Peter L. Falkingham is Lecturer in Vertebrate Biology in the School of Natural Sciences and Psychology at Liverpool John Moore's University, United Kingdom. Daniel Marty is a research paleontologist at the "Paleontology A16" (Office de la culture, Canton Jura, Switzerland).Annette Richter is Senior Custodian of Earth Sciences and head of the Natural History Department at the Lower Saxony State Museum at Hannover.

"This indispensable volume unequivocally demonstrates that ichnology has an important contribution to make toward a better understanding of dinosaur paleobiology."—BirdBooker Report"[This]book is very well produced and is in color throughout with numerous figures and artwork, and the reproduction of the images is generally excellent. In a field so dominated by interpretation of complex and subtle forms this is an important aspect of the volume and adds significantly to its appeal. This book is an excellent compendium and a timely piece on a rapidly expanding and changing area of research."—Quarterly Review of Biology"Dinosaur Tracks is a benchmark and a must-have for all researchers working on dinosaur tracks and on dinosaurs in general."—Swiss Journal of Palaeontology"Any scientist that considers the study of dinosaur (or other tetrapod) tracks should buy Dinosaur Tracks. For any person, scientifically informed illustrations presented in the book, will give a long-standing positive impression and thus show a value of dinosaur ichnology."—Andrej Spiridonov, Priscum, The Newsletter of the Palentological Society

• Introduction / Peter L. Falkingham, Daniel Marty, and Annette RichterPart I. Approaches and Techniques for Studying Dinosaur Tracks1. Experimental and Comparative Ichnology / Jesper Milàn and Peter L. Falkingham2. Close-Range Photogrammetry for 3D Ichnology: The Basics of Photogrammetric Ichnology / Neffra Matthews, Tommy Noble, and Brent Breithaupt3. The Early Cretaceous Dinosaur Trackways in Münchehagen (Lower Saxony, Germany): 3D Photogrammetry as Basis for Geometric Morphometric Analysis of Shape Variation and Evaluation of Material Loss during Excavation / Oliver Wings, Jens N. Lallensack, and Heinrich Mallison4. Applying Objective Methods to Subjective Track Outlines / Peter L. Falkingham5. Beyond Surfaces: A Particle-Based Perspective on Track Formation / Stephen M. Gatesy and Richard G. Ellis6. A Numerical Scale for Quantifying the Quality of Preservation of Vertebrate Tracks / Matteo Belvedere and James O. Farlow7. Evaluating the Dinosaur Track Record: An Integrative Approach to Understanding the Regional and Global Distribution, Scientific Importance, Preservation and Management of Tracksites / Luis Alcalá, Martin G. Lockley, Alberto Cobos, Luis Mampel, and Rafael Royo-TorresPart II. Palaeobiology and Evolution from Tracks8. Iberian Sauropod Tracks through Time: Variations in Sauropod Manus and Pes Morphologies / Diego Castanera, Vanda F. Santos, Laura Piñuela, Carlos Pascual, Bernat Vila, José I. Canudo, and José Joaquin Moratalla9. The Flexion of Sauropod Pedal Unguals and Testing the Substrate Grip Hypothesis Using the Trackway Fossil Record / Lee E. Hall, Ashley E. Fragomeni, and Denver W. Fowler10. Dinosaur Swim Track Assemblages: Characteristics, Contexts, and Ichnofacies Implications / Andrew R. C. Milner, and Martin G. Lockley11. Two-Toed Tracks through Time: On the Trail of "Raptors" and their Allies / Martin G. Lockley, Jerry D. Harris, Rihui Li, Lida Xing, and Torsten van der Lubbe12. Diversity, Ontogeny, or Both? A Morphometric Approach to Iguanodontian Ornithopod (Dinosauria: Ornithischia) Track Assemblages from the Berriasian (Lower Cretaceous) of North Western Germany / Jahn J. Hornung, Annina Böhme, Nils Schlüter, and Mike Reich13. Uncertainty and Ambiguity in the Interpretation of Sauropod Trackways / Kent A. Stevens, Scott Ernst, and Daniel Marty14. Dinosaur Tracks as "Four-Dimensional Phenomena" Reveal How Different Species Moved / Alberto Cobos, Francisco Gascó, Rafael Royo-Torres, Martin G. Lockley, and Luis AlcaláPart III. Ichnotaxonomy and Trackmaker Identification15. Analysing and Resolving Cretaceous Avian Ichnotaxonomy Using Multivariate Statistical Analyses: Approaches and Results / Lisa G. Buckley, Richard T. McCrea, and Martin G. Lockley16. Elusive Ornithischian Tracks in the Famous Berriasian (Lower Cretaceous) "Chicken Yard" Tracksite of Northern Germany: Quantitative Differentiation between Small Tridactyl Trackmakers / Tom HübnerPart IV. Depositional Environments and their Influence on the Track Record17. Too Many Tracks: Preliminary Description and Interpretation of the Diverse and Heavily Dinoturbated Early Cretaceous "Chicken Yard" Ichnoassemblage (Obernkirchen Tracksite, Northern Germany) / Annette Richter and Annina Böhme18. Dinosaur Tracks in Eolian Strata: New Insights into Track Formation, Walking Kinetics, and Trackmaker Behaviour / David B. Loope, and Jesper Milàn19. Analysis of Desiccation Crack Patterns for Quantitative Interpretation of Fossil Tracks / Tom Schanz, Maria Datcheva, Hanna Haase, and Daniel Marty20. A Review of the Dinosaur Track Record from Jurassic and Cretaceous Shallow Marine Carbonate Depositional Environments / Simone D'Orazi Porchetti, Massimo Bernardi, Andrea Cinquegranelli, Vanda Faria dos Santos, Daniel Marty, Fabio Massimo Petti, Paulo Sá Caetano, and Alexander WagensommerDinosaur Track Terminology: A Glossary of TermsList of ContributorsIndex

Peter L. Falkingham is Lecturer in Vertebrate Biology in the School of Natural Sciences and Psychology at Liverpool John Moore's University, United Kingdom. Daniel Marty is a research paleontologist at the "Paleontology A16" (Office de la culture, Canton Jura, Switzerland).Annette Richter is Senior Custodian of Earth Sciences and head of the Natural History Department at the Lower Saxony State Museum at Hannover.

"This indispensable volume unequivocally demonstrates that ichnology has an important contribution to make toward a better understanding of dinosaur paleobiology."—BirdBooker Report"[This]book is very well produced and is in color throughout with numerous figures and artwork, and the reproduction of the images is generally excellent. In a field so dominated by interpretation of complex and subtle forms this is an important aspect of the volume and adds significantly to its appeal. This book is an excellent compendium and a timely piece on a rapidly expanding and changing area of research."—Quarterly Review of Biology"Dinosaur Tracks is a benchmark and a must-have for all researchers working on dinosaur tracks and on dinosaurs in general."—Swiss Journal of Palaeontology"Any scientist that considers the study of dinosaur (or other tetrapod) tracks should buy Dinosaur Tracks. For any person, scientifically informed illustrations presented in the book, will give a long-standing positive impression and thus show a value of dinosaur ichnology."—Andrej Spiridonov, Priscum, The Newsletter of the Palentological Society

• Introduction / Peter L. Falkingham, Daniel Marty, and Annette RichterPart I. Approaches and Techniques for Studying Dinosaur Tracks1. Experimental and Comparative Ichnology / Jesper Milàn and Peter L. Falkingham2. Close-Range Photogrammetry for 3D Ichnology: The Basics of Photogrammetric Ichnology / Neffra Matthews, Tommy Noble, and Brent Breithaupt3. The Early Cretaceous Dinosaur Trackways in Münchehagen (Lower Saxony, Germany): 3D Photogrammetry as Basis for Geometric Morphometric Analysis of Shape Variation and Evaluation of Material Loss during Excavation / Oliver Wings, Jens N. Lallensack, and Heinrich Mallison4. Applying Objective Methods to Subjective Track Outlines / Peter L. Falkingham5. Beyond Surfaces: A Particle-Based Perspective on Track Formation / Stephen M. Gatesy and Richard G. Ellis6. A Numerical Scale for Quantifying the Quality of Preservation of Vertebrate Tracks / Matteo Belvedere and James O. Farlow7. Evaluating the Dinosaur Track Record: An Integrative Approach to Understanding the Regional and Global Distribution, Scientific Importance, Preservation and Management of Tracksites / Luis Alcalá, Martin G. Lockley, Alberto Cobos, Luis Mampel, and Rafael Royo-TorresPart II. Palaeobiology and Evolution from Tracks8. Iberian Sauropod Tracks through Time: Variations in Sauropod Manus and Pes Morphologies / Diego Castanera, Vanda F. Santos, Laura Piñuela, Carlos Pascual, Bernat Vila, José I. Canudo, and José Joaquin Moratalla9. The Flexion of Sauropod Pedal Unguals and Testing the Substrate Grip Hypothesis Using the Trackway Fossil Record / Lee E. Hall, Ashley E. Fragomeni, and Denver W. Fowler10. Dinosaur Swim Track Assemblages: Characteristics, Contexts, and Ichnofacies Implications / Andrew R. C. Milner, and Martin G. Lockley11. Two-Toed Tracks through Time: On the Trail of "Raptors" and their Allies / Martin G. Lockley, Jerry D. Harris, Rihui Li, Lida Xing, and Torsten van der Lubbe12. Diversity, Ontogeny, or Both? A Morphometric Approach to Iguanodontian Ornithopod (Dinosauria: Ornithischia) Track Assemblages from the Berriasian (Lower Cretaceous) of North Western Germany / Jahn J. Hornung, Annina Böhme, Nils Schlüter, and Mike Reich13. Uncertainty and Ambiguity in the Interpretation of Sauropod Trackways / Kent A. Stevens, Scott Ernst, and Daniel Marty14. Dinosaur Tracks as "Four-Dimensional Phenomena" Reveal How Different Species Moved / Alberto Cobos, Francisco Gascó, Rafael Royo-Torres, Martin G. Lockley, and Luis AlcaláPart III. Ichnotaxonomy and Trackmaker Identification15. Analysing and Resolving Cretaceous Avian Ichnotaxonomy Using Multivariate Statistical Analyses: Approaches and Results / Lisa G. Buckley, Richard T. McCrea, and Martin G. Lockley16. Elusive Ornithischian Tracks in the Famous Berriasian (Lower Cretaceous) "Chicken Yard" Tracksite of Northern Germany: Quantitative Differentiation between Small Tridactyl Trackmakers / Tom HübnerPart IV. Depositional Environments and their Influence on the Track Record17. Too Many Tracks: Preliminary Description and Interpretation of the Diverse and Heavily Dinoturbated Early Cretaceous "Chicken Yard" Ichnoassemblage (Obernkirchen Tracksite, Northern Germany) / Annette Richter and Annina Böhme18. Dinosaur Tracks in Eolian Strata: New Insights into Track Formation, Walking Kinetics, and Trackmaker Behaviour / David B. Loope, and Jesper Milàn19. Analysis of Desiccation Crack Patterns for Quantitative Interpretation of Fossil Tracks / Tom Schanz, Maria Datcheva, Hanna Haase, and Daniel Marty20. A Review of the Dinosaur Track Record from Jurassic and Cretaceous Shallow Marine Carbonate Depositional Environments / Simone D'Orazi Porchetti, Massimo Bernardi, Andrea Cinquegranelli, Vanda Faria dos Santos, Daniel Marty, Fabio Massimo Petti, Paulo Sá Caetano, and Alexander WagensommerDinosaur Track Terminology: A Glossary of TermsList of ContributorsIndex

Peter L. Falkingham is Lecturer in Vertebrate Biology in the School of Natural Sciences and Psychology at Liverpool John Moore's University, United Kingdom. Daniel Marty is a research paleontologist at the "Paleontology A16" (Office de la culture, Canton Jura, Switzerland).Annette Richter is Senior Custodian of Earth Sciences and head of the Natural History Department at the Lower Saxony State Museum at Hannover.

"This indispensable volume unequivocally demonstrates that ichnology has an important contribution to make toward a better understanding of dinosaur paleobiology."—BirdBooker Report"[This]book is very well produced and is in color throughout with numerous figures and artwork, and the reproduction of the images is generally excellent. In a field so dominated by interpretation of complex and subtle forms this is an important aspect of the volume and adds significantly to its appeal. This book is an excellent compendium and a timely piece on a rapidly expanding and changing area of research."—Quarterly Review of Biology"Dinosaur Tracks is a benchmark and a must-have for all researchers working on dinosaur tracks and on dinosaurs in general."—Swiss Journal of Palaeontology"Any scientist that considers the study of dinosaur (or other tetrapod) tracks should buy Dinosaur Tracks. For any person, scientifically informed illustrations presented in the book, will give a long-standing positive impression and thus show a value of dinosaur ichnology."—Andrej Spiridonov, Priscum, The Newsletter of the Palentological Society

• Introduction / Peter L. Falkingham, Daniel Marty, and Annette RichterPart I. Approaches and Techniques for Studying Dinosaur Tracks1. Experimental and Comparative Ichnology / Jesper Milàn and Peter L. Falkingham2. Close-Range Photogrammetry for 3D Ichnology: The Basics of Photogrammetric Ichnology / Neffra Matthews, Tommy Noble, and Brent Breithaupt3. The Early Cretaceous Dinosaur Trackways in Münchehagen (Lower Saxony, Germany): 3D Photogrammetry as Basis for Geometric Morphometric Analysis of Shape Variation and Evaluation of Material Loss during Excavation / Oliver Wings, Jens N. Lallensack, and Heinrich Mallison4. Applying Objective Methods to Subjective Track Outlines / Peter L. Falkingham5. Beyond Surfaces: A Particle-Based Perspective on Track Formation / Stephen M. Gatesy and Richard G. Ellis6. A Numerical Scale for Quantifying the Quality of Preservation of Vertebrate Tracks / Matteo Belvedere and James O. Farlow7. Evaluating the Dinosaur Track Record: An Integrative Approach to Understanding the Regional and Global Distribution, Scientific Importance, Preservation and Management of Tracksites / Luis Alcalá, Martin G. Lockley, Alberto Cobos, Luis Mampel, and Rafael Royo-TorresPart II. Palaeobiology and Evolution from Tracks8. Iberian Sauropod Tracks through Time: Variations in Sauropod Manus and Pes Morphologies / Diego Castanera, Vanda F. Santos, Laura Piñuela, Carlos Pascual, Bernat Vila, José I. Canudo, and José Joaquin Moratalla9. The Flexion of Sauropod Pedal Unguals and Testing the Substrate Grip Hypothesis Using the Trackway Fossil Record / Lee E. Hall, Ashley E. Fragomeni, and Denver W. Fowler10. Dinosaur Swim Track Assemblages: Characteristics, Contexts, and Ichnofacies Implications / Andrew R. C. Milner, and Martin G. Lockley11. Two-Toed Tracks through Time: On the Trail of "Raptors" and their Allies / Martin G. Lockley, Jerry D. Harris, Rihui Li, Lida Xing, and Torsten van der Lubbe12. Diversity, Ontogeny, or Both? A Morphometric Approach to Iguanodontian Ornithopod (Dinosauria: Ornithischia) Track Assemblages from the Berriasian (Lower Cretaceous) of North Western Germany / Jahn J. Hornung, Annina Böhme, Nils Schlüter, and Mike Reich13. Uncertainty and Ambiguity in the Interpretation of Sauropod Trackways / Kent A. Stevens, Scott Ernst, and Daniel Marty14. Dinosaur Tracks as "Four-Dimensional Phenomena" Reveal How Different Species Moved / Alberto Cobos, Francisco Gascó, Rafael Royo-Torres, Martin G. Lockley, and Luis AlcaláPart III. Ichnotaxonomy and Trackmaker Identification15. Analysing and Resolving Cretaceous Avian Ichnotaxonomy Using Multivariate Statistical Analyses: Approaches and Results / Lisa G. Buckley, Richard T. McCrea, and Martin G. Lockley16. Elusive Ornithischian Tracks in the Famous Berriasian (Lower Cretaceous) "Chicken Yard" Tracksite of Northern Germany: Quantitative Differentiation between Small Tridactyl Trackmakers / Tom HübnerPart IV. Depositional Environments and their Influence on the Track Record17. Too Many Tracks: Preliminary Description and Interpretation of the Diverse and Heavily Dinoturbated Early Cretaceous "Chicken Yard" Ichnoassemblage (Obernkirchen Tracksite, Northern Germany) / Annette Richter and Annina Böhme18. Dinosaur Tracks in Eolian Strata: New Insights into Track Formation, Walking Kinetics, and Trackmaker Behaviour / David B. Loope, and Jesper Milàn19. Analysis of Desiccation Crack Patterns for Quantitative Interpretation of Fossil Tracks / Tom Schanz, Maria Datcheva, Hanna Haase, and Daniel Marty20. A Review of the Dinosaur Track Record from Jurassic and Cretaceous Shallow Marine Carbonate Depositional Environments / Simone D'Orazi Porchetti, Massimo Bernardi, Andrea Cinquegranelli, Vanda Faria dos Santos, Daniel Marty, Fabio Massimo Petti, Paulo Sá Caetano, and Alexander WagensommerDinosaur Track Terminology: A Glossary of TermsList of ContributorsIndex