
Explore early climate science through a physical scientist's perspective, covering key figures, models, and milestones in understanding climate change and its implications.

Explore Arctic sea ice myths, current data, climate models, and societal impacts. Learn about unprecedented ice loss and the potential for a seasonal ice-free Arctic from expert speakers.

Explore cutting-edge research on climate's impact on ecosystem carbon exchange, featuring studies on North American forests, drought effects, and photosynthetic capacity across various landscapes.

Explore USGS findings on carbon storage in Western U.S. ecosystems, covering 2 million square miles. Learn about current sequestration rates and future projections under various scenarios.

Exploración del Antropoceno: científicos debaten su definición como época geológica, analizando marcadores estratigráficos y el impacto humano en el planeta a través de fósiles, contaminantes y alteraciones del terreno.

Explore current research on ice sheet mass balance, glacier melt, and sea level rise projections. Gain insights into cryospheric changes and their global impacts from leading climate scientists.

Explores the impacts of rising CO2 levels on ocean chemistry and marine life, discussing potential consequences for calcification, adaptation, and ecosystem survival in the face of rapid acidification.

Explore deep crustal metamorphic carbon cycling in mountain belts, examining CO2 release processes, flux rates, and potential impacts on global carbon cycles and climate change.

Explores climate science predictions, from early CO2 warming theories to modern planetary studies. Highlights key successes in forecasting global climate patterns and their implications for Earth and exoplanets.

Explore climate change impacts on cryospheric systems through expert presentations on mountain glaciers, ice caps, and permafrost. Gain insights into past climate reconstructions and future projections for Earth's frozen regions.

Explore the ecological impacts of early snowmelt in the Rocky Mountains, including disruptions to plant growth cycles and cascading effects on animal species, based on observations from the unusual winter of 2011-2012.

Explore climate change impacts, mitigation strategies, and policy implications with Professor Sir Bob Watson in this insightful AGU Fall Meeting lecture on geophysics frontiers.

Explore cutting-edge research on extreme climate events' impacts on carbon dynamics, featuring studies on soil respiration, bark beetle outbreaks, droughts, and tropical cyclones.

Explore the future of human-landscape interactions, discussing driving forces, global shaping, and sustainability challenges in the Anthropocene era.

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.

Explore ecological disturbances' impacts on biodiversity, climate, and ecosystems. Topics include invasive species, land-use changes, wildfires, and tree harvests across various biomes and their long-term consequences.

Explore how climate change influenced ancient civilizations in the Middle East and Indian subcontinent, examining archaeological evidence and climate records to understand societal shifts.

Experts discuss Superstorm Sandy's impact, future storm risks, and economic consequences. New data on coastal effects, forecasts, and the possibility of unprecedented cyclones in atypical regions are presented.

Comprehensive overview of North American climate change research, covering regional simulations, impact assessments, and future projections across various environmental domains.