Add to ORKGThis University of Bristol page discusses the process and importance of studying dinosaur tracks and trackways. Beginning with footprint morphology and preservation, it covers track taphonomy, ichnotaxonomy, dinosaur posture and stance, behavior, gait and speed, paleoecology and how to identify the trackmaker. Links are provided for additional resources. Educational levels: Undergraduate lower division, Undergraduate upper division
Ichnology deals with the traces of prehistoric organisms and thus with the study of dinosaur footpr...
The newly discovered large (350 m2) Yantan dinosaur tracksite, in the Lower Jurassic Ziliujing Forma...
Several lines of evidence are presented in this text that can help us estimate how dinosaurs could m...
This dissertation develops and employs objective and quantitative methods for the analysis of dinosa...
Summary. Palaeontologists recognise that they have a tough challenge when faced with determining how...
In this activity, students will make trackways by running across sheets of paper; their classmates w...
This activity has students trace the steps of a paleontologist from determining where to look for di...
The Wealden exposures on the Isle of Wight have long been noted for their dinosaur footprints and tr...
Besides bones, fossil tracks and trackways are important sources of knowledge about dinosaur palaeob...
Fossilized tracks and trackways provide direct evidence of a trackmaker's position in time and space...
<p>(A)-Map of tracksite with ornithopod (trackway o1) and sauropod (trackways s1–s11) trackways, (B)...
The Nugget Sandstone is an eolian sandstone deposited as dunes in a great sand sea during late Trias...
anthropo itten/He track casts are deep natural tracks left in soft and moist substrates with a relat...
Dinosaur footprints have recently been identified at the Las Hoyas fossil site, renewing interest in...
SUMMARY: Dinosaur tracks are abundant in the Middle Jurassic rocks of Yorkshire and indeed character...
Ichnology deals with the traces of prehistoric organisms and thus with the study of dinosaur footpr...
The newly discovered large (350 m2) Yantan dinosaur tracksite, in the Lower Jurassic Ziliujing Forma...
Several lines of evidence are presented in this text that can help us estimate how dinosaurs could m...
This dissertation develops and employs objective and quantitative methods for the analysis of dinosa...
Summary. Palaeontologists recognise that they have a tough challenge when faced with determining how...
In this activity, students will make trackways by running across sheets of paper; their classmates w...
This activity has students trace the steps of a paleontologist from determining where to look for di...
The Wealden exposures on the Isle of Wight have long been noted for their dinosaur footprints and tr...
Besides bones, fossil tracks and trackways are important sources of knowledge about dinosaur palaeob...
Fossilized tracks and trackways provide direct evidence of a trackmaker's position in time and space...
<p>(A)-Map of tracksite with ornithopod (trackway o1) and sauropod (trackways s1–s11) trackways, (B)...
The Nugget Sandstone is an eolian sandstone deposited as dunes in a great sand sea during late Trias...
anthropo itten/He track casts are deep natural tracks left in soft and moist substrates with a relat...
Dinosaur footprints have recently been identified at the Las Hoyas fossil site, renewing interest in...
SUMMARY: Dinosaur tracks are abundant in the Middle Jurassic rocks of Yorkshire and indeed character...
Ichnology deals with the traces of prehistoric organisms and thus with the study of dinosaur footpr...
The newly discovered large (350 m2) Yantan dinosaur tracksite, in the Lower Jurassic Ziliujing Forma...
Several lines of evidence are presented in this text that can help us estimate how dinosaurs could m...