
Prestigious annual lecture honoring contributions to natural hazards and disaster risk research, emphasizing holistic approaches integrating physical, social, and biological systems.

Young scientists discuss Earth science's future challenges, innovations, and opportunities, exploring interdisciplinary approaches and funding for underrepresented groups to secure a habitable planet.

Exploring strategies to support earth scientists' emotional well-being, career stress management, and recognition beyond publications while addressing climate change challenges and public engagement.

Experts analyze 25+ extreme weather events from 2018, examining climate change's role in hurricanes, wildfires, droughts, and heatwaves across the globe. Insights on anthropogenic influences and natural variability.

Exploring radioactive fallout in glaciers, its potential environmental impact, and the implications of climate change on releasing these contaminants into ecosystems.

Showcases USGCRP contributions to Earth system climate science, highlighting research milestones, predictability advancements, and model development. Includes agency presentations and community discussions on priorities.

Examining environmental science's role in addressing climate change, exploring strategies to accelerate societal action through improved research, communication, and policy implementation.

Experts discuss global warming's impact on El Niño and tropical oceans, using modern and ancient climate evidence to predict future effects on vulnerable communities and ecosystems.

Explore new evidence linking Mt. Etna's eruption to global effects in 44 BCE and uncover the mysterious fate of Santorini's residents after a catastrophic eruption 3,500 years ago.

Explore the future of water through expert perspectives on global consumption, groundwater, ecohydrology, management approaches, and advanced hydrologic modeling. Gain insights into adapting water science for evolving cycles.

Explore the historical perspective on global environmental change, honoring John Tyndall's groundbreaking work on the greenhouse effect in this annual lecture by AGU.

Explore innovative approaches to combat climate change using blockchain technology and open-source solutions, presented by Si Chen from Open Source Strategies, Inc.

Exploring sustainable food production: vegan fine dining and innovative air-based protein technologies. Chefs and entrepreneurs discuss transforming the culinary landscape to address climate change and ensure food security.

Explore personal impacts of climate change, combat eco-anxiety, and discover effective ways to address the crisis with insights from leading experts in psychology and science communication.

Mark Bittman discusses fixing our broken food system, addressing climate change, hunger, and exploitation while promoting affordable, nutritious, and sustainable food for all.

Explore the importance of protecting wild spaces for conservation, climate goals, and human-nature relationships. Experts discuss land preservation strategies and indigenous involvement in ecosystem management.

Comprehensive blueprint for achieving net-zero carbon emissions through systemic changes, featuring insights from experts on critical actions and real-world examples of successful implementation strategies.

Explore 30 years of climate change insights, future projections, and the evolving relationship between humans and Earth's climate system. Discuss effective communication, policy challenges, and global energy transitions.

Exploring post-Paris climate leadership, examining China's renewable energy surge, India's energy choices, and the impact of US withdrawal on global climate policy and vulnerability reduction.

Explore unconventional climate solutions, from atmospheric aerosols to resurrecting woolly mammoths, as scientists discuss innovative approaches to combat ecological collapse and preserve Arctic permafrost.

Geologist Chris Jackson explores Earth's climate history, revealing how ancient rocks and fossils tell a story of radical changes and how volcanoes have controlled atmospheric carbon dioxide levels throughout time.