Snow dynamics refers to the processes that govern the formation, movement, and melting of snow. This includes how snowflakes form in the atmosphere, how they accumulate on the ground, and how they interact with environmental factors like temperature and wind. Understanding these processes is crucial for predicting avalanches and managing water resources. The study of snow dynamics also involves examining the impact of climate change on snow cover and its seasonal patterns. Changes in temperature can affect the timing of snowmelt, which in turn influences river flows and ecosystems. Researchers often use models to simulate these dynamics and assess their implications for climate change and water management.