Examples of pathological vs non-pathological bone modifications in Temnodontosaurus.</p
<p>(A) Odontocete caudal vertebrae in near articulation from Bonebed 6 (UCMP 219584); (B) reverse. (...
<p>Anthropogenic modifications on bone of principal taxa from TD6–2 (<i>Homo antecessor</i> and Cerv...
<p>(A) abrasion, (B) fragmentation, and (C) polish. Abbreviations: A, Aves; C, Chondrichthyes; I.M.,...
Relative anatomical distribution of observed pathologies in Temnodontosaurus.</p
Graphic showing the relative frequency of pathologies by anatomical unit (a) and frequency of the ty...
<p>(A) teeth of <i>Carcharodon carcharias</i> (Chondrichthyes, Lamnidae) showing abrasion stages 0–2...
<p>Pathological features and patterns of change in calcification for calcifications with different a...
a. Skull exposed in left lateral view indicating the pathological areas in b and c. d. Right lateral...
<p>Examples of osteoblastic and mixed (blastic and lytic) lesions on the postcranial axial skeleton;...
Anomalies and pathologies can be observed in fossil animals. Among these pathologies are tumors, cal...
<p>Bone modifications include (A) abrasion, (B) fragmentation, and (C) polish.</p
<p>(A) The right tibia of individual 94A displays reactive periosteal bone on the anterior aspect of...
<p>Top row—late Cretaceous to Recent saurischians (poorly formed lamellae). Left to right: Ornithura...
<p>Bone modifications recorded on Lingjing faunal remains analysed in this study.</p
<p>A) <i>Dinofelis</i> sp. articulated right ankle (UW88-747). B) <i>Parahyaena brunnea</i> articula...
<p>(A) Odontocete caudal vertebrae in near articulation from Bonebed 6 (UCMP 219584); (B) reverse. (...
<p>Anthropogenic modifications on bone of principal taxa from TD6–2 (<i>Homo antecessor</i> and Cerv...
<p>(A) abrasion, (B) fragmentation, and (C) polish. Abbreviations: A, Aves; C, Chondrichthyes; I.M.,...
Relative anatomical distribution of observed pathologies in Temnodontosaurus.</p
Graphic showing the relative frequency of pathologies by anatomical unit (a) and frequency of the ty...
<p>(A) teeth of <i>Carcharodon carcharias</i> (Chondrichthyes, Lamnidae) showing abrasion stages 0–2...
<p>Pathological features and patterns of change in calcification for calcifications with different a...
a. Skull exposed in left lateral view indicating the pathological areas in b and c. d. Right lateral...
<p>Examples of osteoblastic and mixed (blastic and lytic) lesions on the postcranial axial skeleton;...
Anomalies and pathologies can be observed in fossil animals. Among these pathologies are tumors, cal...
<p>Bone modifications include (A) abrasion, (B) fragmentation, and (C) polish.</p
<p>(A) The right tibia of individual 94A displays reactive periosteal bone on the anterior aspect of...
<p>Top row—late Cretaceous to Recent saurischians (poorly formed lamellae). Left to right: Ornithura...
<p>Bone modifications recorded on Lingjing faunal remains analysed in this study.</p
<p>A) <i>Dinofelis</i> sp. articulated right ankle (UW88-747). B) <i>Parahyaena brunnea</i> articula...
<p>(A) Odontocete caudal vertebrae in near articulation from Bonebed 6 (UCMP 219584); (B) reverse. (...
<p>Anthropogenic modifications on bone of principal taxa from TD6–2 (<i>Homo antecessor</i> and Cerv...
<p>(A) abrasion, (B) fragmentation, and (C) polish. Abbreviations: A, Aves; C, Chondrichthyes; I.M.,...
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