Concept

Snow

Related lectures (32)

Snow Properties: Distribution, Variability, and Dynamics

Explores the distribution, variability, and dynamics of snow properties, emphasizing the importance of snow water equivalent in hydrology.

Snowpack Modeling: Physics and Applications

Explores the physics of snowpack modeling and its practical applications in vapor transport and hydrology simulations.

Snow Properties: Volume, Depth, and Porosity

Explores the physical properties of snow, focusing on volume, depth, and porosity, and their significance in understanding snow behavior.

Snow Processes: Canopy Interactions

Explores snow accumulation and melt in forests, emphasizing snow-vegetation interactions and their modeling.

Snow Measurements: Techniques and Applications

Explores snow measurement techniques, including SWE, gauges, and new technologies.

Snow Metamorphism: Equilibrium vs Kinetic

Explores the processes of snow metamorphism, from equilibrium to kinetic, affecting snowpack layering and structural strength.

Snow Variables and Measurements

Explores snow variables, measurement techniques, and challenges in accurately measuring snow properties and balance components.

Snowpack Applications and Tutorial

Explores the SNOWPACK model for snow physics and hydrology applications, including vapor transport, hydrology, and climate change.

Snow Physics and Hydrology: Introduction

Covers the physics and hydrology of snow, emphasizing its importance in modifying energy and water fluxes and its impact on freshwater resources.

Spatial Variability of Snow Properties

Explores the spatial variability of snow properties and the impact of heterogeneous snow cover on melt timing and volume.

Snow Water Transport

Covers snow deposition modeling, sublimation effects, and snowmelt phases, including liquid water movement complexities.

Snow Heterogeneity: Remote Sensing

Examines snow heterogeneity, measurement techniques, and real-world examples, emphasizing the impact of topography, vegetation, and weather on snow distribution.

Snow Melt Dynamics: Phases, Energy Balance, and Water Movement

Explores snowmelt phases, energy balance, water dynamics, and transport complexities in snow.

Snow Measurements: Techniques and Analysis

Explores techniques for snow depth measurements, temperature sensors, snow stratigraphy, and crystal imaging.

Snowpack Applications: Snow Transport

Explores snowpack modeling, avalanche warnings, glacier protection, climate change effects, and snow transport phenomena.

Snow Measurements and Analysis

Explores methods for snow measurement and analysis using techniques like laser scanning and infrared imaging.

Snow Physics and Hydrology

Covers snow physics, hydrology, modeling, and climate impact, emphasizing self-learning and practical understanding.

Snow Transport and Deposition

Explores snow transport mechanisms, forces on snow grains, drift index, AWS concept, snow deposition modelling, and topographical flow features.

Snow and Avalanche Forecasting

Discusses snow and avalanche forecasting, snow cover simulation, runoff forecasting, and climate change impact.

Drifting Snow Sublimation: Modeling and Field Results

Explores drifting snow sublimation, modeling, suspension dynamics, and field results, emphasizing its impact on mass balance and spatial distribution.