Ice Dynamics

Ice dynamics refers to the movement and flow of ice within glaciers and ice sheets. It involves understanding how ice deforms under its own weight, flows due to gravity, and interacts with underlying surfaces like bedrock. These processes are influenced by temperature, pressure, and the ice’s structure, causing glaciers to advance or retreat over time. Studying ice dynamics helps scientists predict how ice masses respond to climate change, contributing to sea level change forecasts. Essentially, it examines the physical behavior of ice as it moves and changes shape, guiding our understanding of ice’s role in Earth’s climate system.