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Introduction |
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Hydrologic Cycle (1.1-1.2/n) |
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Asgn 1 |
Water Balance (2.1-2.5/1.1,1.2) |
Solution
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Precipitation |
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Properties of Moist Air (D.3/3.7) |
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Saturation Condition (D.3/3.7) |
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Atmospheric Profile (D.2/3.4,3.5) |
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Atmospheric Circulation (3.1,4.1/3.4-3.6) |
Asgn 2 |
First Law of Thermodynamics (n/3.8) |
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Solution |
Adiabatic Lifting (n/3.8) |
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Lifting Condensation Level (n/4.3) |
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Pseudo-Adiabatic Lifting (n/3.8) |
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Level of Neutral Buoyancy (n/n) |
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Condensation Rate (n/3.8) |
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Asgn 3 |
Rainfall Rate (n/4.3) |
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Solution |
Radar Estimation (n/4.6) |
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Evaporation |
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Energy Method (7.1-7.4/5.2) |
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Radiation Laws (D.1/2.3) |
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FIRST EXAM |
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Net Radiation (7.3/2.3) |
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Conduction & Convection (D.6/3.3) |
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Eddy Diffusion Coefficient (D.6/3.3) |
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Aerodynamic Method (7.3/5.2) |
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Asgn 4 |
Penman Combination Method (7.3/5.2) |
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Solution |
Pan Evaporation (7.3/5.2) |
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Transpiration |
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Penman-Monteith Method (7.5/n) |
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Vegetation Conductance (7.5/n) |
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Snowmelt |
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Snowpack Properties (5.1-5.3/6.1-6.3) |
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Asgn 5 |
Warming Period (5.4,5.5/6.4) |
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Solution |
Ripening & Output Periods (5.4,5.5/6.4) |
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Snowmelt Modeling (5.5/n) |
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Infiltration |
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Soil Properties (6.1,6.2/7.2) |
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SECOND EXAM |
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Darcy's Law (6.3/7.2) |
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Unsaturated Flow (6.6/8.2) |
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Philip Solution (n/8.3) |
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Time Compression (n/8.3) |
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Asgn 6 |
Runoff (n/8.3) |
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Solution |
Exfiltration (n/8.3) |
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Deep Soil Green-Ampt (6.6/n) |
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Shallow Soil Green-Ampt (6.6/n) |
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Infiltration Measurement (6.6/n) |
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Modeling |
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Model Introduction (n/n) |
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Model Application (n/n) |
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THIRD EXAM |
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