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666 results for “type locality”
Subspecies and Distribution. D.f.ferrugineusThomas,1888—LowerCongo. D. f. christyi Thomas, 1915 — known only from the type locality in Poko, Uelle River, N DR Congo. Also present in Cameroon, Equatorial Guinea, Gabon, Uganda, Rwanda,Burundi, and NW Tanzania, but subspecies involved not known. in Muridae
Subspecies and Distribution. D.f.ferrugineusThomas,1888—LowerCongo. D. f. christyi Thomas, 1915 — known only from the type locality in Poko, Uelle River, N DR Congo. Also present in Cameroon, Equatorial Guinea, Gabon, Uganda, Rwanda,Burundi, and NW Tanzania, but subspecies involved not known.
Lophuromys margarettae was initially de- scribed as a subspecies of L. aquilus and later synonymized under L. flavopunctatus. It was elevated to a distinct species based on analyses of external and skull measurements and mtDNA of specimens from the type locality. Monotypic. Distribution. Highlands of W Uganda and Kenya. in Muridae
Lophuromys margarettae was initially de- scribed as a subspecies of L. aquilus and later synonymized under L. flavopunctatus. It was elevated to a distinct species based on analyses of external and skull measurements and mtDNA of specimens from the type locality. Monotypic. Distribution. Highlands of W Uganda and Kenya.
Distribution. Known only from type locality on Mt Kunupi, New Guinea; possibly restricted to Weyland Range. in Muridae
Distribution. Known only from type locality on Mt Kunupi, New Guinea; possibly restricted to Weyland Range.
Subspecies and Distribution. G.i.inclususThomas&Wroughton,1908—EZimbabweandCMozambique. G.i.cosensiKershaw,1921—STanzaniaandNMozambique. G. i. pringlet Hubbard, 1970 — known only from the type locality in NE Tanzania. in Muridae
Subspecies and Distribution. G.i.inclususThomas&Wroughton,1908—EZimbabweandCMozambique. G.i.cosensiKershaw,1921—STanzaniaandNMozambique. G. i. pringlet Hubbard, 1970 — known only from the type locality in NE Tanzania.
Subspecies and Distribution. A. A.w.wilsoniThomas,1892—knownonlyfromthetypelocalityincoastalS Kenya. A. A.w.ablutusDollman,1911—NyamaNyango,NEwaso Ng'iroRiver,Kenya. A. A.w.argillaceusHinton&Kershaw,1920—SSouthSudan. A. A.w.enidSt.Leger,1932—NUganda. A. A.w. nubilus Dollman, 1914 — known only from the type locality in SW Kenya. in Muridae
Subspecies and Distribution. A. A.w.wilsoniThomas,1892—knownonlyfromthetypelocalityincoastalS Kenya. A. A.w.ablutusDollman,1911—NyamaNyango,NEwaso Ng'iroRiver,Kenya. A. A.w.argillaceusHinton&Kershaw,1920—SSouthSudan. A. A.w.enidSt.Leger,1932—NUganda. A. A.w. nubilus Dollman, 1914 — known only from the type locality in SW Kenya.
FIGURE 2 in The curious, and incorrect, case of "St. Martin's Falls", a type locality for many insect species described by Francis Walker: precision and correction
FIGURE 2. "Traders camp on Albany River, Ontario.", ca. 1907, (CU1154336) by an unknown photographer. Courtesy of Libraries and Cultural Resources Digital Collections, University of Calgary, reproduced with permission.
FIGURE. Growth forms in the genus Callilepis. A. The semishrub C. caerulea with solitary capitula growing at Blouberg (Photographer N. Helme). B. The perennial herb C. leptophylla with solitary capitula growing at Nylsvlei (Photographer M. Koekemoer). C. The perennial herb C. normae with corymbose synflorescences and D. the perennial rootstock of C. normae from the type locality (Photographer M. Koekemoer). in A taxonomic revision of the genus Callilepis (Asteraceae) in South Africa
FIGURE. Growth forms in the genus Callilepis. A. The semishrub C. caerulea with solitary capitula growing at Blouberg (Photographer N. Helme). B. The perennial herb C. leptophylla with solitary capitula growing at Nylsvlei (Photographer M. Koekemoer). C. The perennial herb C. normae with corymbose synflorescences and D. the perennial rootstock of C. normae from the type locality (Photographer M. Koekemoer).
FIGURE. The colour of the florets in solitary or corymbose synflorescences of Callilepis species. A. Solitary capitulum of the shrubby C. caerulea with white ray and disc florets collected at Blouberg by Kremer-Köhne (Photographer M. Koekemoer). B. Solitary capitulum of the perennial herb C. leptophylla with white ray and purplish disc florets growing at Nylsvlei (Photographer M. Koekemoer). C. Solitary capitulum of the perennial herb C. leptophylla with white ray and disc florets growing in Pretoria (Photographer S.P. Bester). D. Corymbose synflorescence of the perennial herb C. normae with white ray and disc florets from the type locality (Photographer M. Koekemoer). in A taxonomic revision of the genus Callilepis (Asteraceae) in South Africa
FIGURE. The colour of the florets in solitary or corymbose synflorescences of Callilepis species. A. Solitary capitulum of the shrubby C. caerulea with white ray and disc florets collected at Blouberg by Kremer-Köhne (Photographer M. Koekemoer). B. Solitary capitulum of the perennial herb C. leptophylla with white ray and purplish disc florets growing at Nylsvlei (Photographer M. Koekemoer). C. Solitary capitulum of the perennial herb C. leptophylla with white ray and disc florets growing in Pretoria (Photographer S.P. Bester). D. Corymbose synflorescence of the perennial herb C. normae with white ray and disc florets from the type locality (Photographer M. Koekemoer).
FIGURE 3 in New records of Endectyon (Endectyon) xerampelina (Lamarck, 1814) (Demospongiae: Axinellida: Raspailiidae) from the Tropical Western Atlantic Ocean, with comments on its distribution and type locality
FIGURE 3. Distribution of Endectyon species in the Tropical Western Atlantic Ocean: E. (E.) tenax (square); E. (H.) hamatum (circle); E. (E.) xerampelina (stars) – sensu van Soest (2017), as R. (R.) johnhooperi (gray stars), and new records from N and NE of Brazil (black stars).
FIGURE 2 in New records of Endectyon (Endectyon) xerampelina (Lamarck, 1814) (Demospongiae: Axinellida: Raspailiidae) from the Tropical Western Atlantic Ocean, with comments on its distribution and type locality
FIGURE 2. Spicule complement of Endectyon (Endectyon) xerampelina (Lamarck, 1814) in SEM. A, size variation of choanosomal strongyles and styles; B, subectosomal styles; C, ectosomal styles; D, variation of acanthostrongyles and acanthostyles.
FIGURE 1 in New records of Endectyon (Endectyon) xerampelina (Lamarck, 1814) (Demospongiae: Axinellida: Raspailiidae) from the Tropical Western Atlantic Ocean, with comments on its distribution and type locality
FIGURE 1. Endectyon (Endectyon) xerampelina (Lamarck, 1814). A–B, preserved specimens; C, preserved specimen and detail of membrane and fused branches (arrows); D, hispid surface; E, transverse section showing the ectosome and choanosome; F, bundles of ectosomal styles surrounding the long extra-axial styles; G, position of acanthostrongyles in the peripheral axial skeleton (arrow).
FIGURE 1 in The type locality of Tor mosal (Hamilton, 1822) (Teleostei: Cyprinidae)
FIGURE 1. Map showing the type locality of Tor mosal and the 'erroneous type locality' propagated in Indian ichthyological literature.
FIGURE 2 in The type locality of Tor mosal (Hamilton, 1822) (Teleostei: Cyprinidae)
FIGURE 2. Gray's reproduction of Hardwicke's copy of Hamilton's illustration of Cyprinus mosal, reproduced from Gray (1830-35)
Imaging the atomic structure and local chemistry of platelets in natural type Ia diamond
<p>The upload contains raw data for the manuscript entitled "Imaging the atomic structure and local chemistry of platelets in natural type Ia diamond" accepted for publication in Nature Materials.</p>
FIGURE 5 in History and historical DNA: Identity of Chelodina intergularis Fry, 1915 and type localities of C. intergularis and C. rugosa Ogilby, 1890
FIGURE 5. Plastral aspects of Chelodina kuchlingi; specimens from the Western Australian Museum, Perth. From left to right: WAM R29411 (holotype), WAM R28116, WAM R28117 (some scute outlines in this specimen highlighted in blue). To scale, midline plastral length of holotype 185 mm. Note that the intergular reaches the anterior plastral rim only in the holotype. Photos: G. Kuchling.
FIGURE 4 in History and historical DNA: Identity of Chelodina intergularis Fry, 1915 and type localities of C. intergularis and C. rugosa Ogilby, 1890
FIGURE 4. Comparison of (A) the holotype of Chelodina rugosa (AM R6256), (B) the holotype of C. intergularis (AM R6255) and (C) an individual of C. burrungandjii sensu stricto (UC 2101; redrawn from Thomson et al. 2000). Not to scale. Epidermal scutes (blue): G = gular; H = humeral; I = intergular; P = pectoral. Bony plates (black): Epi = epiplastron; Ent = entoplastron; Hyo = hyoplastron. In AM R6256 the bony sutures are visible at closer inspection through the translucent epidermal scutes. Drawings: S. Thomson.
FIGURE 2 in History and historical DNA: Identity of Chelodina intergularis Fry, 1915 and type localities of C. intergularis and C. rugosa Ogilby, 1890
FIGURE 2. Maximum Likelihood tree using near-complete mitogenomes of Chelodina species, rooted with Elseya flaviventralis. Numbers at nodes are bootstrap values and posterior probabilities from a Bayesian tree of the same topology. Asterisks indicate maximum support under both approaches. Species names do not imply validity or nomenclatural availability; accepted names of terminals on the right in bold. Sequences from type specimens are flagged; that of the C. intergularis type is highlighted in red. Codes following species names are GenBank/ENA accession numbers. For specimen/voucher tissue information, see Table 1. The mitogenomic phylogeny conflicts with subgenera and reflects a complex pattern of transspecific introgression and mitochondrial capture (Hodges 2015; Kehlmaier et al. 2019).
FIGURE 1 in History and historical DNA: Identity of Chelodina intergularis Fry, 1915 and type localities of C. intergularis and C. rugosa Ogilby, 1890
FIGURE 1. Holotype of Chelodina intergularis, Australian Museum, Sydney (AM R6255). Photos: G. Shea.
FIGURE 6 in Rediscovery of Rhacophorus yaoshanensis and Theloderma kwangsiensis at their type localities after five decades
FIGURE 6. (A) Ventral view of left hand, and (B) ventral view of left foot of Theloderma kwangsiensis (NHMG201608026, adult male).
FIGURE 5 in Rediscovery of Rhacophorus yaoshanensis and Theloderma kwangsiensis at their type localities after five decades
FIGURE 5. Theloderma kwangsiensis in life. (A) Dorsal and (B) ventral view of NHMG1504001 (adult male), (C) dorsolateral view of NHMG201608026 (adult male), and (D) dorsolateral view of NHMG20161101 (adult female).
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Allen Brain Atlas
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