
Expedition to Svalbard's uncharted waters explores Arctic ecosystems and climate change impacts through innovative mapping and sampling techniques, providing crucial data on biodiversity and environmental changes.

Explore how physicists can contribute to addressing societal challenges through cross-disciplinary collaborations, focusing on issues like climate and energy.

Explore the fluid dynamics of wildfires, their environmental impact, and how Computational Fluid Dynamics can model and potentially prevent these destructive natural phenomena.

Explore how iceberg shape influences melting rates in this insightful discussion with researchers, featuring presentation of results and audience Q&A.

Explore how open-source and data-driven tech combat climate change through Digital MRV. Learn about edge computing applications and see a live demo of innovative solutions.

Explore the CNCF Environmental Sustainability Working Group's mission to integrate eco-friendly practices in cloud-native systems, addressing growing computing power demands and fostering a sustainable digital future.

Explore cutting-edge wildfire research and career opportunities in this engaging session for early-career scientists interested in fire ecology and management.

Explore statistical analysis of Fire Weather Index data to understand climate's impact on wildfire risk in Colorado, examining factors like heat, humidity, and human activity.

Explore techniques for engaging resource managers, extreme precipitation research, climate adaptation co-production, and decision support activities in the Midwest and Northeast U.S. amid increasing heavy rainfall events.

Explore Earth system perspectives inspired by Carl Sagan's work in this lecture featuring expert discussions, Q&A, and an early career panel, honoring Sagan's contributions to astrobiology and science education.

Exploring strategies to apply scientific discoveries to societal challenges, focusing on collaboration with stakeholders and increasing diversity in geosciences for effective problem-solving.

Explore coastal dynamics and river delta morphology, examining the impact of waves, tides, and fluvial forces on delta formation and future changes due to human activities and sea-level rise.

Explores the 1995 IPCC conclusion on human influence on climate, its historical context, subsequent scientific advancements, and personal reflections on lessons learned from this pivotal moment in climate science.

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.

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.

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 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.

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.