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Fall 2007 Class hours: MW 11:00 -11:50, 1001 Giedt Catalog description: This course will help you to develop an appreciation of the geologic framework underlying the inherent beauty of U.S. National Parks. Each park provides a visual focus for understanding a variety of geologic processes such as mountain building, volcanism, stream erosion, and glacial action. |
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Goals for the course:
Textbook: We're going to use select
websites that I'll provide to you along with the class notes. I
would suggest that you download as many images as you can and build
folders of images for each park to study for exams. I'll also
place certain images on this website for you to refer to as you study.
Lecture notes
for individual topics will be posted
on the class website as far in advance of each class as possible (I'll
tell you when they'll be posted late - I update and modify them
yearly). These are reasonably comprehensive and should be used as a
study guide - they are not a substitute for coming to class.
Print the notes to use as a guide during class, annotate them with details from the lectures, and study them for exams. The notes need to be supplemented by selectively reading the relevant portions of websites that I suggest visiting. The notes are password-protected (I'll provide you with the userID and password in class) and are available at GEL 25 notes.
Buy an inexpensive notebook and a three-hole punch. Use them
to organize the notes that I provide to you. Many students come
to visit me with their notes chaotically strewn about a single folder -
a recipe for disaster on an exam. Learning this simple
organizational skill will help you through your entire college
career.
Class Structure: Geology is perhaps the most visual of sciences. It is much more exciting and fun to see geologic features of our National Parks than it is to read about them. So in the absence of fieldtrips (unwieldy with so many students), you'll see lots and lots of images and a few video clips. The photographs and diagrams provide context for the note outlines and are critical to understanding the notes.
I strongly encourage you to speak up in class - any question is legitimate and I'll take the time to answer it.
Come to class - You'll spend much less time during the hour you spend listening to me and watching images than you will trying to teach the material to yourself from notes and websites. In my experience , the students who come to class invariably get the best grades. This class should not be difficult - With just a moderate amount of time, energy, and concentration, you can earn an A or B and propel yourself on to fame, fortune, and a six-figure income.
Exams & Grading:
Midterm - Monday, November 5 = 40% (bring Scantron 2000)
Final - Wednesday, December 12, 6-8 PM = 60% partly comprehensive (bring Scantron 2000)
Exams will be all multiple choice - be forewarned, these exams will make you synthesize information, not just spew memorized notes. I will provide a brief study guide and a list of key terms to know during the class before the exams.
- I don't give extra credit assignments. - NO
EARLY EXAMS OR MAKEUP EXAMS.
- I'll explain my grading system in class.
GEL 25 -
Geology of National Parks - Fall 2007
Schedule
is tentative and may change as the quarter progresses. Check class web
site for updates.
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Date: |
Lecture Topic: |
|
Oct. 1-19 |
Introduction. National Parks - the concept, history, geographic distribution. National Parks created by volcanic forces: Hawaii Volcanoes, Mt. Rainier, Crater Lake, Mt. Lassen, Yellowstone and others. Concepts addressed include convergent tectonism, hot spots, explosive vs. effusive volcanism, volcanic hazards. |
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Oct. 20 - Nov. 2 |
National Parks formed by compressional tectonics: Yosemite, Sequoia, Kings Canyon, Rocky Mountain, Glacier and others. Concepts addressed include tectonics, mountain building, and glaciation. |
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November 5 |
Midterm Exam (50 min.-bring Scantron 2000) |
|
Nov. 7-16 |
National Parks formed by extensional tectonics: Death Valley, Great Basin, Grand Tetons and others. Concepts addressed include extensional faulting, desert processes, effects of wind |
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Nov. 16 - Dec. 7 |
National Parks of the Colorado Plateau: Grand Canyon, Zion, Bryce, Canyonlands, Arches and others. Concepts addressed include deep time, erosion and sedimentation, river processes, landscape evolution |
| Dec. 8-12 |
Finals week |
|
Wednesday, December 12th |
Final exam, 1001 Giedt, 6-8 (bring Scantron 2000) |
A sampling of websites devoted to our National Parks . . .
Interested in teaching science at the K-12 level? Then consider the Natural Sciences major at UCD.
You might also like to visit the website of the Future Science Teachers Program, a program designed with freshman in mind.
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