Overview of Soil Module Development


Summary of Content Goals for Activity Sets
Discovery Physical Modeling Mathematical Modeling Analysis
Elementary discovery and exploration using common materials and simple concepts Iterative experiments designed to investigate controlling parameters and practice technique Simple to advanced mathematical models that make use of Canned, Field, and Archived data to simulate the object of a protocol Analysis activities that present specific examples and guided use of the GLOBE data archive and visualization resources

Soil Characterization and Soil Moisture Granules
Pre-Protocol Activities Protocols Post-Protocol Activities
Discovery Physical Modeling Mathematical Modeling and Analysis (template)
From Mud pies to Bricks Soil Characteristics
Dilution The pH Game Soil pH Soil Chemistry Reactions and Rates
Earth(worm) Movers Bottle Terrarium Fertility NPK/Crop model
From Mud pies to Bricks There is always space Bulk Density Weight and Volume
Soil Walk Soil Mapping Soil Map
Design-a-soil Soil Column Soil Horizons Model-a-soil
Sand Designs Just Passing Through Infiltration Infiltration Equation
Soils and Sponges Sand Box: f(water) Grav. Soil Moist.
Gypsum Blocks
Antecedant Precipitation Index
Surf. Temp. Map Sand Box: f(temp) &
Heat cap.
Soil Temperature Damped Sine Function

Colors related to Earth Systems Activities
KEY: General Land Cover and
Geography
Water
Cycle
Energy
Cycle
Carbon
Cycle

Notes:

Other Development Needed
Quality Control The Data Game
Basic Skills Data Notebook Journals Methods of Enquiry
Common Skills Mapping Plotting Classification
Training Team/cohort/data
building exercise
Protocol cartoons

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Last updated: 5/2/97
Comments? globe@hwr.arizona.edu