
Explore ancient oceans through shark teeth fossils, uncovering climate history and marine ecosystem evolution with Princeton researcher Alliya A. Akhtar.

Explore diverse Earth & Planetary Sciences topics through rapid-fire faculty presentations, covering geology, climate change, oceanography, and more in concise 3-minute talks.

Explore the connection between petrology and geophysics in volcanic eruption monitoring, focusing on La Palma's case study with Dr. Marc-Antoine Longpré.

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 Earth's habitability through the interconnected evolution of crust, mantle, atmosphere, and oceans, gaining insights into our planet's unique conditions for life.

Изучите методы реконструкции условий формирования карбо натных пород, включая анализ осадочных текстур, биогенных структур и геохимических индикаторов.

Explore geodynamic models to understand mantle processes, including Pb isotope cycling, Earth's heat budget, and seismically observed lower mantle features.

Explore the evolution of ocean circulation patterns throughout the Cenozoic era, focusing on key factors shaping modern oceanic systems.

Explore innovative geochemical methods for decoding climate, ocean, and ecological data from planktic foraminifera records with Dr. Brittany Hupp.

Explore how ancient air bubbles trapped in ice reveal Earth's climate history and inform future climate predictions.

Explore ocean sediment coring techniques and their role in uncovering Earth's climate history through marine expeditions and scientific analysis.

Embark on a captivating journey exploring Earth's geochemical processes, unraveling the planet's mysteries through cutting-edge research and scientific insights.

Explore the fascinating world of siderophile elements and their crucial role in geochemistry, with insights from Dr. Richard J. Walker's research.

Explore Mars' geological evolution through meteorite analysis and sample return missions, uncovering reaction pathways and planetary processes.