
Evolution of climate models to Earth system models, incorporating interactive cycles and components. Discusses future research challenges and Steve Schneider's vision for interdisciplinary collaboration in global change science.

Presentations by new Atmospheric Sciences Fellows on climate change, Earth system models, particle precipitation, stratospheric aerosols, and precipitation processes in climate models.

Exploring Earth's rapidly changing climate, the lecture discusses advancements in climate modeling, satellite observations, and field experiments to improve future climate projections for informed decision-making.

Explore cutting-edge drought monitoring and prediction techniques, including global information systems, seasonal forecasting, and climate change impacts, with applications for decision-making in water resource management.

Scientists discuss installation of atmospheric river observatories in California to enhance monitoring and prediction of powerful winter storms, aiding forecasters and resource managers in decision-making.

Comprehensive overview of the U.S. National Climate Assessment, covering engagement strategies, scientific findings, regional trends, and sector-specific impacts across the country.

Experts discuss strategies to mitigate the rising economic impact of natural disasters, emphasizing risk understanding, data analysis, and protective measures for people and property.

Explore cloud science with NASA experts, covering topics like the water cycle, phase changes, and radiant energy. Engage in hands-on activities and learn to use NASA data for classroom projects.

Explore climate science through scientific field campaigns. Analyze atmospheric data, understand climate models, and engage in hands-on activities to enhance understanding of Earth's climate system.

Explore extreme weather prediction and management with NOAA's Jane Lubchenco. Learn about challenges in forecasting, monitoring, and mitigating impacts of various environmental events to enhance community resilience.

Exploring connections between weather patterns and seismic/volcanic activity, revealing how surface phenomena can influence underground events and potentially impact eruption timing.

Presentations by new Atmospheric Sciences Fellows covering topics like cumulus convection modeling, organic nitrates, aerosol oxidation, and extreme convective storms using satellite data.

Explore cutting-edge research on drought monitoring and prediction, including remote sensing, soil moisture analysis, and early warning systems for improved decision-making and humanitarian response.

Explore cutting-edge research on nonlinear and scaling processes in atmospheric and oceanic systems, covering climate reconstructions, sensitivity, long-range memory, megadroughts, turbulence, and micro-scale phenomena.

Experts discuss alarming Arctic changes: record sea ice loss, declining snow extent, rising permafrost temperatures, and extensive Greenland ice sheet melting, despite unremarkable air temperatures.

Exploring tropical convection's role in global climate, from field expeditions to satellite observations, revealing advances in understanding cloud-circulation interactions and their impact on weather patterns.

Explore strategies for predicting and managing extreme weather and climate events with insights from Dr. Jane Lubchenco's lecture at the AGU Fall Meeting 2011.

Paleoclimate data suggests Earth may face rapid climate changes, with sea levels potentially rising several meters, even if global warming is limited to two degrees Celsius above pre-industrial levels.

Honoring excellence in geophysical sciences: AGU's 2012 award ceremony recognizes outstanding contributions in research, education, journalism, and climate communication across various disciplines.

Explore past and future drought mechanisms in the Southwest US, covering precipitation patterns, climate proxies, water availability projections, and global climate factors influencing regional hydrology.

Explore cutting-edge research on gravity waves in atmosphere and oceans. Topics include aviation turbulence, internal wave dynamics, predictability, observations, and climate model comparisons.