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"Potato
Mountain: Reading/Understanding Topographic Maps"
Lesson
Plan
Keywords: topographic
map, contour lines, elevation
Prepared by: George Ness, BLaST IU17; LaSaQuik Alternative
Education Program
Lesson Plan Grade Level: sixth through eighth grade
Total Time Required for Lesson: 40-minute class session
Setting: classroom
Subjects Covered: earth science, geography
Topics: introduction to topographic maps
Goals for the Lesson
- Students will gain
an understanding of topographic maps.
- Students will demonstrate
their basic understanding of how to read a topographic map.
Materials Needed
State Standards Addressed:
E & E Standards: Watersheds and Wetlands (4.1)
Teaching Model: The
4MAT System: Motivation, Information, Practice, Application.
Preparation
Have handouts prepared.
May want to have potatoes sliced prior to presentation in the classroom.
Doing the Lesson
- As part of an ongoing
unit on earth science/geography, ask students how one draws a
flat, two-dimensional map of a three-dimensional surface like
that of the earth. How do maps show different elevations?
- If someone does not
mention topographic maps, lead the conversation to the topic.
- Using the information
from Appendix A, demonstrate
how the three-dimensional potato can be mapped two dimensionally.
- Distribute copies
of handout "Reading a Topographic
Map A."
- Read and discuss
the information presented on the handout.
- Have students
work together in pairs to answer the four questions on the
handout.
- Review the answers
to ensure accuracy of answers.
- Distribute copies
of handout "Reading a Topographic
Map B." Assign Part 1 and Part 2 to be completed as homework.
Assessment
The quality of students'
performance on "Reading a Topographic
Map B" will give an indication of their understanding of
the concept of topographic maps.
Extension
This lesson is followed
up with students working with actual topographic maps, identifying
various aspects of the landscape.
References
Hansen, Robert (1996).
Trees + Me = Forestry.
University Park, Pa.: The Pennsylvania State University.
The Language of Maps
(1983). Pitman Learning Inc.
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