^Chengdu Institute of Biology, Academia Sinica, Chengdu, Sichuan , China Abstract. -Sphenomorphus indicus (Gray) has a diploid number of 28 with 14 metacentric macrochromosomes and 14 microchromosomes. The
RFJGATJ2–Common Forest Skink (Sphenomorphus maculates) in forest
RMRJ6R6D–. Chinese herpetological research. Amphibians; Reptiles. I April 1989 Chinese Herpetological Research Vol. 2, No. 2, pp. 55-591 Karyotypic studies of Sphenomorphus indicus (Scincidae) and Takydromus septentrionalis (Lacertidae) YUHUA YANGl- ZHENGFA GAO^, ANfD ERMI ZHAO^ ^Department of Bioengineering, Sichuan University, Chengdu, Sichuan, China ^County Middle School ofAnxian, Sichuan , China ^Chengdu Institute of Biology, Academia Sinica, Chengdu, Sichuan , China Abstract. -Sphenomorphus indicus (Gray) has a diploid number of 28 with 14 metacentric macrochromosomes and 14 microchromosomes. The
RMRJ6RDC–. Chinese herpetological research. Amphibians; Reptiles. Vol. 2, No. 2, p. 56 Chinese Herpetological Research April 1989 ii 12 13 lOM •. Fig. 2. The chromosomes of Sphenomorphus indicus. There are seven pairs of metacentric macrochromosomes and seven pairs of microchromosomes.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Zhongguo liang qi pa xing dong wu xue hui. Berkeley, Calif. : Chinese Society for the Study of Amphi
RMRK0GRB–. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. -â ⢠" -«p Fig. 39. Brachymeles boulengeri taylori (Photo: Fig. 40. Brachymeles tridactylus (Photo: RMB). RMB).. Fig. 41. Mabuya multicarinata borealis (Photo: Fig. 42. Sphenomorphus jagori grandis (Photo: J. McGuire). ' RMB).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Asiatic Herpetological Research Society; Chung-
RMRJ6R5P–. Chinese herpetological research. Amphibians; Reptiles. Vol. 2, No. 2, p. 56 Chinese Herpetological Research April 1989 ii 12 13 lOM •. Fig. 2. The chromosomes of Sphenomorphus indicus. There are seven pairs of metacentric macrochromosomes and seven pairs of microchromosomes.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Zhongguo liang qi pa xing dong wu xue hui. Berkeley, Calif. : Chinese Society for the Study of Amphi
RMRK0GPH–. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. Fig. 41. Mabuya multicarinata borealis (Photo: Fig. 42. Sphenomorphus jagori grandis (Photo: J. McGuire). ' RMB).. Fig. 43. Tropidophorus grayi (Photo: RMB). Fig. 44. Varanus salvator nuchalis, dorsal view (Photo: J. McGuire).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Asiatic Herpetological Research Society; Chung-kuo lia
RMRJ6R53–. Chinese herpetological research. Amphibians; Reptiles. 32 33 34 35 36 37 38 39 40 Diploid Number Fig 3. Numerous diakineses are present in the FiG. 4. Takydromus septentrionalis has a diploid testes cells of male Sphenomorphus indicus. chromosome number of 38. This was determined by counting the mitotic metaphase chromosomes of 100 individual cells.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Zhongguo liang qi pa xin
RMRJD0TF–. Central Asiatic Expeditions of the American Museum of Natural History, under the leadership of Roy Chapman Andrews : preliminary contributions in geology, palaeontology, and zoology. Central Asiatic Expeditions (1921-1930); Scientific expeditions; Natural history; Scientific expeditions; Natural history. 422 Bulletin American Museum of Natural History [Vol. LTV nip now and then. I have seen them in the mission garden, but they keep within reach of shelter and do not venture on the open lawn." (C. H. P.) Sphenomorphus leveretti/ new species Figure 10 Type.—A. M. N. H. No. 30201; cf; Moun
RMRH47FD–. Breviora. I97' A NEW SOLOMON ISLANDS SKINK and the digits and limbs well developed and overlapping when adpressed to the body, but differing from other skinks with this diagnosis in having the following combination of characters: pre- frontals separated medially, 36 rows of smooth scales around mid- body, 28-29 smooth subdigital lamellae on the 4th toe, and a color pattern of brown transverse bands on a light olive-green ground color (Figs. 4 and 5) —a color pattern most similar to those of the distantly related Sphenomorphus flavipes, Scincella prehensicaiida, and Leiolopisma semoni of New
RMRR27F5–. Advances in herpetology and evolutionary biology : essays in honor of Ernest E. Williams. Williams, Ernest E. (Ernest Edward); Herpetology; Evolution. .tMiik^S^i^A ?^^'%§«* -:?*":?? fy^-^.. Figure 1. Close-up photographs of the heads of three different scincid lizards to show the three main struc- tural stages in the evolution of the spectacle in lizards and snakes. Bottom: lower eyelid moveable (shown here raised) and scaly {Sphenomorphus tympanum); middle: lower eyelid moveable (shown here raised) but with a clear "window" (Carlia amax), and top: the large clear spectacle,
RMRJD0T3–. Central Asiatic Expeditions of the American Museum of Natural History, under the leadership of Roy Chapman Andrews : preliminary contributions in geology, palaeontology, and zoology. Central Asiatic Expeditions (1921-1930); Scientific expeditions; Natural history; Scientific expeditions; Natural history. Fig. 10. Sphenomorphus leverelli, new species, A. M. X. II. Xo. 30201. Hcafi from above and from side, X 2. Description of Type.—Rostral with a broad superior portion, about equal to twothirds of the fronto-nasal, with which it makes a broad suture; no suprana.sals; nostril in a large nasal,
RMRH414F–. Breviora. 1968 NEW SKINK FROM BOUGAINVILLE •6°S 7°S 156° E 30 miles o 155 E SHORTLAND MONO I (^J> 6°S. 156° E Figure 2. Bougainville and neighboring islands showing the known locali- ties from which Geomyersia glabra has been collected. The apparent rarity is not solely the result of size, as many juveniles of the small skinks are collected and the natives were offered in- centives to collect the species. (Interestingly enough the largest skink in the Mutahi-Melilup area, Sphenomorphus taylori, is as infrequently collected as is Geomyersia glabra.) Morphological Comparisons with Other Sma
RMRH4019–. Breviora. . Figure 2. Dorsal (A) and lateral (B) view of the head of the para- type of Sphenomorphus microtympanus (MCZ 132767) from Garaina, New Guinea. Sphenomorphus microtympanus new species Figures 2, 3, and 5 (top) Holotype. AMNH 104076; an adult collected on 7 July 1969 by Angus F. Hutton in the Morobe District of the Terri- tor' of New Guinea at GARAINA (Fig. 4) at an elevation of approximately 2300 feet. Paratype. MCZ 132767; same data as the holotype. Diagnosis. S. microtympanus is a member of the jasciatus species group of Sphenomorphus and in that it lacks an ecto- pterygoid proc
RMRH4022–. Breviora. . B Figure 1. Dorsal (A) and lateral (B) view of the head of the holotype of Sphenomorphus anotus (AMNH 95880) from Masba Creek, Huon Peninsula, New Guinea. Description of the holotype. A small attenuate skink mea- suring 48 mm in snout-ent length with a complete tail mea- suring 68 mm in length; head bluntly conical; hmbs short, pentadactyl, widely separated when pressed against the body; uniformh' brown above and light yellowish brown below (in preseratie). Rostral about as deep as wide and projecting well onto dorsal surface of snout; nasal large with external naris situated
RMRHDPK3–. Bonner zoologische Monographien. Zoology. NGUYEN ETAL, TERRESTRIAl REITH 1 FAUNA Ol Uli BlOM'llIRl Rl.Sl RVF (!A I BA ARCHIPELAGO, HAI PHONG. VIETNAM. FIG. 2. 1) Cuora mouhotii, 2) Acanthosaura lepidogaster, 3) Pseudocalotes brevipes, 4) Goniurosaurus catbaensis, 5) Gekko gecko, 6) Gekko palmatus, 7) Hemidactylus frenatus, 8) H. garnotii, 9) Eutropis midtifasciatus, 10) Plestiodon quadrilineatus, 11) Scincella reevesii, 12) Sphenomorphus tonkinensis (1 & 10 photographs by R. Stenke, remaining photographs by T. Ziegler). survey period, juveniles and adults were regularly observed on the f
RMRK0GHM–. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. Vol. 5 p. 90 Asiatic Herpetological Research December 1993. Figure 4. Small permanent stream in primary forest at site 1. Small streams such as this one were common in areas of primary forest at all sites. in loose soil, usually only in primary forest from 50-1000 m elevation. This species is apparently rare or absent in early second- growth forest. Stomach contents indicate that this species is a generalized insectivore, however, part of a skink tail (Mabuya or Sphenomorphus species) was found in
RMRH47FY–. Breviora. BREVIORA No. 364 155° E 56° E BUKA I 30 miles â 6°S â¢7°S. 6°S-^ I55°E SHORTLAND MONO I (^ FAURO 7°S- 156° E Figure 1. Map of Bougainville showing the location approximately 5 miles east of Kunua where the type and only known specimen of Spheno- morphiis transversus was collected. Diagnosis. Similar in squamation to those skinks of the genus Sphenomorphus (Table 1 ) that have a single anterior loreal, the frontal in contact with 3 or more of the 5 or more supraoculars, frontoparietals and interparietal distinct, no nuchals or trans- versely enlarged scales in the two verteb
RMRH5711–. Breviora. 1967 NEW BOUGAINVILLE SKINK Distribution (Fig. 2): The seven known specimens of S. frago- sus are from between 4000-4300 feet, in the central highlands of Bougainville. Six specimens were taken in southcentral Bougain- ville (Lake Loloru, 4300 feet) and the seventh was collected in northeastern Bougainville (near Mutahi, 4000 feet). The 2 locali- ties are approximately 70 miles apart. 156° E 30 miles 6°S 7°S SHORTLAND. 6°S FAURO 7°S- I55°E MONO I C^ 156° E Figure 2. Map of Bougainville, Solomon Islands, showing the known collecting localities for Sphenomorphus fragosus (squares) an
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