
Explore Kelvin-Stuart vortices in fluid mechanics, plasma physics, and planetary rings. Analyze stability, applications, and magnetic island equilibria in 2D ideal MHD equations.

Explore cloud formation, aerosol impacts on climate, and potential cloud modification strategies to mitigate global warming. Gain insights into atmospheric science and climate change.

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 topographic maps: learn to read contour lines, interpret elevation, and understand terrain features for navigation and land analysis.

Explore earthquakes, seismic waves, and their impacts. Learn to determine epicenters and magnitudes while examining notable seismic events worldwide.

Explore Earth's history through geochronology, learning dating techniques and geological timescales. Gain insights into our planet's ancient past and evolutionary timeline.

Explore Earth's major mass extinctions, their causes, and impacts on biodiversity throughout geological history.

Explore the rich history, diverse collections, and dedicated curators of the Rutgers University Geology Museum, uncovering its significance in geological education and research.

Explore Mars through a graduate student's presentation, delving into the Red Planet's geological wonders and scientific mysteries.

Learn mineral identification techniques from a geology expert, exploring physical properties and tools used to classify rocks and minerals found in nature.

Explore early solar system formation through meteoritic analysis, isotopic anomalies, and integrated data to uncover the origins of our cosmic neighborhood.

Explore the Heat Vulnerability Index for New Jersey, its construction, application, and importance in identifying at-risk communities during extreme heat events.

Explore strategies to enhance diversity and inclusion in geoscience education, focusing on underrepresented minority students' pathways to success.

Explore the deformation of Earth's middle crust and its implications for geological processes with Dr. Steven Kidder's insightful analysis.

Explore adaptive potentials of marine calcifiers amid ocean changes, focusing on their resilience and evolutionary strategies in response to environmental shifts.

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

Explore the fascinating evolution of Mosasaurus, the dominant marine predator of the Cretaceous period, through expert insights and paleontological discoveries.

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.