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Supplemental Figure 5: Appendages of Olenoides serratus separated from dorsal exoskeleton showing proximal and distal appendage morphologies used to inform 3D reconstructions from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
Supplemental Figure 5: Appendages of Olenoides serratus separated from dorsal exoskeleton showing proximal and distal appendage morphologies used to inform 3D reconstructions from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
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Supplemental Figure 5: Appendages of Olenoides serratus separated from dorsal exoskeleton showing proximal and distal appendage morphologies used to inform 3D reconstructions from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy

Bicknell, Russell D. C. ; Holmes, James D. ; Edgecombe, Gregory D. ; Losso, Sarah R. ; Ortega-Hernández, Javier ; Wroe, Stephen ; Paterson, John R.

The Royal Society 2021

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Supplemental Figure 6: Olenoides serratus specimen showing proximal appendage morphologies used to inform 3D reconstructions, particularly the protopodal shape. Specimen viewed in anterior perspective from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
Supplemental Figure 6: Olenoides serratus specimen showing proximal appendage morphologies used to inform 3D reconstructions, particularly the protopodal shape. Specimen viewed in anterior perspective from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
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Supplemental Figure 6: Olenoides serratus specimen showing proximal appendage morphologies used to inform 3D reconstructions, particularly the protopodal shape. Specimen viewed in anterior perspective from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy

Bicknell, Russell D. C. ; Holmes, James D. ; Edgecombe, Gregory D. ; Losso, Sarah R. ; Ortega-Hernández, Javier ; Wroe, Stephen ; Paterson, John R.

The Royal Society 2021

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3
Supplemental Figure 11: Anterior and posterior views of Olenoides serratus FEM with constraints on the three most anterior spines from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
Supplemental Figure 11: Anterior and posterior views of Olenoides serratus FEM with constraints on the three most anterior spines from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
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Supplemental Figure 11: Anterior and posterior views of Olenoides serratus FEM with constraints on the three most anterior spines from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy

Bicknell, Russell D. C. ; Holmes, James D. ; Edgecombe, Gregory D. ; Losso, Sarah R. ; Ortega-Hernández, Javier ; Wroe, Stephen ; Paterson, John R.

The Royal Society 2021

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4
Supplemental Figure 10: Anterior views of solved FEMs of assessed fossil taxa showing stress distribution from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
Supplemental Figure 10: Anterior views of solved FEMs of assessed fossil taxa showing stress distribution from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
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Supplemental Figure 10: Anterior views of solved FEMs of assessed fossil taxa showing stress distribution from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy

Bicknell, Russell D. C. ; Holmes, James D. ; Edgecombe, Gregory D. ; Losso, Sarah R. ; Ortega-Hernández, Javier ; Wroe, Stephen ; Paterson, John R.

The Royal Society 2021

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5
Supplemental Figure 4: Anterior views of solved Limulus polyphemus FEMs showing stress distribution from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
Supplemental Figure 4: Anterior views of solved Limulus polyphemus FEMs showing stress distribution from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy
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Supplemental Figure 4: Anterior views of solved Limulus polyphemus FEMs showing stress distribution from Biomechanical analyses of Cambrian euarthropod limbs reveal their effectiveness in mastication and durophagy

Bicknell, Russell D. C. ; Holmes, James D. ; Edgecombe, Gregory D. ; Losso, Sarah R. ; Ortega-Hernández, Javier ; Wroe, Stephen ; Paterson, John R.

The Royal Society 2021

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