
Panel discussion exploring JWST's potential to revolutionize exoplanet research, featuring astrophysicists discussing the telescope's capabilities to discover Earth-like planets and search for signs of life beyond our solar system.

Explore strategies for increasing deep soil carbon stocks through historic rooting depth changes and crop breeding, featuring insights from experts on soil development and root characteristics.

Explore cover cropping's impact on soil carbon stocks and farm profitability through meta-analysis and economic research, featuring insights from UN FAO and Iowa State University experts.

Explore the psychological challenges of long-haul space travel through a writer's experience in a Mars simulation mission, focusing on food, team dynamics, and personal growth.

Exploring innovative approaches to detect extraterrestrial intelligence, including indirect clues of technological development. Discusses efforts to establish SETI as a legitimate scientific discipline with academic infrastructure.

Dr. White-Newsome discusses transforming communities through people-centered solutions, addressing climate change, public health, environmental justice, and racial equity, with a focus on career development.

Introduction to nonlinearity, complexity, and scaling in earth science processes, focusing on solar system plasmas. Explores challenges and progress in applying nonlinear physics concepts to space weather and magnetospheric dynamics.

Explores earthquake cycles through field geology, examining ancient fault rocks to understand seismic behavior, transient conditions, and persistent changes that control fault deformation and slip patterns.

Exploring near-Earth space using sounding rockets: innovative techniques, multi-payload campaigns, and groundbreaking discoveries in auroral ionospheric research, fostering new perspectives on Earth's environment.

Explore Saturn's carbon cycle through Cassini mission findings, revealing insights into the planet's atmosphere, rings, and moons in this AGU lecture honoring planetary scientist Eugene Shoemaker.

Explore solar wind coupling and magnetospheric substorms in this prestigious space science lecture, honoring James A. Van Allen's pioneering contributions to magnetospheric research.

Exploring aerosols' impact on climate: from microscopic presence to macroscopic effects. Delves into how these tiny particles influence global climate systems and atmospheric dynamics.

Explore seismology's frontiers in this annual AGU lecture honoring Beno Gutenberg, featuring cutting-edge research and insights from leading experts in the field.

Explore the impacts of COVID-19 mitigation strategies on emissions, the Earth System, and virus dynamics. Learn about research efforts examining these complex interactions.

Explore the Hearts in the Ice project, connecting global efforts to address climate change through on-site research in Spitzbergen and engaging diverse stakeholders in Earth science communication.

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.

Innovative space science lectures covering ionospheric dynamics, plasma turbulence, and shock waves. Highlights research contributions from early-career scientists and public outreach efforts in space physics.

Explore oceanic disease outbreaks affecting marine ecosystems, their impact on keystone species, and innovative monitoring techniques. Learn about nature-based solutions for pathogen reduction.

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.

Learn how to propose and convene a session at AGU Fall Meeting. Gain insights from experienced scientists on the process, timeline, and best practices for early career researchers to organize successful conference sessions.

Explore how Thriving Earth Exchange's community science approach is adapted globally, featuring insights from Australia, Mongolia, and Senegal on motivations, projects, and expected impacts.