
Researchers discuss potential for magnitude 9 earthquake in Kashmir Valley, using GPS monitoring and historical evidence to assess seismic risk in the densely populated Himalayan region.

Experts discuss ocean acidification's impact on coral reefs, examining natural occurrences, lab simulations, and historical data to understand mechanisms and ecosystem vulnerability.

NASA's Dawn mission unveils groundbreaking geologic maps of asteroid Vesta, revealing diverse surface features, north-south dichotomy, and insights into its composition, history, and relationship to meteorites.

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 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.

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

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.

Explore cutting-edge research on subduction zones, including fluid dynamics, isotope records, mineral growth, and links to volcanism. Gain insights into Earth's deep processes from leading geoscientists.

Explore Mars rover Opportunity's latest findings at Endeavour Crater, including unusual textures and potential clay minerals, with updates on ongoing investigations and future plans.

Explore cutting-edge research on mantle melting in subduction zones, covering experimental studies, numerical models, seismic imaging, and geochemical analyses to understand magma formation processes.

Explore mantle geodynamics and plume structure through geochemical analysis, gaining insights into Earth's deep processes and their impact on surface geology.

Explore the complex journey of water in Cascadia's forearc through seismic profiles, revealing insights into plate boundaries, tremors, and oceanic crust behavior.

Explore global tectonics, earthquakes, and mantle transition zone dynamics. Discover connections between seismic data, subduction zones, and petrological anomalies in this comprehensive geophysical lecture.

Explore cutting-edge 4D imaging techniques revolutionizing Earth Sciences, offering unprecedented insights into geological processes and environmental changes over time.

Explore the role of volatile elements in Earth's deep structure and dynamics, focusing on their impact on mantle processes and global geochemical cycles.

Explore isotope geochemistry's role in studying habitability and potential life on other planets, focusing on Mars, Europa, and Titan. Learn about key indicators and future research directions.

Explore Mars with Opportunity rover as it heads to Endeavour Crater, guided by orbital observations revealing clay minerals and potential new discoveries in this ancient Martian landscape.

Explore ancient underground water and its implications for extraterrestrial life with geologist Barbara Sherwood Lollar. Discover how deep Earth research informs the search for life on Mars.

NASA geochemist Jennifer Stern shares insights on developing instruments for Mars Curiosity Rover, testing them in extreme Earth environments, and the unexpected role of Norwegian death metal in fieldwork.

Explore cutting-edge electromagnetic methods in geophysics with expert presentations on advancements, applications, and innovative techniques for Earth exploration and understanding.