
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 geodynamics research on plate tectonics, including continental collisions, mantle plumes, subduction zones, and their effects on Earth's topography and magmatism.

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.

Exploring lightning's role in climate change, its correlation with temperature and water vapor, and its potential as a climate indicator. Discusses challenges in long-term monitoring and the impact of aerosols on lightning activity.

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.

Innovative use of GPS technology for detecting clandestine nuclear tests, exploring ionospheric disturbances and acoustic waves as potential indicators of underground explosions.

Explore the Earth's unique geological features, focusing on continental crust formation, plate tectonics, and the role of water in shaping our planet's surface and internal dynamics.

Explore magnetotelluric studies in East Africa, focusing on imaging subsurface melt and magma. Learn about data collection, processing, and interpretation in interdisciplinary rift zone research.

Exploring how small climate changes can trigger rapid ecosystem shifts, including potential impacts on boreal forests and arctic tundra, and historical examples of regime shifts affecting megafauna.

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.

Experts discuss new research on ocean acidification's impact on marine species beyond corals, revealing stunted growth and development in fish, crustaceans, and sea urchins due to lower pH levels.

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.

Newly discovered evidence sheds light on Kilauea's explosive history, including the deadly 1790 eruption, providing crucial insights for assessing future catastrophic events at this frequently visited volcano.

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

Explore recent developments in seismology for Central and Eastern US, covering ground-motion modeling, earthquake processes, intraplate dynamics, and implications for nuclear safety.

Explore cutting-edge research on using GNSS and remote sensing for climate and meteorological applications, including water vapor mapping, temperature anomalies, and tropospheric observations.

Explore pyroclastic density currents through modeling, observations, and experiments. Gain insights into flow dynamics, deposit characteristics, and hazard implications for volcanic eruptions.

Exploring deep continental margins: their ecological importance, vulnerability to climate change, and challenges from human exploitation. Calls for improved stewardship of these crucial deep-ocean ecosystems.

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 human impacts on water, ecology, and landforms across scales, focusing on wildfires, logging, and road networks. Gain insights into erosion, runoff, and water quality in forested landscapes.