Holotype a hi-res stock photography and images - Page 3

. Ecuadorian frogs of the genus Colostethus (Anura:Dendrobatidae) . Fig. 9 Distributions of Colostethus anthracinus (â¢), C. awa (A), C. bocagei (â ), and C.fugax (â¼). lateral stripe at the scapular level or by lacking the stripe. Colostethus awa also is compared with those species having a short oblique lateral stripe and webbing between the toes (C. bocagei and C. fuliginosus). It is distinguished from C.fuliginosus by having discrete marks on gular-chest region and from C. bocagei by having a spotted or marbled pattern ventrally and less webbing between the toes. Description of holotype.âF Stock Photo

RMMAA86J–. Ecuadorian frogs of the genus Colostethus (Anura:Dendrobatidae) . Fig. 9 Distributions of Colostethus anthracinus (â¢), C. awa (A), C. bocagei (â ), and C.fugax (â¼). lateral stripe at the scapular level or by lacking the stripe. Colostethus awa also is compared with those species having a short oblique lateral stripe and webbing between the toes (C. bocagei and C. fuliginosus). It is distinguished from C.fuliginosus by having discrete marks on gular-chest region and from C. bocagei by having a spotted or marbled pattern ventrally and less webbing between the toes. Description of holotype.âF

. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 5mm I mrn. Figure 4a. Wing venation of: Haberlandia lindacammae spec, nov., female, paratype. 5a. Haberlan- dia legraini spec, nov., male, holotype. 6a. Haberlandia shimonii spec, nov., male, holotype. Figure 4b. Genitalia of: Haberlandia lindacammae spec, nov., female, paratype. 5b. Haberlandia legraini spec, nov., male, holotype. 6b. Haberlandia shimonii spec, nov. Stock Photo

RMPFB873–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 5mm I mrn. Figure 4a. Wing venation of: Haberlandia lindacammae spec, nov., female, paratype. 5a. Haberlan- dia legraini spec, nov., male, holotype. 6a. Haberlandia shimonii spec, nov., male, holotype. Figure 4b. Genitalia of: Haberlandia lindacammae spec, nov., female, paratype. 5b. Haberlandia legraini spec, nov., male, holotype. 6b. Haberlandia shimonii spec, nov.

. Bulletins of American paleontology. 48 Bulletin 185. Text-fig. 11.—Morphologic lineaments of Victoriacystis ivilkinsi Gill and Caster, new genus, new species, based on photographs of the holotype. A. Plastron surface. B. Carapace surface. C. Diagrammatic representation of the proximal region, lateral view, showing the hooded overhang of the carapace above the proximal stele, and the corresponding excavation of the plastron to accommodate the exceptionally large and broad proximal stele. Solid lines represent definite margins and sutures. Broken lines are lineaments, in part sutural, in part Stock Photo

RMRG9TKR–. Bulletins of American paleontology. 48 Bulletin 185. Text-fig. 11.—Morphologic lineaments of Victoriacystis ivilkinsi Gill and Caster, new genus, new species, based on photographs of the holotype. A. Plastron surface. B. Carapace surface. C. Diagrammatic representation of the proximal region, lateral view, showing the hooded overhang of the carapace above the proximal stele, and the corresponding excavation of the plastron to accommodate the exceptionally large and broad proximal stele. Solid lines represent definite margins and sutures. Broken lines are lineaments, in part sutural, in part

Camptotaxineura ephialtes Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEE6KF–Camptotaxineura ephialtes Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Distribution of mammals in Colorado Distribution of mammals in Colorado distributionofma31972arms Year: 1972 64 MONOGRAPH MUSEUM OF NATURAL HISTORY NO. 3 Fig. 22. Distribution of Myotis califomicus ste- phensi in Colorado. For explanation of symbols, see p. 9. from Bedrock, Montrose County, are: 75, 33, 6, —, 32.0. For cranial measurements, see table 3. Remarks. — Stephens (1900) selected as the holotype of Myotis californicus pallidus a specimen (male, original number 2498, F. Stephens) from Vallecito, California (now USNM 99829). The holotype has had a rather involved history, reviewed Stock Photo

RMT1HABC–Distribution of mammals in Colorado Distribution of mammals in Colorado distributionofma31972arms Year: 1972 64 MONOGRAPH MUSEUM OF NATURAL HISTORY NO. 3 Fig. 22. Distribution of Myotis califomicus ste- phensi in Colorado. For explanation of symbols, see p. 9. from Bedrock, Montrose County, are: 75, 33, 6, —, 32.0. For cranial measurements, see table 3. Remarks. — Stephens (1900) selected as the holotype of Myotis californicus pallidus a specimen (male, original number 2498, F. Stephens) from Vallecito, California (now USNM 99829). The holotype has had a rather involved history, reviewed

Torrecoptis yaguajaiensis. label says it's a holotype, species spelled as yaguajayensis in the 1943 Torre Bartsch manuscript27 Oct 20161 Torrecoptis yaguajaiensis Stock Photo

RM2BD097X–Torrecoptis yaguajaiensis. label says it's a holotype, species spelled as yaguajayensis in the 1943 Torre Bartsch manuscript27 Oct 20161 Torrecoptis yaguajaiensis

. Fig. 8. Terminal segments of third leg of: a. Colosseiidets glacialis, Hodgson, paratype. b. C. drakei, Caiman, holotype (both x 11). Meastirements {mm.) Length of proboscis Greatest diameter of proboscis (at apex) Length of trunk ... Width across lateral processes Length of abdomen Third right leg; Coxa Femur ... First tibia Second tibia Tarsus ... Propodus Claw Remarks. These specimens are most nearly related to C glacialis, Hodgson, but differ from that species in the following respects: (i) they are of more slender build without the spinules on body and legs characteristic of C. glaciali Stock Photo

RMMCTW0E–. Fig. 8. Terminal segments of third leg of: a. Colosseiidets glacialis, Hodgson, paratype. b. C. drakei, Caiman, holotype (both x 11). Meastirements {mm.) Length of proboscis Greatest diameter of proboscis (at apex) Length of trunk ... Width across lateral processes Length of abdomen Third right leg; Coxa Femur ... First tibia Second tibia Tarsus ... Propodus Claw Remarks. These specimens are most nearly related to C glacialis, Hodgson, but differ from that species in the following respects: (i) they are of more slender build without the spinules on body and legs characteristic of C. glaciali

. The Eurypterida of New York. Eurypterida; Paleontology. 422 NEW YORK STATE MUSEUM. Fig. 108-10 Eusarcus vaningeni nov. Pig. 108 Carapace, the frontal process bent down- ward. Holotype. Natural size. Fig. 109 A larger carapace showing the relatively broader frontal tongue, ali?o bent downward. Cotype. Natural size. Fig. no Carapace and nearly complete preabdomen; the frontal process fully extended. Cotype. Natural size. 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 m Stock Photo

RMPFY1PX–. The Eurypterida of New York. Eurypterida; Paleontology. 422 NEW YORK STATE MUSEUM. Fig. 108-10 Eusarcus vaningeni nov. Pig. 108 Carapace, the frontal process bent down- ward. Holotype. Natural size. Fig. 109 A larger carapace showing the relatively broader frontal tongue, ali?o bent downward. Cotype. Natural size. Fig. no Carapace and nearly complete preabdomen; the frontal process fully extended. Cotype. Natural size. 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 m

. Bulletin of the British Museum (Natural History). Botany; Botany. 10/im Fig. 15A-B, Laeviomyces opegraphae (E—holotype); A, conidiogenous cells; B, conidia. C, L. pertusariicola (IMI 186240), conidia. Distribution: British Isles (Scotland). Evidently not uncommon in Scotland on this host and to be expected throughout the range of the host lichen. Observations: This new species is included within Laeviomyces with some hesitation as the pycnidial wall is so poorly developed and almost hyphal, rather than pseudoparen- chymatous as in L. pertusariicola. However, the pigmented and annellate conid Stock Photo

RMRGGD58–. Bulletin of the British Museum (Natural History). Botany; Botany. 10/im Fig. 15A-B, Laeviomyces opegraphae (E—holotype); A, conidiogenous cells; B, conidia. C, L. pertusariicola (IMI 186240), conidia. Distribution: British Isles (Scotland). Evidently not uncommon in Scotland on this host and to be expected throughout the range of the host lichen. Observations: This new species is included within Laeviomyces with some hesitation as the pycnidial wall is so poorly developed and almost hyphal, rather than pseudoparen- chymatous as in L. pertusariicola. However, the pigmented and annellate conid

Sellardsia kansasensis Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEG5CK–Sellardsia kansasensis Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Discovery reports (1929) Discovery reports discoveryreports21931inst Year: 1929 SCALPELLUM 235 Inframedian latus triangular and about as wide as high. It is very characteristic that, in this new species, the upper part of the plate in the fully grown female projects freely (Fig. 3, c, e). Carinal latus triangular, with the umbo at the projecting apex, situated very high. A median ridge extends from the apex. Fig. 4. ScalpeUiim Uberum. a. Palpus, b. Mandible, c. Maxilla I. d. Maxilla II. e. Cirrus VI and caudal appendage. /. Complemental male, holotype (total length 0-85 mm.). Peduncle wel Stock Photo

RMT1HMD2–Discovery reports (1929) Discovery reports discoveryreports21931inst Year: 1929 SCALPELLUM 235 Inframedian latus triangular and about as wide as high. It is very characteristic that, in this new species, the upper part of the plate in the fully grown female projects freely (Fig. 3, c, e). Carinal latus triangular, with the umbo at the projecting apex, situated very high. A median ridge extends from the apex. Fig. 4. ScalpeUiim Uberum. a. Palpus, b. Mandible, c. Maxilla I. d. Maxilla II. e. Cirrus VI and caudal appendage. /. Complemental male, holotype (total length 0-85 mm.). Peduncle wel

Torrecoptis spatiata. label say it is a holotype, figured type [see Torre & Bartsch 2008 book]27 Oct 20161 Torrecoptis spatiata Stock Photo

RM2BD093D–Torrecoptis spatiata. label say it is a holotype, figured type [see Torre & Bartsch 2008 book]27 Oct 20161 Torrecoptis spatiata

. Fig. 56. Ammothea stylirostris, n.sp. Holotype. Lateral view of body with chelophore and palp: x 5. in the centre to a low, rounded point. Cephalic segment nearly as long as the sum of the three posterior segments, considerably expanded on a level with the ocular tubercle; a low rounded lobe projecting over the base of each scape. Ocular tubercle almost half as high again as wide, tapering abruptly to a point distally. Anterior twice as large as the posterior pair of eyes (Fig. 56). Proboscis approximately two-thirds as long as trunk, straight, widest at base, which is surrounded by a promin Stock Photo

RMMCTTJ5–. Fig. 56. Ammothea stylirostris, n.sp. Holotype. Lateral view of body with chelophore and palp: x 5. in the centre to a low, rounded point. Cephalic segment nearly as long as the sum of the three posterior segments, considerably expanded on a level with the ocular tubercle; a low rounded lobe projecting over the base of each scape. Ocular tubercle almost half as high again as wide, tapering abruptly to a point distally. Anterior twice as large as the posterior pair of eyes (Fig. 56). Proboscis approximately two-thirds as long as trunk, straight, widest at base, which is surrounded by a promin

. Devonian fishes of Iowa. Fishes, Fossil; Paleontology; Paleontology. 132 IOWA GEOLOGICAL SURVEY. Fig. 19. Fig. 19. Rhynchodus pertenuis Eastm. Chemung; Delaware county, N. Y. plate ol holotype, slightly less than natural size. Lower dental same time separating it from the group represented by R. ex- cavatus, R. major, etc. But for the trenchant functional margin and blade-like cross-section, the specimen might readily be mis- taken for a lower dental plate of Ptyctodus, instead of Rhyn- chodus. That it is properly a mandibular element, and refer- able to the latter genus, seems to admit of n Stock Photo

RMPFA5RC–. Devonian fishes of Iowa. Fishes, Fossil; Paleontology; Paleontology. 132 IOWA GEOLOGICAL SURVEY. Fig. 19. Fig. 19. Rhynchodus pertenuis Eastm. Chemung; Delaware county, N. Y. plate ol holotype, slightly less than natural size. Lower dental same time separating it from the group represented by R. ex- cavatus, R. major, etc. But for the trenchant functional margin and blade-like cross-section, the specimen might readily be mis- taken for a lower dental plate of Ptyctodus, instead of Rhyn- chodus. That it is properly a mandibular element, and refer- able to the latter genus, seems to admit of n

. Bulletin - United States National Museum. Science. OXYSTOMATOUS AND ALLIED CRABS OF AMERICA 229. Figure Si.—Ebalin magdakvtnsis, female holotype: a, Dorsal; 6, ventral. X 4.8. After flla.sspll.. 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.. United States National Museum; Smithsonian Institution; United States. Dept. of the Interior. Washington : Smithsonian Institution Press, [etc. ]; for sale by the Supt. of Docs. , U. Stock Photo

RMRG7RXB–. Bulletin - United States National Museum. Science. OXYSTOMATOUS AND ALLIED CRABS OF AMERICA 229. Figure Si.—Ebalin magdakvtnsis, female holotype: a, Dorsal; 6, ventral. X 4.8. After flla.sspll.. 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.. United States National Museum; Smithsonian Institution; United States. Dept. of the Interior. Washington : Smithsonian Institution Press, [etc. ]; for sale by the Supt. of Docs. , U.

Dichentomum tinctum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEGJG7–Dichentomum tinctum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 378 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 a be Fig. 15. Callyspongia fusifera (Thiele). Falkland Islands specimen. «, dermal skeleton, x 100; b, main skeleton, x 100; c, oxeote, x 400; ec/i, echinating tufts of spicules seen in section. is not identical. On the other hand, the arrangement of the dermal skeleton and the shape of the spicules differ considerably in the two specimens. Through the kindness of Dr W. Arndt, I have been able to examine a piece of the holotype and have found that the dermal skeleton is a close-meshed Stock Photo

RMT23YAY–Archive image from page 378 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 a be Fig. 15. Callyspongia fusifera (Thiele). Falkland Islands specimen. «, dermal skeleton, x 100; b, main skeleton, x 100; c, oxeote, x 400; ec/i, echinating tufts of spicules seen in section. is not identical. On the other hand, the arrangement of the dermal skeleton and the shape of the spicules differ considerably in the two specimens. Through the kindness of Dr W. Arndt, I have been able to examine a piece of the holotype and have found that the dermal skeleton is a close-meshed

Nemateleotris magnificus. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTNX8H–Nemateleotris magnificus. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. a be Fig. 15. Callyspongia fusifera (Thiele). Falkland Islands specimen. «, dermal skeleton, x 100; b, main skeleton, x 100; c, oxeote, x 400; ec/i, echinating tufts of spicules seen in section. is not identical. On the other hand, the arrangement of the dermal skeleton and the shape of the spicules diff^er considerably in the two specimens. Through the kindness of Dr W. Arndt, I have been able to examine a piece of the holotype and have found that the dermal skeleton is a close-meshed reticulation showing an incipient differentia- tion into primary and secondary meshes. The main skeleton is Stock Photo

RMMCTRHC–. a be Fig. 15. Callyspongia fusifera (Thiele). Falkland Islands specimen. «, dermal skeleton, x 100; b, main skeleton, x 100; c, oxeote, x 400; ec/i, echinating tufts of spicules seen in section. is not identical. On the other hand, the arrangement of the dermal skeleton and the shape of the spicules diff^er considerably in the two specimens. Through the kindness of Dr W. Arndt, I have been able to examine a piece of the holotype and have found that the dermal skeleton is a close-meshed reticulation showing an incipient differentia- tion into primary and secondary meshes. The main skeleton is

RMPFB86B–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 53. 5 mm Imm Figure 16a. Wing venation of: Haberlandia ueleensis spec, nov., male, holotype. 17a. Haberlandia clenchi spec, nov., female, holotype. 18a. Haberlandia hintzi (Griinberg 1911) comb, nov., female, holotype. Figure 16b. Genitalia of: Haberlandia ueleensis spec, nov., male, holotype. 17b. Haberlandia clenchi spec, nov., female, holotype. 18b. Haberlandia hi

. Bulletin of the British Museum (Natural History) Botany. . 10um B-D J A 50um Fig. 45 Gliocephalis pulchella (PAD—holotype), A, Conidiophore apex. B, Arrangement of conidiogenous cells. C-D, Conidia. which are discoloured brownish. As the fungus, superficially reminiscent of the Mucorales, occurred on only a single fragment, on its upper and lower surfaces, and was originally reported associated with adjacent mosses, I consider that it is a saprophyte which is not obligately licheni- colous and which arose secondarily on decaying thalli of the lichen; it is consequently treated here and not i Stock Photo

RMRGKBFN–. Bulletin of the British Museum (Natural History) Botany. . 10um B-D J A 50um Fig. 45 Gliocephalis pulchella (PAD—holotype), A, Conidiophore apex. B, Arrangement of conidiogenous cells. C-D, Conidia. which are discoloured brownish. As the fungus, superficially reminiscent of the Mucorales, occurred on only a single fragment, on its upper and lower surfaces, and was originally reported associated with adjacent mosses, I consider that it is a saprophyte which is not obligately licheni- colous and which arose secondarily on decaying thalli of the lichen; it is consequently treated here and not i

Permopanorpa tenuis Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEEA8F–Permopanorpa tenuis Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 370 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 TETRAXONIDA 273 little doubt that it is congeneric with HetnigeUhis nidis (Topsent), but whether it is con- specific is not so certain, and it is perhaps preferable to recognize it as a distinct species. Distribution. Graham Land; Victoria Land; Wilhelm Land. Hemigellius pachyderma, sp.n. (Plate XLVIII, fig. 4; Fig. 11). Holotype. B.M. 28. 2. 15. 723. Occurrence. St. WS 210: Falkland Islands, i6i m. Diagnosis. Sponge consisting of massive cylindrical branches; surface even, minutely hi Stock Photo

RMT23Y1J–Archive image from page 370 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 TETRAXONIDA 273 little doubt that it is congeneric with HetnigeUhis nidis (Topsent), but whether it is con- specific is not so certain, and it is perhaps preferable to recognize it as a distinct species. Distribution. Graham Land; Victoria Land; Wilhelm Land. Hemigellius pachyderma, sp.n. (Plate XLVIII, fig. 4; Fig. 11). Holotype. B.M. 28. 2. 15. 723. Occurrence. St. WS 210: Falkland Islands, i6i m. Diagnosis. Sponge consisting of massive cylindrical branches; surface even, minutely hi

Leptophilypnus crocodilus. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTXAAC–Leptophilypnus crocodilus. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig. 22. Distribution of Myotis califomicus ste- phensi in Colorado. For explanation of symbols, see p. 9. from Bedrock, Montrose County, are: 75, 33, 6, —, 32.0. For cranial measurements, see table 3. Remarks. — Stephens (1900) selected as the holotype of Myotis californicus pallidus a specimen (male, original number 2498, F. Stephens) from Vallecito, California (now USNM 99829). The holotype has had a rather involved history, reviewed by Poole and Schantz (1942:151). Dalquest (1946) noted that the name pallidus was preoccupied in Myotis and proposed the epithet stephensi as a replacement n Stock Photo

RMMCKPDX–. Fig. 22. Distribution of Myotis califomicus ste- phensi in Colorado. For explanation of symbols, see p. 9. from Bedrock, Montrose County, are: 75, 33, 6, —, 32.0. For cranial measurements, see table 3. Remarks. — Stephens (1900) selected as the holotype of Myotis californicus pallidus a specimen (male, original number 2498, F. Stephens) from Vallecito, California (now USNM 99829). The holotype has had a rather involved history, reviewed by Poole and Schantz (1942:151). Dalquest (1946) noted that the name pallidus was preoccupied in Myotis and proposed the epithet stephensi as a replacement n

RMPFB86H–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 52. Figure 13a. Wing venation of: Haberlandia isakaensis spec, no v., male, holotype. 14a. Haberlandia rudolphi spec, nov., female, holotype. 15a. Haberlandia isiroensis spec, nov., male, holotype. Figure 13b. Genitalia of: Haberlandia isakaensis spec, nov., male, holotype. 14b. Haberlandia rudolphi spec, nov., female, holotype. 15b. Haberlandia isiroensis spec, nov.

. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 3. Apseudes perma;, n.sp.,holotype, A. toto,B. first antenna, C. apical joints of third peraeopod, D. second peraeopod, E. first pleopod. Figures with sLmiJar magnification,A; B, D; C, E.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum Stock Photo

RMRGEY0Y–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 3. Apseudes perma;, n.sp.,holotype, A. toto,B. first antenna, C. apical joints of third peraeopod, D. second peraeopod, E. first pleopod. Figures with sLmiJar magnification,A; B, D; C, E.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum

Psocidium abnormale Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEE88E–Psocidium abnormale Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Discovery reports (1957) Discovery reports discoveryreports28inst Year: 1957 SYSTEMATIC REPORT 83 I found one or two points, however, in which Hansen's figures do not fully agree with the specimens of B. fragilis which I examined. He neither records nor figures any spines arming the inner margin of the endopod of the uropod, but on close examination I found that in every case there was a single slender spine just distal to the statocyst and, in two cases, there was a second spine distal to the first. In the report on the holotype male, Dr Chace states, ' I find that there is not only a spine Stock Photo

RMT1HB5M–Discovery reports (1957) Discovery reports discoveryreports28inst Year: 1957 SYSTEMATIC REPORT 83 I found one or two points, however, in which Hansen's figures do not fully agree with the specimens of B. fragilis which I examined. He neither records nor figures any spines arming the inner margin of the endopod of the uropod, but on close examination I found that in every case there was a single slender spine just distal to the statocyst and, in two cases, there was a second spine distal to the first. In the report on the holotype male, Dr Chace states, ' I find that there is not only a spine

Gnatholepis hololepis. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTN5PC–Gnatholepis hololepis. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. 0' Irnm. Fig. 3. C. teretivahata n.sp. a, exopodite of male left antenna; b, exopodite of male right antenna; c, armature of principal seta of male antennule. (All from holotype.) Conchoecia bispinosa Claus. For synonymy and description see Skogsberg, 1920, p. 672, fig. cxxviii. This species occurred in samples from stations WS 976, 986, 996 and 997. Skogsberg (1920) has pointed out the close resemblance between this species and C. haddoni Brady & Norman. The two species are distinguishable by the short spines on the posterior dorsal angle of the shell of C. bispinosa and the number of s Stock Photo

RMMCPKGB–. 0' Irnm. Fig. 3. C. teretivahata n.sp. a, exopodite of male left antenna; b, exopodite of male right antenna; c, armature of principal seta of male antennule. (All from holotype.) Conchoecia bispinosa Claus. For synonymy and description see Skogsberg, 1920, p. 672, fig. cxxviii. This species occurred in samples from stations WS 976, 986, 996 and 997. Skogsberg (1920) has pointed out the close resemblance between this species and C. haddoni Brady & Norman. The two species are distinguishable by the short spines on the posterior dorsal angle of the shell of C. bispinosa and the number of s

. Current herpetology. Reptiles; Herpetology. 1.5 mm 3 mm Fig. 2. Particular of the head (A), hand (B), and foot (C) of the holotype of Platypelis tetra (male, MRSNA2174). was not in accord with what was reported in the text is that the pupils of both species are horizontal, not vertical. Furthermore, the tympanum, not shown in either of the original drawings, is actually visible in both species. The foot in the former Fig. 6C, attributed to P. mavomavo, in reality showed the foot of P. tetra. In the new figure, the foot is correctly portrayed, clearly showing the species' typical length reduc Stock Photo

RMPFYDC6–. Current herpetology. Reptiles; Herpetology. 1.5 mm 3 mm Fig. 2. Particular of the head (A), hand (B), and foot (C) of the holotype of Platypelis tetra (male, MRSNA2174). was not in accord with what was reported in the text is that the pupils of both species are horizontal, not vertical. Furthermore, the tympanum, not shown in either of the original drawings, is actually visible in both species. The foot in the former Fig. 6C, attributed to P. mavomavo, in reality showed the foot of P. tetra. In the new figure, the foot is correctly portrayed, clearly showing the species' typical length reduc

. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 322 ANNALS OF THE SOUTH AFRICAN MUSEUM. Fig. 4. Litophyton liltvedi sp. no. SAM-H3393, holotype. A. Seen from above. B. Seen from below. Scale = 40 mm.. 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.. South African Museum. Cape Town : The Museum Stock Photo

RMRMG21P–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 322 ANNALS OF THE SOUTH AFRICAN MUSEUM. Fig. 4. Litophyton liltvedi sp. no. SAM-H3393, holotype. A. Seen from above. B. Seen from below. Scale = 40 mm.. 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.. South African Museum. Cape Town : The Museum

Protochorista pentaclada Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEF8A1–Protochorista pentaclada Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 61 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 so DISCOVERY REPORTS (Fig. 19 b). Segments 4-6 of the oviger are straight and relatively short, in the pro- portions 175 : 1-5 : I. Otherwise it agrees with the male. Fig. 19, Nymphon paucidens, n.sp. a. Dorsal view of body of holotype with chelophores: X 20—proboscis foreshortened, b. Third leg of female from St. 140. Measurements {mm.) Length of proboscis ... Diameter of proboscis Length of trunk Length of cephalic segment Width of cephalic lobes 'Width across second lateral Length Stock Photo

RMT23AYN–Archive image from page 61 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 so DISCOVERY REPORTS (Fig. 19 b). Segments 4-6 of the oviger are straight and relatively short, in the pro- portions 175 : 1-5 : I. Otherwise it agrees with the male. Fig. 19, Nymphon paucidens, n.sp. a. Dorsal view of body of holotype with chelophores: X 20—proboscis foreshortened, b. Third leg of female from St. 140. Measurements {mm.) Length of proboscis ... Diameter of proboscis Length of trunk Length of cephalic segment Width of cephalic lobes 'Width across second lateral Length

Ophisoma prorigerum Gilbert. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTN2RR–Ophisoma prorigerum Gilbert. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig. 35. Notothenia guntheri. Holotype. Mr E. R. Gunther notes that in life the body is pale slaty grey, darker on back and becoming white ventrally, the general shade never being as deep as in N. ramsayi. The cross-bars, if present, are faint, and are sometimes green instead of grey. There are three or four golden green bands on the side of the head, the first sloping downwards from the maxillary, the others radiating from the praeorbital and eye, the third dilating into a green flush on the angle of the operculum. The iris is of a paler tint than that of N. ramsayi. The dorsal fins are bri Stock Photo

RMMCTNKK–. Fig. 35. Notothenia guntheri. Holotype. Mr E. R. Gunther notes that in life the body is pale slaty grey, darker on back and becoming white ventrally, the general shade never being as deep as in N. ramsayi. The cross-bars, if present, are faint, and are sometimes green instead of grey. There are three or four golden green bands on the side of the head, the first sloping downwards from the maxillary, the others radiating from the praeorbital and eye, the third dilating into a green flush on the angle of the operculum. The iris is of a paler tint than that of N. ramsayi. The dorsal fins are bri

RMPFB86A–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 54. Figure 19a. Wing venation of: Haberlandia josephi spec, nov., female, holotype. 20a. Haberlandia otfriedi spec, nov., male, holotype. 21a. Haberlandia otfriedi spec, nov., female, paratype. Figure 19b. Genitalia of: Haberlandia josephi spec, nov., female, holotype. 20b. Haberlandia otfriedi spec, nov., male, holotype. 21b. Haberlandia otfriedi spec, nov., female,

. Bulletin - United States National Museum. Science. 4nnm. Figure 29.—Eumorphovutra jraseri John, holotype: a. Lateral view of centrodorsal and division series; b, Pj. E. hirsuta (P. H. Carpenter), holotypelf, lateral view of calyx;i/, proximal part of Pi; e, Pj without gonad. segments and tapers to the distal end. The first segment is as long as broad, the second and third are shghtly longer than broad, and the fourth and fifth are about twice as long as broad; the slender distal segments are longer, three or more times as long as broad. The distal edges of the more distal segments are produc Stock Photo

RMRG77JC–. Bulletin - United States National Museum. Science. 4nnm. Figure 29.—Eumorphovutra jraseri John, holotype: a. Lateral view of centrodorsal and division series; b, Pj. E. hirsuta (P. H. Carpenter), holotypelf, lateral view of calyx;i/, proximal part of Pi; e, Pj without gonad. segments and tapers to the distal end. The first segment is as long as broad, the second and third are shghtly longer than broad, and the fourth and fifth are about twice as long as broad; the slender distal segments are longer, three or more times as long as broad. The distal edges of the more distal segments are produc

Permentomum tenuiforme Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEG30G–Permentomum tenuiforme Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 118 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 AMMOTHEIDAE i°7 Abdomen elevated at an angle of about 45' and reaching to distal end of fourth lateral process. ChelopJiore short, less than one-third of proboscis; scape short, clubbed; chela small, with fingers reduced to small blunt stumps. Palp rather longer than proboscis, with nine segments (Fig. 57 b); fourth almost twice as long as second segment. Oviger as represented in Fig. 57 a. Fig. 57. AmmotJiea stylirostns, n.sp. Holotype: rt. Oviger: ;<i5. 6. Palp: xis. c. Termina Stock Photo

RMT23CMG–Archive image from page 118 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 AMMOTHEIDAE i°7 Abdomen elevated at an angle of about 45' and reaching to distal end of fourth lateral process. ChelopJiore short, less than one-third of proboscis; scape short, clubbed; chela small, with fingers reduced to small blunt stumps. Palp rather longer than proboscis, with nine segments (Fig. 57 b); fourth almost twice as long as second segment. Oviger as represented in Fig. 57 a. Fig. 57. AmmotJiea stylirostns, n.sp. Holotype: rt. Oviger: ;<i5. 6. Palp: xis. c. Termina

Bathycongrus stimpsoni Fowler. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTTT71–Bathycongrus stimpsoni Fowler. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig.2. Palporfourterminalpalpalsegmentsof:a. Co/oMew</ma!«/ra/w, Hodgson: xii. b-e. C.tortipalpis, n.sp. (6 and f, of male: xii and 20; </, of holotype: x 20; e, of immature specimen—slightly abnormal: X17). first third of its length, expanding to nearly twice this width in the centre, then gradually narrowing anteriorly; terminal just a little greater than basal width (Fig. 3 d). Abdo?neri short, extending to within a short distance of the distal articulation of the first coxa; narrow and cyHndrical proximally, expanding considerably at about two- thirds of its length; apex bifid. Pal Stock Photo

RMMCTW1Y–. Fig.2. Palporfourterminalpalpalsegmentsof:a. Co/oMew</ma!«/ra/w, Hodgson: xii. b-e. C.tortipalpis, n.sp. (6 and f, of male: xii and 20; </, of holotype: x 20; e, of immature specimen—slightly abnormal: X17). first third of its length, expanding to nearly twice this width in the centre, then gradually narrowing anteriorly; terminal just a little greater than basal width (Fig. 3 d). Abdo?neri short, extending to within a short distance of the distal articulation of the first coxa; narrow and cyHndrical proximally, expanding considerably at about two- thirds of its length; apex bifid. Pal

. Current herpetology. Reptiles; Herpetology. Fig. 1. Platypelis tetra. Holotype (male, MRSN A2174) from Analabe Valley, Anjanaharibe-Sud, western slope, NE Madagascar. 3 mm. 3 mm 1.5 mm B Fig. 2. Particular of the head (A), hand (B). and foot (C) of the holotype of Platypelis tetra (male, MRSN A2174).. 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.. Nihon Hachu Ryoseirui Gakkai. Kyoto : The Herpetological Society of Japan Stock Photo

RMPFYDH3–. Current herpetology. Reptiles; Herpetology. Fig. 1. Platypelis tetra. Holotype (male, MRSN A2174) from Analabe Valley, Anjanaharibe-Sud, western slope, NE Madagascar. 3 mm. 3 mm 1.5 mm B Fig. 2. Particular of the head (A), hand (B). and foot (C) of the holotype of Platypelis tetra (male, MRSN A2174).. 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.. Nihon Hachu Ryoseirui Gakkai. Kyoto : The Herpetological Society of Japan

. Bulletin of the British Museum (Natural History), Geology. * lateral. Fig. 10 Cross-sections near base of horn cores. A = Proamphibos lachrynians, cast of holotype; a cross-section of the right horn core has been reversed to appear as of the left side. B = Ugandax gautieri holotype, left horn core. The most important of the irregular partial keels of U. gautieri descends at the position marked by the arrow. Pilgrim (1939 : 276) took the reasonable view that Proamphibos gave rise through Hemibos to the living Asiatic water buffaloes Bubalus. If the Kazinga Channel deposits were sufficiently o Stock Photo

RMRGJ98J–. Bulletin of the British Museum (Natural History), Geology. * lateral. Fig. 10 Cross-sections near base of horn cores. A = Proamphibos lachrynians, cast of holotype; a cross-section of the right horn core has been reversed to appear as of the left side. B = Ugandax gautieri holotype, left horn core. The most important of the irregular partial keels of U. gautieri descends at the position marked by the arrow. Pilgrim (1939 : 276) took the reasonable view that Proamphibos gave rise through Hemibos to the living Asiatic water buffaloes Bubalus. If the Kazinga Channel deposits were sufficiently o

Asthenohymen stigmatizans Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEG5W1–Asthenohymen stigmatizans Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 79 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 Fig. 30. Nymphon neumayri, n.sp.: a. Holotype. Dorsal view of body with chelophores and palps. b. Holotype. Lateral view of body, with chelophore and palp. c. Third leg of female. Measurements {mm.) Length of proboscis ... Diameter of proboscis Length of trunk Length of cephalic segment Width of cephalic lobes Width across second lateral processes Length of abdomen Length of scape Length of chela Third right leg: First coxa ... Second coxa Third coxa ... Femur First tibia ... Second tib Stock Photo

RMT232C9–Archive image from page 79 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 Fig. 30. Nymphon neumayri, n.sp.: a. Holotype. Dorsal view of body with chelophores and palps. b. Holotype. Lateral view of body, with chelophore and palp. c. Third leg of female. Measurements {mm.) Length of proboscis ... Diameter of proboscis Length of trunk Length of cephalic segment Width of cephalic lobes Width across second lateral processes Length of abdomen Length of scape Length of chela Third right leg: First coxa ... Second coxa Third coxa ... Femur First tibia ... Second tib

RM2BTN2R9–Ophisoma prorigerum Gilbert. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

$. Fig. 55. Ammothea calmani, n.sp.: a. Palp of young specimen, h. Terminal segments of oviger of holotype. c. Terminal segments of third leg of holotype. ^. Same of young specimen, (a and*: xi5;candrf: x 10.) Oviger small but with all ten segments distinct. Third leg rather slender; femur 5-5 times as long as wide; second tibia the longest segment. Propodus with two large and one small spine on the proximal ventral margm (Fig. 55 d); the terminal segments are very similar in all four legs. Measurements {mm.) Length of proboscis ... Width of proboscis Length of trunk Length of cephalic segment Stock Photo$

RMMCTTJF–. Fig. 55. Ammothea calmani, n.sp.: a. Palp of young specimen, h. Terminal segments of oviger of holotype. c. Terminal segments of third leg of holotype. ^. Same of young specimen, (a and*: xi5;candrf: x 10.) Oviger small but with all ten segments distinct. Third leg rather slender; femur 5-5 times as long as wide; second tibia the longest segment. Propodus with two large and one small spine on the proximal ventral margm (Fig. 55 d); the terminal segments are very similar in all four legs. Measurements {mm.) Length of proboscis ... Width of proboscis Length of trunk Length of cephalic segment

RMPFB87K–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 48. 5 mm 1 mm Figure la. Wing venation of: Haberlandia odzalaensis spec, nov., male, holotype. 2a. Haberlandia odzalaensis spec. nov., female, paratype. 3a. Haberlandia Undacammae spec, nov., male, holotype Figure lb. Genitalia of: Haberlandia odzalaensis spec, nov., male, holotype. 2b. Haberlandia odzalaensis spec, nov., female, paratype. 3b. Haberlandia Undacammae

. The Annals and magazine of natural history; zoology, botany, and geology. Natural history; Zoology; Botany; Geology. Barnacles of the Genus Megalasma. 365 M. rectum, Pilsbry, in which the "auriculate" structure of the base of the carina suggests the beginning of such a transverse expansion as is seen in this species. Fur. 1.. Megalasma {Glyptelasma) pilsbryi, sp. 11., holotype. A. Lateral view, outlines of valves as seen after partial removal of cuticle. B. Basal angle of scutum, inner surface. 0. Carina, inner surface. Megalasma {Glyptelasma) pilsbryi, sp. n. (Text-figs. 1 and 2.) Stock Photo

RMRMNJ62–. The Annals and magazine of natural history; zoology, botany, and geology. Natural history; Zoology; Botany; Geology. Barnacles of the Genus Megalasma. 365 M. rectum, Pilsbry, in which the "auriculate" structure of the base of the carina suggests the beginning of such a transverse expansion as is seen in this species. Fur. 1.. Megalasma {Glyptelasma) pilsbryi, sp. 11., holotype. A. Lateral view, outlines of valves as seen after partial removal of cuticle. B. Basal angle of scutum, inner surface. 0. Carina, inner surface. Megalasma {Glyptelasma) pilsbryi, sp. n. (Text-figs. 1 and 2.)

Acosmelytron elongatum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEED16–Acosmelytron elongatum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 92 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 NYMPHONIDAE 8i and eight). There is no terminal claw, but the last three or four denticulate spines are considerably longer than the others on segment lo (Fig. 39 d). Leg with ova visible in femur and the two distal coxae. Second coxa equal to the Fig. 38. Heteronymphon kempi, gen. et sp.n.: a. Holotype; dorsal view of body with chelophores. b. Holotype, lateral view of body with chelophores, palp and oviger. c. Third leg. Other two together, with a distinct prominence on the dorsal Stock Photo

RMT23C68–Archive image from page 92 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 NYMPHONIDAE 8i and eight). There is no terminal claw, but the last three or four denticulate spines are considerably longer than the others on segment lo (Fig. 39 d). Leg with ova visible in femur and the two distal coxae. Second coxa equal to the Fig. 38. Heteronymphon kempi, gen. et sp.n.: a. Holotype; dorsal view of body with chelophores. b. Holotype, lateral view of body with chelophores, palp and oviger. c. Third leg. Other two together, with a distinct prominence on the dorsal

Salarias muscarus Snyder. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTPN56–Salarias muscarus Snyder. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig. 38. Heteronymphon kempi, gen. et sp.n.: a. Holotype; dorsal view of body with chelophores. b. Holotype, lateral view of body with chelophores, palp and oviger. c. Third leg. Other two together, with a distinct prominence on the dorsal surface (Fig. 38 c). Femur and first tibia equal, second tibia the longest segment. Propodus nearly twice as long as tarsus and more than twice as long as the main claw. Auxiliary claws absent. Measurements (mm.) Length of proboscis Diameter of proboscis Length of trunk ... Length of cephalic segment Width of cephalic lobes Width across second lateral proc Stock Photo

RMMCTTNW–. Fig. 38. Heteronymphon kempi, gen. et sp.n.: a. Holotype; dorsal view of body with chelophores. b. Holotype, lateral view of body with chelophores, palp and oviger. c. Third leg. Other two together, with a distinct prominence on the dorsal surface (Fig. 38 c). Femur and first tibia equal, second tibia the longest segment. Propodus nearly twice as long as tarsus and more than twice as long as the main claw. Auxiliary claws absent. Measurements (mm.) Length of proboscis Diameter of proboscis Length of trunk ... Length of cephalic segment Width of cephalic lobes Width across second lateral proc

RMPFB869–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 55. 5mm Imm Figure 22a. Wing venation of: Haberlandia rohdei spec, nov., male, holotype. 23a. Haberlandia togoensis spec, nov., male, holotype. 24a. Haberlandia hollowayi spec, nov., male, holotype. Figure 22b. Genitalia of: Haberlandia rohdei spec, nov., male, holotype. 23b. Haberlandia togoensis spec, nov., male, holotype. 24b. Haberlandia hollowayi spec, nov., mal

. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 27. Cyclopoapseudes indecorus, u. sp., holotype, A. second peraeopod, B. uropod, C. maxilliped, D. seventh peraeopod, E. second antenna, F. left mandible. Figures with similar magnification, A, B, D; C, E, F.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum Stock Photo

RMRGEX62–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 27. Cyclopoapseudes indecorus, u. sp., holotype, A. second peraeopod, B. uropod, C. maxilliped, D. seventh peraeopod, E. second antenna, F. left mandible. Figures with similar magnification, A, B, D; C, E, F.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum

Psocidium permianum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEG9G8–Psocidium permianum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 112 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 Ammothea longispina, n.sp. (Figs. 50 ft, 51 and 52). St. 170. 23. ii. 27. Off Cape Bowles, Clarence Island, 61' 25' 30' S, 53° 46' W, 342 m.; R. Large dredge: i $ (holotype). Description of holotype. Trunk rather compact; lateral processes separated by narrow intervals, last two pairs by almost their own diameter. Transverse body ridges prominent, each with a narrow, conical median projection. Cephalic segment with a blunt rounded lobe external to the inser- tion of each chelophore; ha Stock Photo

RMT23MDA–Archive image from page 112 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 Ammothea longispina, n.sp. (Figs. 50 ft, 51 and 52). St. 170. 23. ii. 27. Off Cape Bowles, Clarence Island, 61' 25' 30' S, 53° 46' W, 342 m.; R. Large dredge: i $ (holotype). Description of holotype. Trunk rather compact; lateral processes separated by narrow intervals, last two pairs by almost their own diameter. Transverse body ridges prominent, each with a narrow, conical median projection. Cephalic segment with a blunt rounded lobe external to the inser- tion of each chelophore; ha

RM2BTPN6M–Salarias muscarus Snyder. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Som srnm Text-fig. 46. Maresearsia praeclara gen.n., sp.n., lateral view, x 6-6. Beebe, Bermuda Oceanographic Expedition, 1929, i828(-o) m. The smaller nectophore has been restored to its original position. the other two species. The gastrozooids are large, and measure 3-5 mm. in length. A study of the figures (Pis. VI, VII fig. 1; Text-figs. 46, 47) will make an extended description of the nectophore unnecessary. Eudoxid stage. Many eudoxids are still attached to the holotype by long stalks. The bract is similar to that found in Amphicaryon acaule, but there is a lateral notch, and the two Stock Photo

RMMCPD4E–. Som srnm Text-fig. 46. Maresearsia praeclara gen.n., sp.n., lateral view, x 6-6. Beebe, Bermuda Oceanographic Expedition, 1929, i828(-o) m. The smaller nectophore has been restored to its original position. the other two species. The gastrozooids are large, and measure 3-5 mm. in length. A study of the figures (Pis. VI, VII fig. 1; Text-figs. 46, 47) will make an extended description of the nectophore unnecessary. Eudoxid stage. Many eudoxids are still attached to the holotype by long stalks. The bract is similar to that found in Amphicaryon acaule, but there is a lateral notch, and the two

RMPFB852–. The description of a new genus and twenty-three new species of Metarbelidae (Lepidoptera : Cossoidea) from the lowland tropical rain forests of the Guineo-Congolian Region with notes on habitats and biogeography / Ingo Lehmannn. 64. Figure 25. Haberlandia rohdei spec, no v., male, holotype, Ghana, Accra, Achimota Forest Reserve. Figure 26. Haberlandia togoensis spec, no v., male, holotype, Togo, region Centrale. Figure 27. Haberlandia hollowayi spec, nov., male, holotype, Cote dTvoire, Lagunes region, Bingerville. Figure 28. Haberlandia janzi spec, nov., male, holotype, Cote dT voire, Maraho

. Bulletin - United States National Museum. Science. COPEPODA FROM IFALUK ATOLL 111. Figure 36.—Scutellidium dentipes, new species, loc. 431, ad. ?, holotype; a, antennulc; b, antenna; c, mandible; d, maxilla; e, maxillipede;/, leg 5. (X 625.). 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.. United States National Museum; Smithsonian Institution; United States. Dept. of the Interior. Washington : Smithsonian Institution Pre Stock Photo

RMRG7F3C–. Bulletin - United States National Museum. Science. COPEPODA FROM IFALUK ATOLL 111. Figure 36.—Scutellidium dentipes, new species, loc. 431, ad. ?, holotype; a, antennulc; b, antenna; c, mandible; d, maxilla; e, maxillipede;/, leg 5. (X 625.). 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.. United States National Museum; Smithsonian Institution; United States. Dept. of the Interior. Washington : Smithsonian Institution Pre

Protereisma insigne Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEEBJ2–Protereisma insigne Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Discovery reports (1943) Discovery reports discoveryreports22inst Year: 1943 4o4 DISCOVERY REPORTS 7. Cornucopina ovalis var. versa var.n. Fig. 30 B-D. Station distribution. Sub-Antarctic: South Atlantic Ocean, Sts. WS 228, WS 229, WS 246, WS 840, WS 871. Geographical distribution. Off Patagonian Shelf, below 200 m. (Discovery); Kerguelen? (34.2.16.44). Holotype. St. WS 871, off Patagonian Shelf. These specimens resemble the type specimen of Cornucopina ovalis in their zooecial characters, but differ in their avicularia. Ovicells are unknown. The basal avicularia Fig. 30. A. Cornucopina g Stock Photo

RMT1HX1C–Discovery reports (1943) Discovery reports discoveryreports22inst Year: 1943 4o4 DISCOVERY REPORTS 7. Cornucopina ovalis var. versa var.n. Fig. 30 B-D. Station distribution. Sub-Antarctic: South Atlantic Ocean, Sts. WS 228, WS 229, WS 246, WS 840, WS 871. Geographical distribution. Off Patagonian Shelf, below 200 m. (Discovery); Kerguelen? (34.2.16.44). Holotype. St. WS 871, off Patagonian Shelf. These specimens resemble the type specimen of Cornucopina ovalis in their zooecial characters, but differ in their avicularia. Ovicells are unknown. The basal avicularia Fig. 30. A. Cornucopina g

Pallidogobius rigilius Herre. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTN49J–Pallidogobius rigilius Herre. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig. 74. a. Ammothea calmani, n.sp. Holotype. Segments 4-9 of right palp—segments 7 and 8 are apparently fused 1x15 and 20. b. Decolopoda antarctica, Bouvier. Proximal portion of abdomen, showing additional small clavate process on right side: x 20. c. IPallenopsis sp. St. 256. Terminal segments of oviger showing distinct bifurcation: xioo. The most extreme case of abnormality is the tripartite palp of Nymphon proceroides, Bouvier (Fig. 75). Here a is probably the original left palp, bearing the two extra palps on the outer distal angle of the second segment. The long axes of palps a, b and Stock Photo

RMMCTTG5–. Fig. 74. a. Ammothea calmani, n.sp. Holotype. Segments 4-9 of right palp—segments 7 and 8 are apparently fused 1x15 and 20. b. Decolopoda antarctica, Bouvier. Proximal portion of abdomen, showing additional small clavate process on right side: x 20. c. IPallenopsis sp. St. 256. Terminal segments of oviger showing distinct bifurcation: xioo. The most extreme case of abnormality is the tripartite palp of Nymphon proceroides, Bouvier (Fig. 75). Here a is probably the original left palp, bearing the two extra palps on the outer distal angle of the second segment. The long axes of palps a, b and

. Current herpetology. Reptiles; Herpetology. 10 Current Herpetol. 22(1) 2003 15°S. 20°S 25°S Fig. 1. Map of Madagascar, showing location of Ampijoroa, the type locality of Sirenoscincus yamagishii sp. nov. We defined the scales covering the eyes as ocular(s). Terminology for the other charac- ters follows Sakata and Hikida (2003). Sirenoscincus yamagishii gen. et sp. nov. Figs. 2 and 3 Holotype KUZ R50922, mature female; Ampijoroa, Ankarafantsika Strict Nature Reserve, north- western Madagascar (16 20'S, 46 48'E: Fig. 1), 100 m; collected by A. Mori, M. Hasegawa, and I. Ikeuchi, 7 November 19 Stock Photo

RMPFYE19–. Current herpetology. Reptiles; Herpetology. 10 Current Herpetol. 22(1) 2003 15°S. 20°S 25°S Fig. 1. Map of Madagascar, showing location of Ampijoroa, the type locality of Sirenoscincus yamagishii sp. nov. We defined the scales covering the eyes as ocular(s). Terminology for the other charac- ters follows Sakata and Hikida (2003). Sirenoscincus yamagishii gen. et sp. nov. Figs. 2 and 3 Holotype KUZ R50922, mature female; Ampijoroa, Ankarafantsika Strict Nature Reserve, north- western Madagascar (16 20'S, 46 48'E: Fig. 1), 100 m; collected by A. Mori, M. Hasegawa, and I. Ikeuchi, 7 November 19

. Bulletin - United States National Museum. Science. A MONOGRAPH OF THE EXISTING CRINOIDS 179. Figure 12.- â Antedon arabica (A. H. Clark), holotype: a, Laterodorsal view of calyx and part of a postradial series; b. Pi; c, P3. Remarks [by A.M.C.].âAs Repometra arabica this species was originally included by Mr. Clark in the subfamily Thysanometrinae, of which the species are mostly from deeper water. On attempting to place it in the keys left by Mr. Clark I found that its characters, particularly those afforded by the cirri, have greater affinity for the characters of the Antedoninae, especial Stock Photo

RMRG77XB–. Bulletin - United States National Museum. Science. A MONOGRAPH OF THE EXISTING CRINOIDS 179. Figure 12.- â Antedon arabica (A. H. Clark), holotype: a, Laterodorsal view of calyx and part of a postradial series; b. Pi; c, P3. Remarks [by A.M.C.].âAs Repometra arabica this species was originally included by Mr. Clark in the subfamily Thysanometrinae, of which the species are mostly from deeper water. On attempting to place it in the keys left by Mr. Clark I found that its characters, particularly those afforded by the cirri, have greater affinity for the characters of the Antedoninae, especial

Pentapsocidium indistinctum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEFX6C–Pentapsocidium indistinctum Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 116 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 Fig. 55. Ammothea calmani, n.sp.: a. Palp of young specimen, h. Terminal segments of oviger of holotype. c. Terminal segments of third leg of holotype. . Same of young specimen, (a and*: xi5;candrf: x 10.) Oviger small but with all ten segments distinct. Third leg rather slender; femur 5-5 times as long as wide; second tibia the longest segment. Propodus with two large and one small spine on the proximal ventral margm (Fig. 55 d); the terminal segments are very similar in all four legs Stock Photo

RMT23CGR–Archive image from page 116 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 Fig. 55. Ammothea calmani, n.sp.: a. Palp of young specimen, h. Terminal segments of oviger of holotype. c. Terminal segments of third leg of holotype. . Same of young specimen, (a and*: xi5;candrf: x 10.) Oviger small but with all ten segments distinct. Third leg rather slender; femur 5-5 times as long as wide; second tibia the longest segment. Propodus with two large and one small spine on the proximal ventral margm (Fig. 55 d); the terminal segments are very similar in all four legs

Bikinigobius welanderi Herre. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTTWJR–Bikinigobius welanderi Herre. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Ecuadorian lizards of the genus Stenocercus (Squamata: Tropiduridae) . Fig. 7. Dorsal and lateral views of the heads of two species of Stenocercus. A and C S. chota, holotype, QCAZ 3768, male. B and D S. festae, QCAZ 1347, male. Scale bars = 5 mm. region of females, and large blue longitudinal mark on each side of dark midventral stripe in males. Description of holotype.—Head (Fig. 7A and C) wider than high (HH/HW = 0.82); occipitals, parietals, interpa- rietal, and postparietals small, keeled, and slightly imbri- cate; 4 postrostrals, 2 wider than long and 2 as wide as long; 4 internasals; Stock Photo

RMMAA856–. Ecuadorian lizards of the genus Stenocercus (Squamata: Tropiduridae) . Fig. 7. Dorsal and lateral views of the heads of two species of Stenocercus. A and C S. chota, holotype, QCAZ 3768, male. B and D S. festae, QCAZ 1347, male. Scale bars = 5 mm. region of females, and large blue longitudinal mark on each side of dark midventral stripe in males. Description of holotype.—Head (Fig. 7A and C) wider than high (HH/HW = 0.82); occipitals, parietals, interpa- rietal, and postparietals small, keeled, and slightly imbri- cate; 4 postrostrals, 2 wider than long and 2 as wide as long; 4 internasals;

. Current herpetology. Reptiles; Herpetology. 32 Current Herpetol. 22(1) 2003. Fig. 3. Dorsal (A), ventral (B) and lateral (C) views of head, and ventral view of cloacal region (D) in the holotype of Tropidophorus baconi sp. nov. (MZB.Lace 3789). Bar equals 5 mm. Other congeneric species except T. grayi by having a divided frontonasal, parietals sepa- rated from each other, lateral body scales directed obliquely upw^ard (Fig. 4), three preanals, postanal pores in adult males, and single keels on dorsal body and tail scales with marked development of the latter to make the tail surface more or Stock Photo

RMPFYDYJ–. Current herpetology. Reptiles; Herpetology. 32 Current Herpetol. 22(1) 2003. Fig. 3. Dorsal (A), ventral (B) and lateral (C) views of head, and ventral view of cloacal region (D) in the holotype of Tropidophorus baconi sp. nov. (MZB.Lace 3789). Bar equals 5 mm. Other congeneric species except T. grayi by having a divided frontonasal, parietals sepa- rated from each other, lateral body scales directed obliquely upw^ard (Fig. 4), three preanals, postanal pores in adult males, and single keels on dorsal body and tail scales with marked development of the latter to make the tail surface more or

. Bulletin of the British Museum (Natural History), Geology. . Fig. 9. Areoligera undulata n. sp. Holotype. A. Ventral view ; the broken line indicates the margin of cyst body, the apical archaeopyle indicated by shading. B. Dorsal view. V.57802 (3) ; AB44. The textural appearance of the membranes, and the variation in the type of process complex developed on the dorsal surface in A. undulata, are similar to those of A. sentosa n. sp. A few specimens have been recorded in which all the pre- and postcingular complexes are annular, while in some forms they are all arcuate. No forms have been rec Stock Photo

RMRGJCYT–. Bulletin of the British Museum (Natural History), Geology. . Fig. 9. Areoligera undulata n. sp. Holotype. A. Ventral view ; the broken line indicates the margin of cyst body, the apical archaeopyle indicated by shading. B. Dorsal view. V.57802 (3) ; AB44. The textural appearance of the membranes, and the variation in the type of process complex developed on the dorsal surface in A. undulata, are similar to those of A. sentosa n. sp. A few specimens have been recorded in which all the pre- and postcingular complexes are annular, while in some forms they are all arcuate. No forms have been rec

Permopsylla americana Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEGF52–Permopsylla americana Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 357 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 26o DISCOVERY REPORTS quadriradiates forming skeleton of chamber layer and a layer of large rhabds immediately beneath gastral surface; rhabds simi- lar to those of gastral layer found pro- jecting, sparingly, from dermal surface; triradiates of dermal tangential layer, equiangular and equiradiate, rays o-i8 by o-oi mm.; quadriradiates of cham- ber layer, apical rays o-i8 by o-oi mm. and basal rays 0-28 to 0-42 by 0-024 'rn-' rhabds 0-59 by 0-022 mm. Remarks. The holotype is no more th Stock Photo

RMT23X9X–Archive image from page 357 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 26o DISCOVERY REPORTS quadriradiates forming skeleton of chamber layer and a layer of large rhabds immediately beneath gastral surface; rhabds simi- lar to those of gastral layer found pro- jecting, sparingly, from dermal surface; triradiates of dermal tangential layer, equiangular and equiradiate, rays o-i8 by o-oi mm.; quadriradiates of cham- ber layer, apical rays o-i8 by o-oi mm. and basal rays 0-28 to 0-42 by 0-024 'rn-' rhabds 0-59 by 0-022 mm. Remarks. The holotype is no more th

Salarias zamboangae Evermann Seale. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTPNK9–Salarias zamboangae Evermann Seale. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Text-fig. 63. Muggiaea bargmannae sp.n. A, B, holotype specimen, 'Discovery II' St. 2012, 100-50 m.; C, baso-ventral parts of four paratype specimens from same station; D, E, apical and basal views of holotype. All figures x 12. apical end of the nectophore than in those species). But the mouth-plate is divided, unlike its counter- part in Dimophyes, and the ventral slit in the hydroecial wall is in the mid-ventral line and is shorter than in Dimophyes, so that in lateral view the ventral wall of the hydroecium extends further towards the base, as in the other two species of Muggiaea. This p Stock Photo

RMMCPBGC–. Text-fig. 63. Muggiaea bargmannae sp.n. A, B, holotype specimen, 'Discovery II' St. 2012, 100-50 m.; C, baso-ventral parts of four paratype specimens from same station; D, E, apical and basal views of holotype. All figures x 12. apical end of the nectophore than in those species). But the mouth-plate is divided, unlike its counter- part in Dimophyes, and the ventral slit in the hydroecial wall is in the mid-ventral line and is shorter than in Dimophyes, so that in lateral view the ventral wall of the hydroecium extends further towards the base, as in the other two species of Muggiaea. This p

. Current herpetology. Reptiles; Herpetology. 12 Current Herpetol. 21(1) 2002. C Fig. 3. Lateral (A), dorsal (B), and ventral (C) views of head scales of Tropidophorus lati- scutatus sp. nov. (holotype, TNHM-R-60001). type, collected from 20 to 23 October 1996. Diagnosis A Tropidophorus with moderately depressed head, body, and tail; scales on dorsal surface of head smooth as a whole, but those in temporal region more or less keeled; fronto- nasal undivided; 6-7 superciliaries; paraver- tebral scales smooth or feebly keeled, twice as broad as neighboring scales; 58-63 paraver- tebral scales; d Stock Photo

RMPFY6KE–. Current herpetology. Reptiles; Herpetology. 12 Current Herpetol. 21(1) 2002. C Fig. 3. Lateral (A), dorsal (B), and ventral (C) views of head scales of Tropidophorus lati- scutatus sp. nov. (holotype, TNHM-R-60001). type, collected from 20 to 23 October 1996. Diagnosis A Tropidophorus with moderately depressed head, body, and tail; scales on dorsal surface of head smooth as a whole, but those in temporal region more or less keeled; fronto- nasal undivided; 6-7 superciliaries; paraver- tebral scales smooth or feebly keeled, twice as broad as neighboring scales; 58-63 paraver- tebral scales; d

. Bulletin of the British Museum (Natural History) Botany. THE LICHENICOLOUS HYPHOMYCETES Ma 263. Fig. 40 Teratosperma lichenicola (IMI 2561 h—holotype). A, Conidiophore. B, Conidia (a, secondary conidia). characters in the taxon, now leave little doubt that it does represent a species distinct from T. anacardii. This species is unlike the taxa hitherto placed in Teratosperma in that it lacks appendages on the basal cell. The only alternative genus for it would be Sporidesmium Link ex Fr., which is essentially separated from Teratosperma on the basis of this character, but currently comprises Stock Photo

RMRGKBM3–. Bulletin of the British Museum (Natural History) Botany. THE LICHENICOLOUS HYPHOMYCETES Ma 263. Fig. 40 Teratosperma lichenicola (IMI 2561 h—holotype). A, Conidiophore. B, Conidia (a, secondary conidia). characters in the taxon, now leave little doubt that it does represent a species distinct from T. anacardii. This species is unlike the taxa hitherto placed in Teratosperma in that it lacks appendages on the basal cell. The only alternative genus for it would be Sporidesmium Link ex Fr., which is essentially separated from Teratosperma on the basis of this character, but currently comprises

Ancylopsocus insolitus Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEE4D1–Ancylopsocus insolitus Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 58 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 TTTZ Fig. 17. Nymphon pfejferi, Loman: b. Chelophore of young specimen (length = 1-4 mm.), d. Chela of adult co-type. A'./)a««V/eHi, n.sp.: a. Chelophore of young specimen (length = i-8mm.). e. Chela of adult: x 60. N. tridentaturn, Hodgson: c. Chela of holotype (young). Measurements (mm.) Length of proboscis Diameter of proboscis Length of trunk (J (St. 141) 0-5 0-35 2-0 9 (St. 149) 0-87 0-45 2-2 Length of cephalic segment Width of cephalic lobes Width across second lateral processe Stock Photo

RMT23AMD–Archive image from page 58 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 TTTZ Fig. 17. Nymphon pfejferi, Loman: b. Chelophore of young specimen (length = 1-4 mm.), d. Chela of adult co-type. A'./)a««V/eHi, n.sp.: a. Chelophore of young specimen (length = i-8mm.). e. Chela of adult: x 60. N. tridentaturn, Hodgson: c. Chela of holotype (young). Measurements (mm.) Length of proboscis Diameter of proboscis Length of trunk (J (St. 141) 0-5 0-35 2-0 9 (St. 149) 0-87 0-45 2-2 Length of cephalic segment Width of cephalic lobes Width across second lateral processe

Gnatholepis calliurus Jordan Seale. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTN5J8–Gnatholepis calliurus Jordan Seale. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig. 20. Leptostomias macropogon. Holotype. (x |.) [Barbel x 3.] Described from a single specimen, 165 mm. in length; holotype of the species. Hab. South Atlantic. This species may eventually prove to be identical with L.gracilis, Regan and Trewavas, described from four specimens, 70 to 75 mm. in length, but appears to diflFer in the length of the barbel and the structure of the bulb. In a related species, L. ramostis, the length of the barbel is less than ^ that of the fish in an example 56 mm. in length, and nearly | in one of 180 mm. In L. leptobolus it is f in a specimen of 65 mm. and ne Stock Photo

RMMCMHBX–. Fig. 20. Leptostomias macropogon. Holotype. (x |.) [Barbel x 3.] Described from a single specimen, 165 mm. in length; holotype of the species. Hab. South Atlantic. This species may eventually prove to be identical with L.gracilis, Regan and Trewavas, described from four specimens, 70 to 75 mm. in length, but appears to diflFer in the length of the barbel and the structure of the bulb. In a related species, L. ramostis, the length of the barbel is less than ^ that of the fish in an example 56 mm. in length, and nearly | in one of 180 mm. In L. leptobolus it is f in a specimen of 65 mm. and ne

. Current herpetology. Reptiles; Herpetology. D. Fig. 3. Dorsal (A), lateral (B) and ventral (C) views of head, ventral view of cloacal region (D), and left forelimb (E) of the holotype of Sirenoscin- cus yamagishii sp. nov. (KUZ R50922). Abbrevia- tions are: 1°, primary temporal; 2°, secondary tem- poral; cl, claw, cs, chinshield; eg, ear groove; ey, eye; f, frontal; fn, frontonasal; i, interparietal; il, inflala- bial; 1, loreal; m, mental; n, nuchal; na, nasal; pa, parietal; pm, postmental; po, preocular; oc, ocular; r, rostral; si, supralabial; sn: supranasal; so, supraoc- ular. by one sca Stock Photo

RMPFYE10–. Current herpetology. Reptiles; Herpetology. D. Fig. 3. Dorsal (A), lateral (B) and ventral (C) views of head, ventral view of cloacal region (D), and left forelimb (E) of the holotype of Sirenoscin- cus yamagishii sp. nov. (KUZ R50922). Abbrevia- tions are: 1°, primary temporal; 2°, secondary tem- poral; cl, claw, cs, chinshield; eg, ear groove; ey, eye; f, frontal; fn, frontonasal; i, interparietal; il, inflala- bial; 1, loreal; m, mental; n, nuchal; na, nasal; pa, parietal; pm, postmental; po, preocular; oc, ocular; r, rostral; si, supralabial; sn: supranasal; so, supraoc- ular. by one sca

. Bulletin of the British Museum (Natural History) Botany. . Fig. 43 Raffaelea barbatum (NY—holotype). A, Conidiophores and conidiogenous cells. B, Conidia. Massalongo's original collection agrees in almost all details with the description of Cylindro- carpon tonkinense provided by Booth (1966 : 42^13) which was largely based on cultures. The only differences noted were that the chlamydospores tended to be slightly smaller (7-8 urn vs 7-11 urn diam) and the conidiophores somewhat longer, features scarcely meriting taxonomic separation in this group of fungi. Topotype material, collected by Mas Stock Photo

RMRGKBJ0–. Bulletin of the British Museum (Natural History) Botany. . Fig. 43 Raffaelea barbatum (NY—holotype). A, Conidiophores and conidiogenous cells. B, Conidia. Massalongo's original collection agrees in almost all details with the description of Cylindro- carpon tonkinense provided by Booth (1966 : 42^13) which was largely based on cultures. The only differences noted were that the chlamydospores tended to be slightly smaller (7-8 urn vs 7-11 urn diam) and the conidiophores somewhat longer, features scarcely meriting taxonomic separation in this group of fungi. Topotype material, collected by Mas

Protelytron dunbari Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEEA8A–Protelytron dunbari Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 88 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 NYMPHONIDAE 77 D. TROPICAL SPECIES Nymphon angolense, n.sp. (Figs. 36 and 37). St. 272. 30. vii. 27. Off Elephant Bay, Angola, from 13° n' S, 12° 44' 45' E to 13' 09' 45' S, 12° 46' E, 73-91 m.; gn. S. M. Large otter trawl: 30 specimens, including ovigerous and larvigerous (JcJ; 2 specimens bear each a small bivalve mollusc. Description of holotype (larvigerous 3). Trunk elongated and slender, lateral processes separated by more than their own diameter (Fig. 36 «). Cephalic segment as l Stock Photo

RMT23BW9–Archive image from page 88 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 NYMPHONIDAE 77 D. TROPICAL SPECIES Nymphon angolense, n.sp. (Figs. 36 and 37). St. 272. 30. vii. 27. Off Elephant Bay, Angola, from 13° n' S, 12° 44' 45' E to 13' 09' 45' S, 12° 46' E, 73-91 m.; gn. S. M. Large otter trawl: 30 specimens, including ovigerous and larvigerous (JcJ; 2 specimens bear each a small bivalve mollusc. Description of holotype (larvigerous 3). Trunk elongated and slender, lateral processes separated by more than their own diameter (Fig. 36 «). Cephalic segment as l

Vaimosa fontinalis Jordan Seale. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description. Stock Photo

RM2BTNH2C–Vaimosa fontinalis Jordan Seale. Radiograph is of a holotype; The Smithsonian NMNH Division of Fishes uses the convention of maintaining the original species name for type specimens designated at the time of description.

. Fig. 36. Nymphon angolense, n.sp.: a. Dorsal view of body of holotype with chelophores and palps. b. Lateral view of body with chelophore and palp. c. Third leg. with first lateral process. Ocular tubercle low and rounded; a little higher than wide, eyes conspicuous (Fig. 36 a and b). Proboscis half as long as cephalic segment, cylindrical, rather rounded at apex. Abdomen reaching a little beyond fourth lateral process, elevated at an angle of about 45°, approximately three times as long as broad. Chelophore. Scape subequal to proboscis; length five times the distal width. Chela slender, rat Stock Photo

RMMCTTNK–. Fig. 36. Nymphon angolense, n.sp.: a. Dorsal view of body of holotype with chelophores and palps. b. Lateral view of body with chelophore and palp. c. Third leg. with first lateral process. Ocular tubercle low and rounded; a little higher than wide, eyes conspicuous (Fig. 36 a and b). Proboscis half as long as cephalic segment, cylindrical, rather rounded at apex. Abdomen reaching a little beyond fourth lateral process, elevated at an angle of about 45°, approximately three times as long as broad. Chelophore. Scape subequal to proboscis; length five times the distal width. Chela slender, rat

. Current herpetology. Reptiles; Herpetology. B Fig. 5. Ventral views of fourth toe bases in a paratype of Tropidophorus baconi sp. nov. (A: MZB.Lace 3788) and T. grayi from Luzon, Philip- pines (B). Bars equal 2 mm.. D Fig. 4. Dorsal views of heads and dorsolateral views of bodies of Tropidophorus baconi sp. nov. (A and C, respectively: holotype, MZB.Lace 3789) and T. grayi from Luzon, Philippines (B and D, respectively). Bar equals 5 mm. showing location of parietal foramen; pari- etals separated by one scale; no distinct nuchals; nostril piercing nasal; nasal over- lapped by rostral and fir Stock Photo

RMPFYDY3–. Current herpetology. Reptiles; Herpetology. B Fig. 5. Ventral views of fourth toe bases in a paratype of Tropidophorus baconi sp. nov. (A: MZB.Lace 3788) and T. grayi from Luzon, Philip- pines (B). Bars equal 2 mm.. D Fig. 4. Dorsal views of heads and dorsolateral views of bodies of Tropidophorus baconi sp. nov. (A and C, respectively: holotype, MZB.Lace 3789) and T. grayi from Luzon, Philippines (B and D, respectively). Bar equals 5 mm. showing location of parietal foramen; pari- etals separated by one scale; no distinct nuchals; nostril piercing nasal; nasal over- lapped by rostral and fir

. Bulletin of the British Museum (Natural History). Botany; Botany. LICHENICOLOUS COELOMYCETES 27. Fig. 13 Keissleriomyces sandstedeanus (W 1921/185—holotype). A, Vertical section of pycnidium. B, Vertical section of pycnidium wall. C, Surface view of pycnidial wall. D, Conidiogenous cells. E, Conidia. Type species: Laeviomyces pertusariicola (Nyl.) D. Hawksw. (syn. Spilomium pertusarii- cola Nyl.—holotypus). Number of species: Two, both lichenicolous. Observations: The type species of this genus was retained in Lichenoconium as an interim measure by Hawksworth (1977) because a suitable generi Stock Photo

RMRGJHGT–. Bulletin of the British Museum (Natural History). Botany; Botany. LICHENICOLOUS COELOMYCETES 27. Fig. 13 Keissleriomyces sandstedeanus (W 1921/185—holotype). A, Vertical section of pycnidium. B, Vertical section of pycnidium wall. C, Surface view of pycnidial wall. D, Conidiogenous cells. E, Conidia. Type species: Laeviomyces pertusariicola (Nyl.) D. Hawksw. (syn. Spilomium pertusarii- cola Nyl.—holotypus). Number of species: Two, both lichenicolous. Observations: The type species of this genus was retained in Lichenoconium as an interim measure by Hawksworth (1977) because a suitable generi

Protopanorpa permiana Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEEA1J–Protopanorpa permiana Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

Archive image from page 127 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 ii6 DISCOVERY REPORTS St. MS 71. 9. iii. 26. East Cumberland Bay, 9I cables E x S to 1-2 miles E x S of Sappho Point, 110-60 m. Small beam trawl: i (?, 6 ?$ and immature specimens. St. MS 74. 17. iii. 26. East Cumberland Bay, i cable SE x E of Hope Point to 3-1 miles SW of Merton Rock, 22-40 m. Small beam trawl: 3 (J, i $. Remarks. Only one species of this very distinctive genus is known. The holotype of A. glociale, a female from the Ross Sea area, has four bluntly conical tubercles o Stock Photo

RMT234CY–Archive image from page 127 of Discovery reports (1932) Discovery reports discoveryreports06inst Year: 1932 ii6 DISCOVERY REPORTS St. MS 71. 9. iii. 26. East Cumberland Bay, 9I cables E x S to 1-2 miles E x S of Sappho Point, 110-60 m. Small beam trawl: i (?, 6 ?$ and immature specimens. St. MS 74. 17. iii. 26. East Cumberland Bay, i cable SE x E of Hope Point to 3-1 miles SW of Merton Rock, 22-40 m. Small beam trawl: 3 (J, i $. Remarks. Only one species of this very distinctive genus is known. The holotype of A. glociale, a female from the Ross Sea area, has four bluntly conical tubercles o

Torrecoptis polita. Label calls it a holotype. W.R. Bacon Scholarship. figured type [see Torre & Bartsch 2008 book]31 Oct 20171 Torrecoptis polita Stock Photo

RM2BD0953–Torrecoptis polita. Label calls it a holotype. W.R. Bacon Scholarship. figured type [see Torre & Bartsch 2008 book]31 Oct 20171 Torrecoptis polita

. Fig. 69. Nymphopsis denticulata, n.sp. Holotype. Lateral view of body with chelophore: x 30. Proboscis slightly longer than trunk, ovate, tapering anteriorly to a blunt point (Fig. 69). Abdomen, long, slender, sub-cylindrical, elevated in distal half and reaching a little beyond the distal end of the second coxa; two small spinose projections on proximal half (Fig. 69). Chelophore approximately half as long as proboscis. Scape of almost uniform diameter throughout and consisting of a single segment; a short, stout, spinose process on the mid-dorsal surface, a bifurcated process at the inner, Stock Photo

RMMCTTH6–. Fig. 69. Nymphopsis denticulata, n.sp. Holotype. Lateral view of body with chelophore: x 30. Proboscis slightly longer than trunk, ovate, tapering anteriorly to a blunt point (Fig. 69). Abdomen, long, slender, sub-cylindrical, elevated in distal half and reaching a little beyond the distal end of the second coxa; two small spinose projections on proximal half (Fig. 69). Chelophore approximately half as long as proboscis. Scape of almost uniform diameter throughout and consisting of a single segment; a short, stout, spinose process on the mid-dorsal surface, a bifurcated process at the inner,

. Current herpetology. Reptiles; Herpetology. 'li vt: Dixonius hangseesom, sp. nov. Figs. 1-6 Holotype Chulalongkorn University Museum of Zool- ogy (CUMZ) R 2003.58 (Fig. 1); Thailand, Kanchanaburi Province, Sai Yok District, near Ban Tha Sao (Sai Yok Noi WaterfaU), 14Â°06'N 99Â°25'E; Coll. M. Sumontha, 6 September 2002. Paratypes CUMZ R 2003.57, CUMZ R 2003.60, CUMZ R 2003.6, Institut Royal des Sciences Naturelles de Belgique (IRSNB) 2587; same data as holotype. Zoologisches Museum â ^.^^ > Fig. 1. Holotype of Dixonius hangseesom, sp. nov. (CUMZ R 2003.58) from Sai Yok, Kancha- naburi Prov Stock Photo

RMPFYDF4–. Current herpetology. Reptiles; Herpetology. 'li vt: Dixonius hangseesom, sp. nov. Figs. 1-6 Holotype Chulalongkorn University Museum of Zool- ogy (CUMZ) R 2003.58 (Fig. 1); Thailand, Kanchanaburi Province, Sai Yok District, near Ban Tha Sao (Sai Yok Noi WaterfaU), 14Â°06'N 99Â°25'E; Coll. M. Sumontha, 6 September 2002. Paratypes CUMZ R 2003.57, CUMZ R 2003.60, CUMZ R 2003.6, Institut Royal des Sciences Naturelles de Belgique (IRSNB) 2587; same data as holotype. Zoologisches Museum â ^.^^ > Fig. 1. Holotype of Dixonius hangseesom, sp. nov. (CUMZ R 2003.58) from Sai Yok, Kancha- naburi Prov

. Bulletin. Natural history; Natuurlijke historie. 30 PEABODY MUSEUM OF NATURAL HISTORY. Fig. 4. Macrodelphirms kelloggi (holotype). A, B. Cross sections, x 1/4. C. Dorsal view, x 1/6. O. External lateral detail, x 1/5. For explanation of other lettering, see Fig. 1.. 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.. Peabody Museum of Natural History. New Haven : The Museum Stock Photo

RMRH1XRH–. Bulletin. Natural history; Natuurlijke historie. 30 PEABODY MUSEUM OF NATURAL HISTORY. Fig. 4. Macrodelphirms kelloggi (holotype). A, B. Cross sections, x 1/4. C. Dorsal view, x 1/6. O. External lateral detail, x 1/5. For explanation of other lettering, see Fig. 1.. 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.. Peabody Museum of Natural History. New Haven : The Museum

Progonopsocus permianus Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.; Stock Photo

RM2JEE24G–Progonopsocus permianus Tillyard. IPB.05168: Kansas. Dickinson County. Elmo. upper 2 insect beds in N road cut, 20-100 ft W of culvert, & lower insect bed, in draw about 600 ft a little W of N of that cut, 3 mi S & .7 mi E of crossroads at SE cor. of Elmo. [E-101; 3496/C]. Coll: Dunbar, C. O. 1921. Early Permian. Sumner Grp. Wellington Fm. Elmo Ls Mbr.;

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