
Explore the complex relationship between clouds and climate change in this lecture by Graeme L. Stephens, offering insights into one of the most uncertain aspects of climate science.

Explore current issues in stochastic weather and climate modeling, focusing on vertical turbulent fluxes, probability distributions, and long-tail phenomena in precipitation and tracers.

Explore cutting-edge atmospheric science research presented by newly elected AGU Fellows. Gain insights into the latest advancements and discoveries in the field.

Explore Earth System Prediction's evolution, from post-WWII insights to modern numerical forecasting. Learn about the critical gap in sub-seasonal to decadal decisions and the challenges of integrating diverse Earth System components.

Explore planetary climates and paleoclimates, examining longstanding issues and innovative solutions with Professor Geoffrey Vallis from the University of Exeter.

Explore the future of sea ice with Prof. John Wettlaufer as he delves into the complex dynamics and implications of its changing patterns in this insightful seminar from Yale University.

Explore how convection organizes in the atmosphere and its impact on climate, featuring insights from Prof. Allison Wing on tropical meteorology and climate dynamics.

Explore the intricate relationship between storms and climate with Prof. Morgan O'Neill from Stanford University, delving into cutting-edge research and insights in atmospheric science.

Explore turbulence as a critical unsolved problem in classical and climate physics with Professor Tapio Schneider, delving into its impact on our understanding of climate variability.

Explore the intersection of physics, climate change, and complex systems with insights from Nobel laureates and leading experts in this thought-provoking session.

Explores the 1995 IPCC conclusion on human influence on climate, its historical context, subsequent scientific advancements, and personal reflections on lessons learned from this pivotal moment in climate science.

Explores the complex relationship between forests and climate change, tracing historical perspectives and advocating for an interdisciplinary approach to understand and address forest-climate interactions.

Explores precipitation from weather and climate perspectives, examining energetic frameworks, aerosol impacts, and extreme events to advance understanding and modeling of regional rainfall patterns and future changes.

Explore hurricane hazards and risks in a changing climate, focusing on potential worsening impacts due to coastal development, sea-level rise, and climate change effects on hurricane activity.

Scientists debate which climate scenarios should be prioritized for research and funding, exploring the pros and cons of focusing on high-end vs. intermediate-range projections to guide climate action and sustainability efforts.

Explore mathematical modeling of climate transitions with Dr. Matthew Huber, focusing on unique aspects of anthropogenic climate change and its impact on future climate predictions.

Explore ocean warming's impact on climate using advanced models. Learn how scientists simulate and predict changes in ocean currents and temperatures to develop mitigation strategies.

Explore the evolution of climate science, WCRP's role, and future directions. Engage in discussions on Earth system analysis, prediction advancements, and upcoming research challenges.

Showcases USGCRP contributions to Earth system climate science, highlighting research milestones, predictability advancements, and model development. Includes agency presentations and community discussions on priorities.

Experts discuss global warming's impact on El Niño and tropical oceans, using modern and ancient climate evidence to predict future effects on vulnerable communities and ecosystems.

Explore system-wide climate solutions using a smart simulator. Discover surprising insights on effective strategies to limit global warming, from renewables to carbon pricing and beyond.