Students are evaluated across three components: class participation, a seminar presentation, and a literature review.
Component weighting
Each component is assigned a certain number of points. Points are cumulative, or in other words, each counts towards your final point total. The chief advantage of this system is that you know exactly how many points you have and how many you need to achieve a given grade level, as discussed below in the final grade determination.
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Participation |
75 |
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Seminar presentation |
75 |
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Literature review |
300 |
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Draft |
100 |
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Final |
200 |
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Total |
450 |
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| Components in detail |
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| Participation |
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The
key to a successful class experience is participation, which in turn
relies on students reading the material, attending class meetings,
completing work in a timely manner, and discussing the material and
related issues. Grades for participation are therefore based on the
following criteria: 1) demonstration that the student has read and
understood class material; 2) discussion arguments that evidence
creativity and logical structure; 3) consistent participation without
monopolizing the discussion; 4) constructive and critical examination
of issues couched in an atmosphere of civility and mutual respect; and 5) preparation of three written questions for each class that he or she may be called on at any time to share. Please also consult the course policies on class
meetings. |
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| Student-led seminar presentations |
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Students will lead one seminar with a
presentation on that day’s material and then facilitate class
discussion. The students are responsible for presenting the material
in a cohesive
and synthetic manner. The presentation and following discussion will
be evaluated according to the extent to which the team: 1) demonstrates
that it has a command of all the material for that day; 2) summarizes
the key issues that are raised by the readings; 3) raises important
and critical
questions;and 4) leads
and moderates class discussion.
Students must
give the presentation in software package designed for professional presentations, such as MS Power Point (PPT format) or Adobe Acrobat (PDF). Note that while students must do a formal presentation, they are also encouraged to use as appropriate secondary media or activities such as hand outs, web pages, software demonstrations, or role-playing exercises. Presentations also entail
the presenters answering questions from their audience. For help in preparing
your presentation, consult the GIS
Resources site on presentations. |
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| Deliverable: presentation (45-60
minutes) and moderation of discussion (30-60 minutes).
Presentations must be submitted by 430p the day before the presentation is given. All presentations must be submitted electronically. Any presentation not submitted on time receives an automatic 10% penalty for being late. Students may use their own computers but are strongly encouraged to have a backup on CD-ROM or USB key in case of machine failure. In group presentations, each group member is required to speak for approximately equal time. |
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Assignments
- Sept 5: Course description [Manson]
- Sept 12: Spatial analysis [Manson]
- Sept 19: Research process [Manson/Jensen]
- Sept 26: Modeling debates [Hansen, Miller]
- Oct 3: Spatial statistics [Bonsal, Xiong]
- Oct 10: SDSS/MCE [Alden, Horning]
- Oct 17: Error/Uncertainty/Surprise [Goerger, Lind]
- Oct 31: Visualization [Kne]
- Nov 7: Simulation/Process models [Franck, Sward]
- Nov 14: Time/Change [Huang, Olmanson]
- Nov 28: Geocomputation [Bryson, Munoz]
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| Literature review |
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Each
student will write a literature review that stems from class material but focuses by and large on additional material gathered for the review. This work is often related to graduate proposals, a MA or MGIS Plan B paper, a reading list for preliminary examinations, or the basis for a comprehensive doctoral paper. In fact, work related to graduate work is strongly encouraged
as long as it is not being submitted for credit in another course.
Be sure to consult the GIS Resources guides to writing
a research paper and writing
a literature review. Also consult the other resources
on writing and research. See below for a grading rubric that should guide students in producing the literature review.
If you want to do a project that is similar to one that
you are doing for another course, speak with the instructor of
both courses to make suitable arrangements (also read the
course policies on scholastic
dishonesty). |
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Deliverables:
- Draft literature review that defines and elaborates somewhat on the subject area for review. The draft should contain at least twenty references outside of class readings. At the very least, the draft must be a
'thin' version where
you cover the breadth, but not depth, of the final review. You are encouraged to go beyond this minimum, however, and submit a draft that has both breadth and depth. The draft must at least 1500 words excluding abstract, graphics,
bibliography; due Oct 26, 430p, submit electronically.
- Final literature review. The review should have 40-70 references and be well in line with the guide on writing
a literature review. Formatting for the final review must follow the guidelines for writing a research report. The final report must be between 5000 and 8000 words excluding abstract, graphics,
bibliography, and appendices; due Dec 14, 430p, submit electronically).
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| Notes |
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| The following criteria are used in grading the literature review. Consult the GIS
Resources site for hints on the research
process and writing. Note that these criteria may not apply to all projects. Use of primary sources, for example, tends to be restricted to literature reviews focused on measuring research output or examining a single project in detail. |
Grade |
Style |
Substance |
A |
Clear and novel organization
Accessible and concrete
language
Few mechanical errors
Noteworthy graphics |
Well supported arguments
Use of pertinent examples
and facts
Awareness of complexities
Use of primary sources
Appropriate secondary sources |
B |
Clear and competent organization
Few sentence errors
Well-prepared graphics |
A few incorrect statements
Adequately supported
statements
Appropriate secondary sources |
C |
Clear organization
Adequate content
Adequate graphics |
Several incorrect statements
Major arguments supported
Inconsistent use of secondary sources |
D |
Unclear organization
Many mechanical errors
Incomplete visual graphics |
Many incorrect or unclear statements
Unsupported
arguments
Irrelevant or misapplied examples
Lack of secondary sources |
Final grade determination
As noted above, each evaluation component is assigned a certain number of points. Points are cumulative in that each point counts towards the final point total. In order to achieve a given grade level, per the table below, you need to reach a certain point threshold. To get an A-, for example, you need to accumulate at least 367 points while a C+ requires 233 points. In addition to letting you know exactly where you stand, this system allows you to be strategic in completing your assignments.
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A-F
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N-S
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GP
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A |
S |
4.00 |
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400 |
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Achievement that is outstanding relative
to the level necessary to meet course requirements |
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A - |
3.67 |
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367 |
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B+ |
3.33 |
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333 |
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Achievement that is significantly above the level necessary
to meet course requirements. |
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B |
3.00 |
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300 |
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B - |
2.67 |
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267 |
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C+ |
2.33 |
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233 |
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Achievement that is in keeping with
the course requirements in every respect. |
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C |
2.00 |
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200 |
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C - |
1.67 |
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167 |
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D+ |
N |
1.33 |
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133 |
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Achievement that is worthy of credit even though it
fails to meet fully the course requirements. Note: An "N"
is equivalent to a GP of 1.33 or less. |
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D |
1.00 |
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100 |
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F |
0.00 |
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0 |
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Work that was either completed but not worthy
of credit or incomplete (I) without a student-instructor agreement
(see course policies). |
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