STEMMUS-UEB v1.0.0: integrated modeling of snowpack and soil water and energy transfer with three complexity levels of soil physical processes

Mathematics

• Integrated Modeling 100%
• Energy Transfer 76%
• Physical process 65%
• Soil 62%
• Water 52%
• Liquid Flow 29%
• Mass Transfer 24%
• Soil Moisture 24%
• Model 17%
• Heat Transfer 13%
• Unsaturated Soil 11%
• Water Content 11%
• Thermal Effects 9%
• Moisture 9%
• Model Complexity 9%
• Hydrology 8%
• Surface Energy 8%
• Energy 8%
• Energy Balance 8%
• Modeling 8%
• Simulation 8%
• Roughness 7%
• Heat Flux 7%
• Timing 7%
• Enhancement 7%
• Liquid 6%
• Momentum 6%
• Physics 5%

Engineering & Materials Science

• Energy transfer 60%
• Soils 41%
• Water 28%
• Sublimation 24%
• Snow 21%
• Vapors 20%
• Soil moisture 15%
• Liquids 15%
• Mass transfer 15%
• Ice 11%
• Air 9%
• Hydrology 8%
• Heat transfer 7%
• Thawing 7%
• Interfacial energy 7%
• Latent heat 6%
• Water content 6%
• Energy balance 6%
• Thermal effects 5%
• Momentum 5%
• Heat flux 5%
• Moisture 5%
• Physics 5%

Earth & Environmental Sciences

• snowpack 58%
• physical process 47%
• soil water 42%
• energy 25%
• soil 22%
• modeling 21%
• sublimation 15%
• albedo 12%
• mass transfer 11%
• liquid 10%
• snow 10%
• heat transfer 7%
• air 7%
• soil moisture 7%
• moisture transfer 6%
• ice 5%
• effect 5%