GEOG 226 –
Spatial Data & Analysis
Syllabus
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Term: |
Fall 2010 |
Lecture: |
Tues. 8:30-10:30, Bld 370 Rm 217 |
Lab: |
Section 1: Tues. 11:00 – 1:00
Section 2: Tues. 3:00 – 5:00
Bld.
370 Rm. 106
(& Bld. 315 – Rm. 113) |
Instructor:
Office:
Office Hours:
Email:
Phone: |
Doug Corrin
Bld. 370 – Rm. 220
as posted
doug.corrin@viu.ca
753-3245 loc. 2231 |
Practical use and
interpretation of maps and aerial photography, including: photo preparation for
stereoscopic viewing; determination of measures (scale, distance, & direction/bearing); preparation and use of air photos in woods navigation;
utilization of indices for ordering photos and maps.
This course is
designed for students in the second year of the Resource Management Officer Technology
Program. Credits: 3.
Learning will be achieved through lectures, class
discussions and labs. Field trips are an integral part of the course – be
prepared for field conditions. Course hours are 2:0:2.
Upon successful completion of this course, students will be able
to:
1.
Describe federal and provincial mapping systems (NTS
and BCGS) and be able to order maps for any given location
in BC at an appropriate scale.
2.
Determine location on a map by interpolating coordinates
using UTM and latitude/longitude co-ordinate systems.
3.
Describe the principles of datum and projections
commonly used for BC mapping.
4.
Describe the basic science of remote sensing
(radiation, image capture, etc.) and the acquisition,
platforms and images used in vertical aerial photography.
5.
Annotate and orient air photos for stereo viewing.
6.
Determine the scale for maps and air photos and
calculate horizontal and slope distances and slope angles.
7.
Using a hand compass, determine bearings between
objects on maps and air photos, and in the field. Using
either a map or ‘the real world’ as a reference, determine
and delineate north on an air photo.
8.
Conduct a simple ground traverse and map the results.
9.
Navigate in the woods using
maps and/or air photos.
10.
Describe process of acquisition, platforms and images
obtained from satellites.
11.
Describe how the NAVSTAR GPS system works and outline
sources of error.
12.
Explain fundamental concepts of GIS and conduct basic
analyses and create maps.
Required Texts:
-
Map Use & Analysis, Fourth Edition,
Campbell, John, McGraw-Hill, 2001.
Other Resources:
references will be posted to
http://web.viu.ca/corrin/
Supplies
& Equipment: Calculator and a ruler will be required for most labs.
Suitable outdoor gear (sturdy boots, raingear and hat) will be needed for the
outdoor labs. Other field gear will be supplied.
EVALUATION
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Grade Breakout
(subject to change): |
|
Grade Conversion: |
|
Lab Assignments |
15% |
|
A+ |
>90% |
Quizzes* |
15% |
|
A |
85-89% |
Midterms (10/20) |
30% |
|
A- |
80-84% |
Final Exam (was 30%) |
30% |
|
B+ |
76-79% |
Instructor Assessment |
10% |
|
B |
72-75% |
|
|
|
B- |
68-71% |
|
|
|
C+ |
64-67% |
|
|
|
C |
60-63% |
|
|
|
C- |
55-59% |
|
|
|
D |
50-54% |
|
|
|
F |
<50% |
*Quizzes will consist of short answer questions
that will cover recent lecture/lab material and reading assignments. Any missed exams or quizzes will
receive a grade of zero.
Instructor Assessment
If included in the grade breakout, it will be
based on student's attendance, promptness, effort, attitude & behaviour, class
participation and ability to work independently.
ACADEMIC POLICIES
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Missing Tests
Students missing any exam, test or quiz, that are unable
to provide legitimate reason (illness or personal situation of a serious nature)
for their absence, will be credited with zero for the missed exam or quiz.
Normally, students will not be permitted to write exams or quizzes after the
test has been given to the class. Students will not be permitted to write any
exam or quiz before it has been given to the class.
Exam Policies
In order to minimize issues and disputes
regarding inappropriate behavior during exams, the following policies will be
followed:
- Calculators – the only calculator allowed in an
exam will the model included in the forestry kit (no programmable
calculators will be permitted)
- No electronic devices nor sharing of materials
(includes calculators) are allowed without Instructor approval.
- Leaving the room – students may not leave the room
once an exam has begun (i.e. when a student leaves the exam room their exam
is to be handed in and is considered finished). Longer exams may be broken
into 2 parts so that a student may leave the room after completing the first
part.
- Seating – students will be asked to arrange themselves
in such a manner that no 2 students are sitting side-by-side
- Extra materials – only those materials authorized by
the exam invigilator will allowed on the desktop
Assignment Format
The following is
the standard acceptable format for assignments:
Late Assignments
Grades for late assignments, without a legitimate
reason, will be reduced by 10% per calendar day. Students turning in late
assignments are required to indicate the late penalty % on the cover page of
their assignment (e.g. “2 days late, –20% ”). Late assignments will
automatically receive a zero grade if submitted after the Instructor has
returned the graded assignments to the rest of the class.
Academic Misconduct
Although students are encouraged to work together
to collect information or discuss assignments with colleagues, they are expected
to do individual work; written reports should be quite different in wording,
arrangement of individual answers and other items. Any two written reports or
other assignments that, in the opinion of the instructor, are substantially the
same will not be marked.
All parties
involved in the work will receive a failure for the work and will be required to
offer reasons to the Dean of Science & Technology as to why their names should
not be removed from the class list.
The guiding principle is
“verbal exchange is collaboration while
a written exchange (paper or digital) is academic
misconduct”.
Students are encouraged to review the materials on
http://web.viu.ca/corrin/UsefulStuff/AcademicMisconduct.htm
.
|
Date |
Lab – Tuesday |
Lecture - Friday |
Lab Room |
1 |
Sep 6/9 |
No Class Scheduled |
No Class Scheduled |
N/A |
2
|
Sep 13/16 |
No Class Scheduled |
No Class Scheduled |
N/A |
3
|
Sep 20/23 |
Course Introduction
Introduction to Maps, Mapping Systems |
Units, Map Scale & Distances |
370-106 |
4
|
Sep 27/30 |
Lab 1: Ordering Maps
Lab 2: Scale & Distances |
Geo-Referencing & Map Projection |
370-106 |
5
|
Oct 4/7 |
Lab 3: Coordinates |
Traverse Basics, Plotting |
370-106 |
6
|
Oct 11/14 |
Lab 4: Traverse & Mapping Exercise
** Outdoors – on campus ** |
Midterm 1
|
370-106 |
7
|
Oct 18/21 |
Field orienteering prep (brg, dist)
Working with UTM coordinates |
GPS |
370-106 |
8
|
Oct 25/28 |
Lab 5: Field orienteering on the Woodlot ** Outside
Lab ** |
Air Photo Basics & Geometry |
370-106 |
9
|
Nov 1/4 |
Lab 6: Air Photo Measures & 3D |
Terrain Mapping
|
370-106 |
10
|
Nov 8/11 |
Lab 7: Topographic Maps
|
Remembrance Day |
370-106 |
11
|
Nov 15/18 |
GIS – Raster |
Midterm 2
|
370-106 |
12
|
Nov 22/25 |
Lab 8: GIS Sorghum |
Remote Sensing |
315-113 |
13
|
Nov 29/2 |
Lab 9: Digital Remote Sensing |
Review |
315-113 |
14 |
Dec 6 & 7 |
Study Days
|
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