The American Geological Institute would appreciate your feedback so that we can learn how better to support your implementation of EarthComm. Please complete and submit this survey to AGI.
Part I: Profile Data
Name:
School:
School Street Address:
City:
State:
ZIP:
School Phone:
School Fax:
Email:
Alternate Email:
Teammate:
Coach:
Please complete the following table to let us know whether you taught EarthComm or when you plan to teach EarthComm.
Class/Title of Course
Grade Levels
Classes in which you already taught EarthComm this year.
The dates that you plan to teach EarthComm.
If you have not yet taught EarthComm, please explain your plans.
If you taught EarthComm this year, please continue and complete part II of this survey.
Part II: Summary of Your Implementation of EarthComm
1) Was this your first time teaching EarthComm? Yes No
If yes, how did it go?
2) What groups of students are using EarthComm? (Check all that apply)
3) What is your students' response to EarthComm?
4) How many days of training have you received in EarthComm?
5) Please rate your satisfaction with the following:
6) To what degree has your comfort level for teaching Earth science content improved?
Not at all Some Greatly Drastically
7)Has your understanding of Earth science content improved as a result of teaching EarthComm?
8) Please check each activity that you did with your students.
Volcanoes and Your Community Chapter Activity 1: Where are the Volcanoes? Activity 2: Volcanic Landforms Activity 3: Volcanic Hazards: Flows Activity 4: Volcanic Hazards: Airborne Debris Activity 5: Volcanoes and the Atmosphere Activity 6: Volcanic History of your Community Activity 7: Monitoring Active Volcanoes Plate Tectonics and Your Community Chapter Activity 1: Taking a Ride on a Lithospheric Plate Activity 2: Plate Boundaries and Plate Interactions Activity 3: What Drives the Plates? Activity 4: Effects of Plate Tectonics Activity 5: The Changing Geography of your Community Earthquakes and Your Community Chapter Activity 1: An Earthquake in your Community Activity 2: Detecting Earthquake Waves Activity 3: How big was it? Activity 4: Earthquake History of your Community Activity 5: Lessening Earthquake Damage Activity 6: Designing "Earthquake-Proof" Structures
Volcanoes and Your Community Chapter
Activity 1: Where are the Volcanoes? Activity 2: Volcanic Landforms Activity 3: Volcanic Hazards: Flows Activity 4: Volcanic Hazards: Airborne Debris Activity 5: Volcanoes and the Atmosphere Activity 6: Volcanic History of your Community Activity 7: Monitoring Active Volcanoes
Plate Tectonics and Your Community Chapter
Activity 1: Taking a Ride on a Lithospheric Plate Activity 2: Plate Boundaries and Plate Interactions Activity 3: What Drives the Plates? Activity 4: Effects of Plate Tectonics Activity 5: The Changing Geography of your Community
Earthquakes and Your Community Chapter
Activity 1: An Earthquake in your Community Activity 2: Detecting Earthquake Waves Activity 3: How big was it? Activity 4: Earthquake History of your Community Activity 5: Lessening Earthquake Damage Activity 6: Designing "Earthquake-Proof" Structures
9) If you skipped activites, why did you skip them?
10) What differences have you noticed in your students' performance since using EarthComm?
11) What did you find challenging about teaching EarthComm?
12) What additional type of support would you like to receive from the American Geological Institute?
13) If you used the EarthComm website, how did it help you as a teacher?
14) If your students used the EarthComm web site, how did it help them?
15) Was the reading level of the text appropriate for the students? Yes No
Please explain your answer:
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