Works by Richard Owen

As the founder of the Natural History Museum in London, Sir Richard Owen (1804-1892) was a preeminent 19^th-century British naturalist, comparative anatomist, and palaeontologist.

Owen is credited with classifying dinosaurs as distinct from other animals, coining the term "Dinosauria", and establishing many of the terms still used today in anatomy and evolutionary biology. As a leading figure in comparative anatomy and vertebrate palaeontology, he was noted for his strong opposition to Charles Darwin's theory of natural selection and for controversial disagreements with colleagues.

UNSW Library holds a selection of Owen's work in the Special Collections, including Palaeontology: A Systematic Summary of Extinct Animals (1860-1861), On the Anatomy of Vertebrates (1866-1868), Odontography (1840-1845), A History of British Fossil Reptiles (1849-1884), and A Monograph of the Fossil Chelonian Reptiles (1853). These illustrated volumes document Owen's meticulous anatomical studies and fossil reconstructions, offering insight into the scientific methods and visual culture of Victorian-era natural history.

UNSW Library’s collection of works by Richard Owen supports learning across palaeoscience, anatomy, zoology, and environmental humanities. It explores historical approaches to classification, reconstruction, and science communication, while critically examining the philosophical and cultural contexts. As both a scientist and museum founder, Owen’s legacy continues to influence how we interpret and present the natural world.

This resource provides a lens through which to study the history, philosophy, and development of evolutionary biology, zoological classification, and science communication. It prompts research using primary source analysis from UNSW Library Special Collection resources that present different historical perspectives and philosophies.

Owen is credited with founding the Natural History Museum in London and advancing the communication of the natural sciences through his commitment to establishing publicly accessible collections.

• Consider a museum's role historically in communicating scientific thought and knowledge about the natural world. Research different tools and platforms used for science communication and education, their strengths and limitations, and how they have evolved.
• How do contemporary tools and platforms for science communication contribute toward our understanding of natural sciences? Analyse and compare how the choice of communication medium affects accessibility, engagement, and scientific literacy today.

The practice of 19th-century scientific reconstruction bridged creativity and analytical thought. Figures like Richard Owen played a central role in interpreting and visualising extinct species, often relying on comparative anatomy and artistic collaboration to bring prehistoric life to public view. These reconstructions, while groundbreaking, were constrained by the cultural assumptions and institutional goals of the time, raising important questions about accuracy, authority, and the role of imagination in science communication.

• How did 19th-century scientists reconstruct extinct animals from fossil evidence? Examine historical reconstructions (e.g. Owen's Megalosaurusor Iguanodon) and compare them with modern interpretations. Use Owen’s descriptions of fossils to sketch or digitally reconstruct extinct species and compare them with modern interpretations.
• How do reconstructions help bridge the gap between scientific data and public understanding? Explore how reconstructions are used in science communication today (e.g. paleoart, documentaries, VR).
• Reflect on the ethical and educational implications of speculative reconstructions.

Use primary texts from Richard Owen, Charles Darwin, Thomas Henry Huxley, Gerard Krefft and other key figures to debate their positions on evolution, design, and classification. Read excerpts and analyse the language, assumptions, and scientific reasoning of the era.

• Compare Owen's concept of the "archetype" versus Darwin's natural selection. How did the structuralist views of Owen influence early evolutionary thought?
• Examine anatomical plates from Owen's volumes and compare them with modern anatomical diagrams. How did Owen's observations contribute to the classification of vertebrates?