
Mathematical exploration of ice sheet dynamics in Greenland and Antarctica, covering fluid mechanics, modeling techniques, and key equations to understand their behavior and movement.

Explore five types of ice in the climate system: sea ice, ice sheets, ice shelves, icebergs, and mountain glaciers. Learn about their formation, characteristics, and roles in Earth's environment.

Scientists discuss a new database tracking global ice velocity using NASA/USGS Landsat satellites, providing insights into glacier melting, sea level rise, and seasonal changes in ice movement due to climate change.

New research on shrinking glaciers, ice sheets, melting permafrost, and sea level rise due to climate change, presented by experts from various institutions.

Explore glaciological studies on ice sheet evolution in warming climates, covering ice flow, satellite observations, and mass balance in Greenland and Antarctica.

Explore polar science advancements, ice sheet dynamics, and climate change impacts. Discover new technologies and research methods shaping our understanding of Earth's polar regions.

Explore the physics behind ice sheets and their impact on future sea levels with Professor Alex Robel from Georgia Tech in this insightful talk.

Explore climate change impacts on Earth's ice, focusing on Arctic sea ice and coastal regions of Greenland and West Antarctica. Learn about cryospheric projections and potential sea-level rise consequences.

Explore current research on ice sheet mass balance, glacier melt, and sea level rise projections. Gain insights into cryospheric changes and their global impacts from leading climate scientists.

Explore Antarctica's Pine Island Glacier, its role as a climate indicator, and methods for measuring glacial change. Learn about ice dynamics, mass balance, and global implications through expert insights and hands-on activities.

Exploring Earth and space science challenges: climate change, natural disasters, ecosystems, energy transition. Experts discuss innovative solutions and opportunities to benefit humanity through interdisciplinary collaboration and public engagement.

Novel perspectives on Earth's climate future, exploring ice sheets, clouds, ecological tipping points, renewable energy, and personal action. Experts discuss challenges and solutions for shaping our climate destiny.

Explore advances in ice science through Antarctic cores and potential Mars sampling, uncovering insights about Earth and Mars' ancient climates and environments.

Explore the intersection of cryosphere science and global climate negotiations, focusing on the latest research and its implications for policy discussions at COP28.

From a childhood dream shaped by borders to documenting the most remote places on Earth in Antarctica and the Arctic, Esther Horvath takes us into the polar night of the northernmost community and the fastest‑warming place on the planet. There, she reveals the people who live far from their loved on