Dr Anthony Romilio, The University of Queensland, Australia
Dr. Anthony Romilio π¦π is a trailblazing palaeontologist at The University of Queensland, specializing in digitizing and analyzing dinosaur trackways using Blender 3D and Python π₯οΈ. His innovative Dinosaur Behaviour Reconstruction Framework has reshaped the study of extinct species. Recognized as Australiaβs top palaeontology researcher (2023-2025) π, his discoveriesβlike dinosaur footprints on cave ceilingsβcaptivate global audiences. A passionate educator and outreach advocate π, Dr. Romilio inspires future scientists in schools and rural communities. His work extends to veterinary education, creating tech-driven resources to enhance student learning πΎ. An international speaker and citizen science advocate, his impact spans continents π.
Publication Profile
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Education and Outreach
Dr. Anthony Romilio π¦ is an award-winning educator at The University of Queensland, twice named βMost Effective Teacherβ by the Executive Dean of Science. π His dedication shone during the COVID-19 pandemic, earning him awards for βExcellence in Response to COVIDβ and βOutstanding Service to the School.β π¨βπ« Dr. Romilio extends his passion beyond the university, bringing palaeontology to rural and Indigenous schools. π«β¨ In collaboration with the Brisbane Urban Environmental Education Centre, he engages students with fossil plaster replicas and augmented reality dinosaurs, sparking curiosity and inspiring future scientists. π§βπ¬π¦
Research and Innovation
Dr. Romilio π¦ has pioneered techniques using Blender 3D and Python π§βπ» to digitize and analyze dinosaur trackways. His innovative tools extract trackway parameters and biometrics with precision, offering new insights into extinct species’ movement and behavior. His work enables the study of trackways stretching hundreds of meters with exceptional detail. Dr. Romilioβs Dinosaur Behaviour Reconstruction Framework integrates science and technology, advancing both research and education π. By applying machine learning to footprint morphology, he has transformed fossil track classification. His groundbreaking contributions earned him Australia’s top palaeontology researcher title for 2023-2025 π.
International Collaboration and Advocacy
Dr. Romilio π is a renowned speaker who has captivated audiences in China π¨π³, Korea π°π·, and Germany π©πͺ with his expertise in palaeontology. A passionate advocate for citizen science π¨βπ¬π©βπ¬, he champions community involvement in preserving and studying fossil tracksites π¦π¦Ά. His dedication ensures these ancient footprints remain a vital part of scientific exploration for future generations. Through collaborative efforts π€, Dr. Romilio has revitalized long-overlooked sites, highlighting their importance and bringing them to the forefront of palaeontological research ππ. His work continues to inspire and engage global audiences in the wonders of Earthβs prehistoric past.
Media Engagement and Public Recognition
Dr. Romilio’s groundbreaking research has captivated the public, with media coverage generating over AU$50 million in advertising equivalence. Notable discoveries include dinosaur footprints on cave ceilings, ancient crocodiles that walked like dinosaurs, and trackways of massive Jurassic predators. His ability to communicate complex scientific findings in an engaging and accessible manner has made him a prominent figure in bridging the gap between academia and the public. Through his work, Dr. Romilio has not only expanded our understanding of prehistoric life but also sparked widespread interest in paleontology. π¦π¦πππΈ
Current Endeavours
Dr. Romilio is currently applying his innovative approach to developing educational resources for veterinary science undergraduates at The University of Queensland. His resources aim to enhance students’ clinical skills and boost their confidence, all while minimizing their reliance on live animal patients during early training stages. By incorporating cutting-edge technology into veterinary education, Dr. Romilio is revolutionizing how students are trained, ensuring they gain crucial skills in a more controlled and ethical environment. This work highlights his commitment to advancing education and professional development, making a lasting impact on the future of veterinary science. πΎππ‘
Research Focus
Dr. Anthony Romilio’s research focuses on ichnology, particularly dinosaur tracksites and fossilized footprints. His work spans various aspects of paleontology, including the documentation and digital mapping of modern and fossil ichnological data, the reassessment of dinosaur tracks, and the use of photogrammetry to generate 3D models of tracksites. He has contributed to the understanding of dinosaur behavior, such as examining the potential stampede dynamics in tracks and analyzing large theropod dinosaur footprints. His research also extends to the evolution of venom and mimicry in animals. His interdisciplinary approach integrates digital technologies with paleontological methods. π¦ππΌοΈπ
Publication top Notes
A standard protocol for documenting modern and fossil ichnological data
A reassessment of large theropod dinosaur tracks from the mid-Cretaceous (late AlbianβCenomanian) Winton Formation of Lark Quarry, central-western Queensland, Australia: a caseΒ β¦
The dinosaurian ichnofauna of the lower cretaceous (ValanginianβBarremian) broome sandstone of the Walmadany area (James Price Point), Dampier Peninsula, Western Australia
Reevaluation of the Lark Quarry dinosaur Tracksite (late AlbianβCenomanian Winton Formation, central-western Queensland, Australia): no longer a stampede?
The evolution of fangs, venom, and mimicry systems in blenny fishes
Coagulating colubrids: Evolutionary, pathophysiological and biodiscovery implications of venom variations between boomslang (Dispholidus typus) and twig snake (ThelotornisΒ β¦
Photogrammetry in ichnology: 3D model generation, visualisation, and data extraction
Large dinosaurian tracks from the Upper Cretaceous (CenomanianβTuronian) portion of the Winton Formation, Lark Quarry, central-western Queensland, Australia: 3D photogrammetricΒ β¦