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Evaluation of the Near-Surface Variables in the HRRR Weather Model Using Observations from the ARM SGP Site
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Land–Snow Data Assimilation Including a Moderately Coupled Initialization Method Applied to NWP
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Spatial Snowdrift Modeling for an Open Natural Terrain using a Physically-based Linear Particle Distribution Equation
Abstract Snowdrift, which results from deposition of wind transported snow, has been primarily estimated empirically rather than using …
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Single-Column Validation of a Snow Subgrid Parameterization in the Rapid Update Cycle Land-Surface Model (RUC LSM)
Abstract Subgrid variability of snow is important in studying surface-atmosphere interactions as it affects grid-scale processes. …
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A scale-aware parameterization for estimating subgrid variability of downward solar radiation using high-resolution digital elevation model data
Abstract Subgrid variability of solar downward radiation at the surface can be important in estimating subgrid variability of other …
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Understanding subgrid variability of snow depth at 1-km scale using Lidar measurements
Abstract It is well known that snow plays an important role in land surface energy balance; however, modelling the subgrid variability …
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Modeling Subgrid Variability of Snow Depth Using the Fokker-Planck Equation Approach
Abstract A physically based subgrid variability model for snow process using the Fokker-Planck equation (FPE) approach was proposed. …
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A New Formula for Estimating the Threshold Wind Speed for Snow Movement
Abstract Threshold wind speed for snow movement is one of the most important parameters describing the wind-transport snow process. A …
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Accuracy evaluation of two precipitation datasets over upper reach of Heihe River Basin, north-western China
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