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Edmontosaurus annectens

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Journal Article
Journal: PALAIOS
Published: 30 April 2020
PALAIOS (2020) 35 (4): 201–214.
...BETHANIA C.T. SIVIERO; ELIZABETH REGA; WILLIAM K. HAYES; ALLEN M. COOPER; LEONARD R. BRAND; ART V. CHADWICK ABSTRACT This study presents evidence of pre-mortem traumatic injury and its sequalae on multiple Edmontosaurus annectens skeletal elements recovered from a largely monodominant Cretaceous...
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Lateral view of tail regions of Edmontosaurus annectens outline illustration.
Published: 30 April 2020
Fig. 2.— Lateral view of tail regions of Edmontosaurus annectens outline illustration.
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Published: 19 December 2017
Table 2.— Survival of skeletal elements of Edmontosaurus annectens , predicted from MNI versus actual. For brevity, only select major elements are shown, following Gangloff and Fiorillo (2010) . Abbreviations: MNI = Minimum Number of Individuals (see Badgley 1986 ); NA = Not Applicable .
Journal Article
Journal: PALAIOS
Published: 19 December 2017
PALAIOS (2017) 32 (12): 779–796.
...Table 2.— Survival of skeletal elements of Edmontosaurus annectens , predicted from MNI versus actual. For brevity, only select major elements are shown, following Gangloff and Fiorillo (2010) . Abbreviations: MNI = Minimum Number of Individuals (see Badgley 1986 ); NA = Not Applicable . ...
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?Gryposaurus alsatei n. sp. (TMM 46033-1) part of right premaxilla in (1) oral, (2) lateral, (3) anterior views, with companion drawings in (4) oral and (5) anterior views; part of left palatine in (6) ventral and (7) anterior views; line drawings compare premaxillae in other saurolophine hadrosaurs (reduced to common length). Bc=Brachylophosaurus canadensis; Ea=Edmontosaurus annectens; Er=Edmontosaurus regalis; Gl=Gryposaurus latidens; Gn=Gryposaurus notabilis; Mp=Maisaura peeblesorum; Pm=Prosaurolophus maximus; “Sa”=Presa de San Antonio saurolophine; So=Saurolophus osborni.
Published: 01 March 2016
in other saurolophine hadrosaurs (reduced to common length). Bc = Brachylophosaurus canadensis ; Ea = Edmontosaurus annectens ; Er = Edmontosaurus regalis ; Gl = Gryposaurus latidens ; Gn = Gryposaurus notabilis ; Mp = Maisaura peeblesorum ; Pm = Prosaurolophus maximus ; “ Sa ”=Presa de San Antonio
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Right pubis in lateral view of (1) ?Gryposaurus alsatei n. sp. (TMM 46033-1) and (2) Saurolophinae indet. (TMM 46015-3). Line drawings compare prepubes in these and other hadrosaurs (reduced to common height). Ea=Edmontosaurus annectens; ?G=Gryposaurus sp. (YPM-PU 19670); Gl=Gryposaurus latidens; Gn=Gryposaurus notabilis; Ml=Magnapaulia laticaudus; Pc=Parasaurolophus cyrtocristatus; “Sa”=Sabinas saurolophine; Sk=Secernosaurus koerneri; So=Saurolophus osborni.
Published: 01 March 2016
Figure 12 Right pubis in lateral view of ( 1 ) ?Gryposaurus alsatei n. sp. (TMM 46033-1) and ( 2 ) Saurolophinae indet. (TMM 46015-3). Line drawings compare prepubes in these and other hadrosaurs (reduced to common height). Ea = Edmontosaurus annectens ; ? G = Gryposaurus sp. (YPM-PU 19670
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?Gryposaurus alsatei n. sp., right quadrate (LSUMG V-1183) in (1) medial, (2) anterior, (3) lateral, and (4) posterior views; compared with right quadrate in Kritosaurus sp. (TMM 41442-1) in (5) lateral and (6) posterior views; line drawings compare quadrates in other saurolophine hadrosaurs (reduced to common length). Ea=Edmontosaurus annectens; Gn=Gryposaurus notabilis; Kn=Kritosaurus navajovius; Pm=Prosaurolophus maximus; “Sa”=Sabinas saurolophine; So=Saurolophus osborni; Vc=Velafrons coahuilensis.
Published: 01 March 2016
saurolophine hadrosaurs (reduced to common length). Ea = Edmontosaurus annectens ; Gn = Gryposaurus notabilis ; Kn = Kritosaurus navajovius ; Pm = Prosaurolophus maximus ; “ Sa ”=Sabinas saurolophine; So = Saurolophus osborni ; Vc = Velafrons coahuilensis .
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Saurolophinae indet. (TMM 46015-3) right ilium in (1) medial, (2) dorsal, and (3) lateral views; showing act=acetabulum; dr=short dorsal ridge; post=postacetabular process; pre=preacetabular process; sac=supracetabular crest; sr=sacral rib facets (shown with “v”); sup=supracetabular process; line drawings compare ilia in other hadrosaurs (reduced to common length). Ea=Edmontosaurus annectens; ?G=Gryposaurus sp. (YPM-PU 19670); Gn=Gryposaurus notabilis; Pc=Parasaurolophus cyrtocristatus; Sk=Secernosaurus koerneri; So=Saurolophus osborni.
Published: 01 March 2016
=supracetabular process; line drawings compare ilia in other hadrosaurs (reduced to common length). Ea = Edmontosaurus annectens ; ? G = Gryposaurus sp. (YPM-PU 19670); Gn = Gryposaurus notabilis ; Pc = Parasaurolophus cyrtocristatus ; Sk = Secernosaurus koerneri ; So = Saurolophus osborni .
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1, Barsboldia sicinskii, articulated proximal caudal vertebrae and sacrum in right lateral view (ZPAL MgD-I/110); 2, boxplot showing the distribution of the ratio between the length of the tallest available neural spine from the dorsal and sacral series and the height of the centrum for a sample of hadrosauroid dinosaurs. The inserted photograph illustrates how the two variables of this ratio were measured, exemplified in a dorsal vertebra of Bactrosaurus johnsoni (AMNH 6553) shown here in left lateral view. The ellipse highlights the value of B. sicinskii. Abbreviations: Ba = Bactrosaurus johnsoni; Bb = Barsboldia sicinskii; Br = Brachylophosaurus canadensis; Eda = Edmontosaurus annectens; Edr = Edmontosaurus regalis; Grn = Gryposaurus notabilis; Hy = Hypacrosaurus altispinus; Hys = H. stebingeri; Lc = Lambeosaurus laticaudus; Lm = L. lambei; Ma = Maiasaura peeblesorum; Ol = Olorotitan ararhensis; Pac = Parasaurolophus cyrtocristatus; Paw = P. walkeri; Ph = Pararhabdodon isonensis; Pr = Prosaurolophus maximus; Saa = Saurolophus angustirostris; Sao = Saurolophus osborni; Sh = Shantungosaurus giganteus; Ta = Tanius sinensis; Ts = Tsintaosaurus spinorhinus.
Published: 01 May 2011
 = Bactrosaurus johnsoni; Bb = Barsboldia sicinskii; Br = Brachylophosaurus canadensis; Eda = Edmontosaurus annectens; Edr = Edmontosaurus regalis; Grn = Gryposaurus notabilis; Hy = Hypacrosaurus altispinus; Hys = H. stebingeri; Lc = Lambeosaurus laticaudus; Lm = L. lambei; Ma = Maiasaura peeblesorum; Ol
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Attributes of SRHS assemblage. A) Frequency of specimen size classes, using three centimeter bins. B) Distribution of skeletal regions and series. C) Relative frequency of elements according to Voorhies (1969) transportation groups (following adaptation for nonavian dinosaurs by Gates [2005]). Black columns display the frequency of bones in a single complete skeleton of Edmontosaurus annectens, whereas white columns display the frequencies of bones excavated from the quarry. D) Plunges of elongate specimens from the 2012 quarry, the only year plunge data were collected. E) Plunge directions of elongate specimens from the 2012 quarry. Light gray arrow denotes the mean (14.9°), dark gray arcs outside the compass mark range of one standard deviation from the mean. F) Orientation of skeletal elements for the entire excavation. G) Orientation of skeletal elements for solely the 2012 quarry. Rose diagrams each presented as arithmetic plots with 10° bins.
Published: 19 December 2017
by Gates [2005] ). Black columns display the frequency of bones in a single complete skeleton of Edmontosaurus annectens , whereas white columns display the frequencies of bones excavated from the quarry. D ) Plunges of elongate specimens from the 2012 quarry, the only year plunge data were collected. E
Journal Article
Published: 01 March 2016
Journal of Paleontology (2016) 90 (2): 333–356.
... in other saurolophine hadrosaurs (reduced to common length). Bc = Brachylophosaurus canadensis ; Ea = Edmontosaurus annectens ; Er = Edmontosaurus regalis ; Gl = Gryposaurus latidens ; Gn = Gryposaurus notabilis ; Mp = Maisaura peeblesorum ; Pm = Prosaurolophus maximus ; “ Sa ”=Presa de San Antonio...
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Journal Article
Published: 16 October 2014
Canadian Journal of Earth Sciences (2014) 51 (11): 1023–1033.
... isolated complete and nearly complete skeletons and skulls. It and other closely related hadrosaurines are among the most common dinosaurs in the late Campanian and Maastrichtian of Laramidia ( Weishampel and Horner 1990 ; Horner et al. 2004 ; Weishampel et al. 2004 ). Edmontosaurus annectens Marsh...
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Journal Article
Published: 18 August 2014
Canadian Journal of Earth Sciences (2014) 51 (11): 992–1006.
... regalis based on the overall thick (dorsoventrally tall) appearance of the orbital margin that may be more typical of E. regalis (CMN 2289) than Edmontosaurus annectens (SM R4050). However, variation in the thickness of the frontal has not been examined in detail, and we recognise that any...
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Journal Article
Published: 15 December 2014
Canadian Journal of Earth Sciences (2014) 51 (11): 1034–1038.
... , Arrhinoceratops , Eotriceratops , and Pachyrhinosaurus . A different species of Edmontosaurus ( Edmontosaurus annectens ) has been recovered from the overlying Scollard Formation, which also produces the remains of Triceratops in southern Alberta. The size, proportions, and gentle anterolateral curvature...
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Journal Article
Journal: PALAIOS
Published: 01 October 2008
PALAIOS (2008) 23 (10): 645–647.
... 2002.4.1 held at the Burpee Museum, Rockford, Illinois, United States). The feet of this specimen are smaller than the track but are of comparable morphology. Other animals with tridactyl feet of appropriate size recovered in the immediate vicinity include both Edmontosaurus annectens and Anatotitan...
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Journal Article
Published: 10 October 2019
Canadian Journal of Earth Sciences (2020) 57 (5): 617–629.
... (CMN 8509; later referred to Edmontosaurus annectens by Campione and Evans 2011 ). Other hadrosaurid cranial elements from Site 2 (e.g., maxilla of CMN 21970, Figs. 4E , 4F ), are fragmentary, but are morphologically consistent with those of Edmontosaurus ( Xing et al. 2017 ). Almost every...
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Journal Article
Published: 01 January 2002
Rocky Mountain Geology (2002) 37 (2): 237–254.
... at construction sites in the Denver metropolitan area. Dinosaurs from the Denver Basin include Triceratops , Torosaurus , Edmontosaurus , Thescelosaurus , Edmontonia , Pachycephalosaurus , Tyrannosaurus , a dromaeosaurid, and Ornithomimus . All of these taxa are also known from the Lance, Hell Creek, and Scollard...
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Journal Article
Published: 05 August 2015
Canadian Journal of Earth Sciences (2015) 52 (8): 642–654.
... al. 1998 ; Chadwick et al. 2006 ; Gangloff and Fiorillo 2010 ; Eberth et al. 2013 ). Additionally, since similar monodominant bonebeds of Edmontosaurus annectens are known from the upper Maastrichtian of the western United States ( Tedesco et al. 1998 ; Colson et al. 2004 ; Chadwick et al...
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Journal Article
Published: 01 January 2016
Journal of Paleontology (2016) 90 (1): 133–146.
... scapular ‘necks’ have been also previously noted in the saurolophine Edmontosaurus annectens Marsh, 1892 (Prieto-Márquez, 2010b ), the lambeosaurine Hypacrosaurus stebingeri Horner and Currie, 1994 , and some nonhadrosaurid hadrosauroids (Prieto-Márquez, 2011b ). Brett-Surman and Wagner ( 2007...
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Journal Article
Journal: Paleobiology
Published: 01 May 2022
Paleobiology (2022) 48 (2): 210–238.
... ( Tyrannosaurus rex [ n  = 25], Edmontosaurus annectens [ n  = 16], Triceratops horridus , and Triceratops prorsus [ n  = 18) by collecting measurement data from articulated or associated specimens. Due to the limited number of overlapping bones among these taxa, several size proxies were used to maximize...
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