GEOLOGY 1OO: GEOLOGY AND SCIENCE

Fall Semester, 2003

 

Course Overview:

Geology 100 is an introduction to scientific inquiry and the scientific method  as they apply to understanding human interactions with the geologic environment. This class is not   recommended for students with backgrounds in earth science or science majors.  Students are not expected to have backgrounds in math or science beyond the high school level. 

Because this course satisfies a Natural Science General Degree Requirement,  the objective is to develop critical thinking skills.   To facilitate this, I use the "team learning" concept, which means that students participate in small learning groups  throughout the semester.  Please note that this is a requirement of the course and an important factor in your final grade.

Required Textbook:

Pipkin, B.W., and Trent, D.D., 2001, Geology and the Environment; 3rd Edition, Brooks/Cole Thompson Learning, 569 pages.

All readings for the course are from this text, which is available through text rental at the UWSP bookstore.

Attendance Policy:

Attendance is expected at all lecture and lab sessions. Role will be taken periodically throughout the semester during lectures. Students whose final averages are on the border between two letter grades will receive the lower grade if they have more than three absences without legitimate excuses (e.g., illness, death in family, etc.).

Grading Policy:

Your grade in this course will be based on your performance on three exams given during the semester, your participation in a learning group, and your score the final exam.  Learning groups, explained more fully below, will complete ten exercises during the semester. The table below shows the relative weighting of these various grading instruments in the final grade determination.

 

Grading Instruments

Weighting

Overall Weighting

Three Semester Exams

20% Each

60% of Grade

 Group Assignments (10)

2% Each

20% of Grade

Final Exam

20%

20% of Grade

 

Please note that there will be no opportunity to earn extra credit   to compensate for poor test scores. Students are thus advised to study carefully for all  exams.

Final grades in the course will include the plus and minus option. In no case  will an incomplete be granted for the course unless a student has a long-term illness or a lengthy hospital stay.

Learning Groups:

Students will be assigned to groups at the beginning of the semester and expected to complete ten assignments working with other members of their group.  Each group will consist of four or five students selected from the same lab section.  Students will learn of their group assignment during the first lab session.

Exercises will be posted on the course web site with instructions.  Students will also be given some background information during the lectures.

Group exercises are due by midnight on the Thursday  after they assigned and can be submitted either in paper form to my office or electronic form via e-mail.  Late assignments will not be accepted!

Exercises are not  graded on the basis of having "right" or "wrong" answers!  A group receives full credit for the assignment if it is turned in on time  and an effort is made to answer question in a thoughtful manner.  The assignments will be discussed during the following Monday morning lecture period.

Each student within a group receives credit for an assignment only  if he/she was present for and participated in the group discussion.  Therefore, when a group submits it answers for an assignment, the names of the members who are to receive credit must also be included.

Examinations:

Each of the four exams will be a multiple-choice  test that covers the material from both  lecture and lab. Students should begin studying well in advance of a scheduled test date. , and learning groups are encouraged to study together.  To help students prepare, a series of review questions for each test will be posted on the course web site.

Remember that the principal objective of this course is to develop critical thinking skills.  Therefore, exams give the opportunity to apply what you have learned rather than simply to regurgitate what you have memorized.  For this reason, "cramming" is an ineffective way to study for exams.  Instead, you should keep current with the material, asking questions about the lectures, lab exercises, and reading assignments as they arise.

Because exams will be computer-graded, students will need to bring #2 pencils  to fill in their answer sheets. Test scores are posted on this web site, in a public folder, and outside the lab room (D-320) as soon as they are available.

"Make-up" exams may be given only  to those students who have prior   approval from the instructor. Illness is a valid excuse only  when the student has verifiable evidence of that illness from a doctor.

Posting Exam Scores/Grades:

Federal law and University policy prohibits the posting of student exam scores and grades by social security number or student identification numbers.  Therefore, if you want me to post your scores and grades, you must supply me with a code name (or number) before the first exam.  Your code name/number can be composed of letters and/or numbers and should be less than 9 digits long.  Code names or numbers can be submitted in writing or electronically.

Students With Disabilities:

Students with learning and/or physical disabilities are encouraged to contact me to make any special arrangements needed for taking lecture notes or exams.

 

SCHEDULE OF LECTURES, READINGS, ASSIGNMENTS AND EXAMS

Students are responsible for all material in the assigned readings. 

DATES

LECTURE TOPICS, ASSIGNMENTS, AND EXAMS

READINGS

09/08

The Scientific Method and Geology

164-165

09/10

The Use of Circumstantial Evidence in Geology

56-59

09/10

Exercise 1: Observations and Hypotheses

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09/15

Evidence Supporting the Theory of Plate Tectonics

59-69

Exercise 2: Plate Tectonics and Hawaii

72

09/17

The Theory of Isostasy:  Models and Evidence

354-358

09/22

Inferring Cause and Effect Relationships

521

Exercise 3: Global Warming and Sea Level Rise

365-383

09/24

Assessing the Risk of Chronic Exposure

32-33

09/29

Review of the Material to be Covered by Exam 1

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10/01

EXAM  1

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10/06

Rocks, Minerals, Weathering, and Soils

26-38

.

Exercise 4: Rock Chemistry and Weathering

170-178

10/08

The Occurrence and Movement of Groundwater

241-260

10/13

Geologic Influences on Groundwater Quality

261-267

.

Exercise 5: Geology and the Occurrence of Radon

490-491

10/15

Geologic Influences on Human Health

194-195

10/20

Review of the Material to be Covered by Exam 2

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10/22

EXAM  2

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10/27

The Probability (Risk) of Extreme Events

289-292

.

Exercise 6: Randomness, Probability, and Risk

120-122-

10/29

Earthquakes and the Elastic Rebound Theory

80-86

11/03

Earthquake Magnitude and Intensity

  86-101

.

Exercise 7: Earthquake Hazards and Geology

116-119

11/05

The Occurrence and Hazards of Volcanic Activity 

132-162

11/10

Predicting Volcanic Eruptions (Mt. St. Helens Case Study)

163-166

11/12

EXAM  3

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11/17

Soil Erosion and Sediment Yield

183-188

.

Exercise 8: Soil Erosion and Sediment Yield

276-286

11/19

Flooding and Flood Control Measures

286-305

11/24

An Analysis of Block Glides and Slumps

203-220

.

Exercise 9: The Portuguese Bend Landslide

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11/26

An Analysis of Debris Flows and Avalanches

205-209

12/01

Land Subsidence, Sinkholes, and Collapse

227-234

.

Exercise 10: Into the Abyss: Sinkhole Collapse

260-261

12/03

Coastal Processes and Shoreline Erosion

310-326

12/08

Human Responses to Shoreline Erosion

330-331

12/10

Review of the Material to Covered by Final Exam

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12/16

FINAL EXAM  (2:45 PM)

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