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The Spring Harvest of Rocks (H²O (Liquid Water (Attraction to soil…
The Spring Harvest of Rocks
Soil Water Ice surrounding Clast - Overlapping and interacting systems diagrams
H²O
Liquid Water
Attraction to soil constituents
Mobile
Adhereing
Solute Concentration
Capillary action
Water Vapour
Mobility
Evapouration/Condensation
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Energy Transfer Quantified and Visualized
Freezing/Melting
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Sublimating
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Phase Transitions and Heat Exchange
Movement of thermal energy. Systems theory.
Higher energy to lower energy
Ice
Freezing Temperature
Freezing Front
Based on solute concentration
Crystalization
Permeability (Soil)
Inputs and outputs
Porosity
Soil
No Inputs and Outputs for our Scale
Texture
Density
Saturation
Permeability
Porosity
Thermal Conductivity/Insulation
Clast
(image/outlines of various clasts that are so mobile)
Thermal Conductivity
Density
Cohesion
Surface Roughness
Shape
Movement of Clast
Various Theories
Frost Push
Frost Pull
Correspondence with known facts
Academic and non-academic
Compare using a table
Mechanisms
Direction
Tilt
Advance of freezing plane
Adhesion
Voids
Infilling
Energy
Energy Flows
Conduction
Radiation
Latent Heat
Water transfer
Energy Stores
Latent Heat
Vibration Heat
Soil
Clasts
Water
Air
Energy Transitions/States
Outputs Inputs
Freezing Ground
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Frost Lensing
Expansion due to freezing
Solidification
Freezing front
Must Cover
Prerequisiets
Clasts
Sub Zero Ground Temp
Soil texture
Soil Moisture
Settling
Infil
Lifting
adherance
Expansion of soils as it freezes
Freezing Front
Upfreezing
Soil Heaving
Heaving Strain
Clast Dispacement