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humeri

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Journal Article
Published: 15 December 2014
Canadian Journal of Earth Sciences (2014) 51 (11): 1007–1016.
... shapes; this hypothesis is tested here by quantitatively comparing deformed humeri and femora from the Danek Bonebed (a monodominant Edmontosaurus regalis bonebed from the upper Campanian Horseshoe Canyon Formation in Edmonton, Alberta, Canada) with samples of undeformed humeri and femora from modern...
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Journal Article
Journal: Paleobiology
Published: 01 January 2004
Paleobiology (2004) 30 (3): 444–470.
... the individuals in a sample. For sauropods, combined analyses of both limb dimension and shape may be more desirable. Numerous humeri and femora from Apatosaurus , Diplodocus , and Camarasaurus provide an opportunity to explore and compare limb morphology in contemporaneous, sympatric sauropods. Thin-plate...
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Series: Geological Society, London, Special Publications, Geological Society, London, Special Publications
Published: 01 January 2009
DOI: 10.1144/SP315.15
EISBN: 9781862395633
... Abstract Bone histology is the most comprehensive way of obtaining data on growth and life history for dinosaurs. Humeri and femora of the basal titanosaur Phuwiangosaurus sirindhornae from the Early Cretaceous of Thailand were sampled by core drilling. The sample represents growth series...
FIGURES
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Size–frequency distributions of hadrosaurid <b>humeri</b> (A, B), femora (C, D), a...
Published: 01 August 2020
Figure 3. Size–frequency distributions of hadrosaurid humeri (A, B), femora (C, D), and tibiae (E, F) from the Dinosaur Park Formation, Alberta, Canada. A, C, E, Total length. B, D, F, Minimum diaphyseal circumference. Tick marks below each size–frequency distribution correspond to individual
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Examples of mandibles (lateral view) and <b>humeri</b> (posterior view) of Richard...
Published: 17 January 2020
Fig. 3. Examples of mandibles (lateral view) and humeri (posterior view) of Richardson’s ground squirrel ( Urocitellus richardsonii ). (A, B) Recent specimens: (A) mandible, and (B) humerus, from specimen 10094, Zooarchaeology Laboratory, Department of Archaeology, Simon Fraser University
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Ground squirrel specimens (all left <b>humeri</b>) from Tse’K’wa (British Columbia...
Published: 17 January 2020
Table 2. Ground squirrel specimens (all left humeri) from Tse’K’wa (British Columbia, Canada) selected for ancient DNA analysis. Note: Lab codes (first column) are for the Ancient DNA Laboratory and specimen numbers (second column) are permanently assigned catalogue numbers
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Primer pairs used in the ancient DNA analysis of ground squirrel <b>humeri</b> fro...
Published: 17 January 2020
Table 3. Primer pairs used in the ancient DNA analysis of ground squirrel humeri from Tse’K’wa (British Columbia, Canada). Note: The genome coordinates of the primers (first column) and the expected size of the amplicons (fourth column) are based on the position of the primers within
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( 1–3 ) Cranial view of right <b>humeri</b>. ( 4–6 ) Proximal and cranial views of...
Published: 24 May 2018
Figure 2. ( 1–3 ) Cranial view of right humeri. ( 4–6 ) Proximal and cranial views of right radii. ( 7–9 ) Cranial and lateral views of left ulnae. ( 1, 4, 7 ) Hydrochoerus hydrochaeris (MPS-Z 142); ( 2, 5, 8 ) Cardiomys leufuensis (MLP 29-IX-3-19); ( 3, 6, 9 ) Dolichotis patagonum (MLP 249
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Right <b>humeri</b>. PR 1300 in ( 1 ) lateral and ( 2 ) medial views. PR 1301 in (...
Published: 01 July 2016
Figure 4 Right humeri. PR 1300 in ( 1 ) lateral and ( 2 ) medial views. PR 1301 in ( 3 ) lateral and ( 4 ) medial views. AH=articular head; DPC=deltopectoral crest; HS=humeral shaft; RC=radial condyle; UC=ulnar condyle.
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Right <b>humeri</b> (cranial view) and left coracoids (dorsal view). ( 1 ,  6 )  C...
Published: 01 March 2016
Figure 11 Right humeri (cranial view) and left coracoids (dorsal view). ( 1 , 6 ) Cariama cristata . ( 2 , 7 ) Bathornis grallator (holotype, CM 9377; both bones mirrored). ( 3 , 8 ) Paracrax wetmorei (holotype, AMNH F.A.M. 42998). ( 4 , 9 ) Elaphrocnemus phasianus (humerus: NMB Q.W
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Selected <b>humeri</b> of procolophonians. ( 1 ) SMNS 92101, left humerus of Owene...
Published: 01 January 2016
Figure 5 Selected humeri of procolophonians. ( 1 ) SMNS 92101, left humerus of Owenettidae indet. from Germany in dorsal and ventral views. ( 2 ) SMNS 91753, left humerus of Procolophonidae indet. from Germany in dorsal and ventral views. ( 3 ) The owenettid Barasaurus besairiei , left humerus
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Measurements of the described <b>humeri</b> from the Middle Triassic Erfurt Format...
Published: 01 January 2016
Table 1 Measurements of the described humeri from the Middle Triassic Erfurt Formation (lower Keuper), Germany. Values are in centimeters; *indicates a partial value due to incompleteness or postmortem deformation. SMNS–92101 SMNS–92100 SMNS–91753 Humeral length 4.10 5.22
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Midshaft thin section through <b>humeri</b> of  Edmontosaurus regalis  from the Da...
Published: 16 October 2014
Fig. 2. Midshaft thin section through humeri of Edmontosaurus regalis from the Danek Bonebed (Horseshoe Canyon Formation, Edmonton, Alberta, Canada). (A) UALVP 53577, (B) UALVP 52396, (C) UALVP 53578, (D) UALVP 52394, (E) UALVP 52395, (F) UALVP 52368, and (G) UALVP 52370 in transmitted light
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Age estimates at time of death for  Edmontosaurus regalis  <b>humeri</b> from the ...
Published: 16 October 2014
Fig. 14. Age estimates at time of death for Edmontosaurus regalis humeri from the Danek Bonebed based on (A) age estimates from logarithmic LAG estimates, (B) age estimates from maximum LAG gap, (C) estimates from mean LAG gap, and (D) estimates from minimum LAG gap.
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Right <b>humeri</b> and ulnae of mammoth calves:  1 , humerus of Lyuba on left and...
Published: 01 July 2014
Figure 7 Right humeri and ulnae of mammoth calves: 1 , humerus of Lyuba on left and Khroma on right, anterior aspect; 2 , ulna of Lyuba on left and Khroma on right; anterior aspect. Scale applies to all figures. Maximal diaphyseal measurements at right of each element.
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Comparison of ankylosaurid appendicular elements. <b>Humeri</b> of (A) AMNH 5337, ...
Published: 10 January 2013
Fig. 6. Comparison of ankylosaurid appendicular elements. Humeri of (A) AMNH 5337, (B) Euoplocephalus (AMNH 5406), and (C) Scolosaurus (NHMUK R5161, reversed). Radii of (D) Scolosaurus (NHMUK R5161, reversed), (E) Euoplocephalus (AMNH 5406), and (F) Dyoplosaurus (ROM 784). Scale bars
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FIGURE 8. Abundances of unevenly damaged and complete immature <b>humeri</b>, radi...
in > PALAIOS
Published: 01 April 2011
FIGURE 8. Abundances of unevenly damaged and complete immature humeri, radii, femora, and tibiae in the Litolophus assemblage.
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Figure A1. Discriminant function analysis of breakage patterns of <b>humeri</b>, f...
Published: 01 February 2010
Figure A1. Discriminant function analysis of breakage patterns of humeri, femora, and tibiae from the modern pellet rain, time-averaged surface assemblages, and late Holocene fossil assemblages indicate that owls have been the dominant source of small-mammal skeletal material through time at Two
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Table  1 —Measurements of the <b>humeri</b> in different penguin species
Published: 01 May 2008
Table 1 —Measurements of the humeri in different penguin species
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<b>Humeri</b> referred to  Martinavis  (see text for details): ACAP-M 1957, comple...
Published: 01 November 2007
Figure 4. Humeri referred to Martinavis (see text for details): ACAP-M 1957, complete right humerus (holotype of M. cruzyensis ) in left lateral (a), caudal (b), right lateral (c) and cranial (d) views; PVL 4054, portions of complete left humerus in caudal (e) and cranial (f) views; KU-NM-37