
Explore ecosystem collapse through the lens of mass extinctions, focusing on the End-Permian event and its aftermath. Gain insights into biodiversity patterns and ecological dynamics.

Explore invertebrate paleobiology, covering topics from taphonomy to evolutionary trends. Learn about species diversity, functional morphology, biogeography, and extinction patterns in ancient marine ecosystems.

Explore how mollusk shells serve as archives for past climate and ecosystem changes, revealing insights into extreme weather patterns and seasonality in high-CO2 environments.

Explore Eocene kimberlites from the Slave Province, uncovering ancient ecosystems and their implications for modern climate change through paleobiological analysis and advanced scientific techniques.

Explore the scientific accuracy of Jurassic Park's dinosaurs with paleontologist Ryan Haupt, examining what the movies got right and wrong about these prehistoric creatures.

Explore frog skull diversity, hyperossification patterns, and tooth loss evolution across amphibian lineages, revealing insights into frog morphology, systematics, and paleobiology.

Explore T. rex paleobiology through tooth pathologies and soft tissue reconstruction, gaining insights into the life and biology of this iconic dinosaur.

Explore deep-time evolution, examining factors shaping biodiversity through millions of years. Uncover patterns in species survival, diversification, and recurring forms across different groups and time periods.

Explore geological evidence supporting the Anthropocene as a new epoch, including stratigraphic signals, the Great Acceleration, and ongoing research for potential formalization in the Geological Time Scale.

Explore geobiology and microbial life evidence in planetary analog systems, gaining insights into biological validation for space exploration.

Explore AI's impact on biodiversity research, climate solutions, and natural world protection. Discover opportunities and challenges in applying AI to evolutionary studies and environmental conservation.

Explore ancient sedimentary rocks to uncover the puzzling late emergence of complex life on Earth and its implications for the search for extraterrestrial life.

Explore ancient sedimentary environments through 3D reconstructions, uncovering Earth's history and early life evolution via innovative analysis of rock records and fossils.

Explore the fascinating discovery of Quaestio and delve into the Ediacaran period with Prof. Scott Evans as he investigates what might be Earth's first animal from over 500 million years ago.