Transcript Analytic Coding Geographical Features: Volcano (Mind Map, Question and Expanded formats) Analytic coding using conceptual vocabulary from the Basic Conceptual Systems based on.

Analytic Coding
Geographical Features: Volcano
(Mind Map, Question and Expanded formats)
Analytic coding using conceptual vocabulary from the Basic Conceptual Systems based on the work of
Anne Svendsen and Andreas Hansen, adapted by K. Morgan. © 2013.
15. Change
2. Group
16. Function /Use
3.
4. Number
of Parts
5. Color(s)
Alive
Not Alive
6. Shape(s)
14. Temperature
Warm
Room temperature
Hot
Boiling hot
Cold
Freezing cold
1. What is it?
12. Material
/ Composition
10. Position
Vertical
Horizontal
Diagonal
13. Substance Property
11. Weight
(compared to you)
8. Place
7. Size
(compared to you)
10. Time
© 2013 A. Svendsen, A.Hansen, K.
14. How does
a volcano Change?
2. What
Group does this
belong to?
16. What is a volcano for
OR what is its function?
3. Is this…
4.
What Number
of Parts are in this
picture
5. What
Color(s) does this
have?
Alive
Not Alive
13. What
Temperature does
a volcano have?
Warm
Room temperature
Hot
Boiling hot
Cold
Freezing cold
11.
What Material is
a volcano made of?
12. What Properties does
a volcano have?
6. What Shape(s)
does this volcano
have?
1What is this?
9. Position
Vertical
Horizontal
Diagonal
8.
What Place
would I find this?
10. What Weight
does this have
9. When would I
see this? (Time)
(compared to you)?
7. What Size is
this (compared to you)?
© 2013 A. Svendsen, A.Hansen, K.
Analytic Coding using words from the Basic Conceptual Systems
to describe and analyze items.
Gender
Group
Value
Power
Living/Not Living
Speed
Time
Change
Weight (compared to)
Temperature
Taste
Smell/Odor
Sound
Surface Property
Number of Parts
volcano
Color
Shape
Position
Place
Size (compared to)
Number
Surface Pattern
Direction
Function/Use
Substance (composition)
Substance (properties)
© 2013 A. Svendsen, A.Hansen, K.
Behavior
Physical Characteristics
Color
Movement
Shape
Number of Parts
Sound
Label
Name
Size
Group
Weight
Habitat
Growth Cycle
Temperature
Substance
Place
Surface Pattern
Change
Surface Properties
Function/Uses
Living / Non-Living
© 2013, K. Morgan.