FRST 121 – Mapping & Photogrammetry
Syllabus
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Term: |
Fall 2011 |
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Lecture/Lab: |
Mon. 1:00 – 3:00 Bld 370 Rm 106
Wed. 10:30-12:30 Bld 370 Rm 106
Fri. 1:30 – 3:30 Bld 315 Rm 113 |
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Instructor: |
Jim Wilkinson
Office: Bld. 359 – Rm. 211
Office Hours: as posted on door
Email:
jim.wilkinson@viu.ca
Phone: 753-3245 loc. 2031
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Doug Corrin
Office: Bld. 370 – Rm. 220
Office Hours: as posted on door
Email:
doug.corrin@viu.ca
Phone: 753-3245 loc. 2231
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Note this outline is also posted to the website http://web.viu.ca/corrin/FRST121/121welcome.htm
– in case of discrepancy, the version on the web
will be deemed correct and up-to-date.
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An introduction to spatial data within the context of
natural resources. Topics include: map making,
interpretation of topographic and thematic maps, field
orienteering, GPS, web mapping applications, GIS and
satellite imagery.
As required and as they relate to spatial data, computer
applications and basic math skills will be covered.
This course is designed for students in the first year of
the Forest Resources Technology Program but is also
appropriate for those interested in map use, field
orienteering and use of technology in spatial data (GPS,
satellite imagery, GIS, etc.). 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 3:0:3 (lec:sem:lab).
Required Texts:
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Map Use & Analysis, Fourth Edition,
Campbell, John, McGraw-Hill, 2001.
Supplies
& Equipment:
Forestry Kit available at VIU Bookstore – This kit must be
brought to all labs.
Caulk boots, hard hat and cruiser’s vest are required for labs in
the woods (details on field gear provided in FRST 111).
Upon successful completion of this course, students
will be able to:
1.
Describe federal and provincial mapping systems (NTS
and BCGS) and determine the required paper and digital maps
for any given location in BC at an appropriate scale.
2.
Utilize basic math sills (ratios, interpolation, unit
conversions, and trigonometry) required for common
calculations in map and air photo use.
3.
Perform basic analysis and create graphs using a
spreadsheet.
4.
Determine location on a map and the ground using UTM
and latitude/longitude co-ordinates.
5.
Describe the principles of datum and projections
commonly used for BC mapping.
6.
Use an air photo index to obtain specific air photo
coverage of a given area.
7.
Describe the basic science of remote sensing
(radiation, image capture, etc.) and the acquisition,
platforms and images used in vertical aerial photography
and satellite imagery.
8.
Annotate and orient air photos for stereo viewing.
9.
Determine the scale for maps and air photos and
calculate length, area and slope measures.
10.
Use a hand compass and Douglas protractor to accurately
determine bearings between objects on maps and air
photos. Using either a map or ‘the real world’ as a
reference, determine and delineate north on an air photo.
11.
Navigate in the woods using
maps and/or air photos.
12.
Measure and calculate photo displacement and
object height.
13.
Transfer points from ground observations or aerial photos to
a map by triangulation and vector (bearing &
distance).
14.
Describe how the NAVSTAR GPS system works and outline
sources of error and be able to use a recreational GPS unit
to navigate and find waypoints.
EVALUATION
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Grade Breakout
(subject to change): |
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Grade Conversion: |
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Lab Assignments |
15% |
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A+ |
>90% |
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Midterms (2) |
30% |
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A |
85-89% |
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Quizzes* |
15% |
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A- |
80-84% |
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Instructor Assessment |
10% |
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B+ |
76-79% |
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Final Exam |
30% |
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B |
72-75% |
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B- |
68-71% |
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C+ |
64-67% |
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C |
60-63% |
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C- |
55-59% |
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D |
50-54% |
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F |
<50% |
*Quizzes will consist of short answer questions
that will cover recent lecture 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 & behavior, class
participation and ability to work independently.
ACADEMIC POLICIES
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For
information on exam policies, missing tests, assignment
format standards, late assignments, instructor assessment
and academic misconduct (e.g., plagiarism), please refer to
the VIU Forestry Department website:
Refer to
http://www.mala.ca/forestry/AcademicPolicies.asp for details.
Jim
Doug
Both
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Week of |
Mon 1:00 – 3:00 |
Wed 10:30 – 12:30 |
Fri 1:30 – 3:30 |
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1
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Sept-05 |
Labour Day
No Class |
Course Introduction
Map Basics |
Online
Student Accounts ?
Computer File management?
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2
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Sept-12 |
Generalization,
Unit Conversions,
Map Scales |
Lab -
Map Scale |
Georeferencing, Datum
Coordinate Systems
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3
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Sept-19 |
Map Projections, North (true – magnetic – grid) |
Lab –Determine lat./long. of neatline, interpolate coordinates,
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Lab –determine bearing & distance btwn points & locating features on a map (triagulation)
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4
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Sept-26 |
GPS, Plotting eastings & northings (and error)
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GPS lab
(plotting,
angles & distance)
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Excel Basics
Computer lab
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5
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Oct-03 |
Introduction to Air Photos
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Lab–
Stereoscopic viewing, ordering air photos |
Excel Basics
Computer lab
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6
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Oct-10 |
Thanksgiving
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Midterm 1
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Excel Basics
Computer lab
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7
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Oct-17 |
Air Photo Geometry
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Lab: Air Photo scale & measurements
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Preparation for orienteering
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8
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Oct-24 |
Woods Orienteering |
Radial Displacement
Object Height |
Lab: Radial Displacement
Object Height
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9
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Oct-31 |
Terrain Mapping
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Lab – Elevation, slopes, profiles and routes
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RoadEng
Computer Lab
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10
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Nov-07 |
Area Calculations
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Lab – Dot grid & line transect area calculations
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Friday – Remembrance Day
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11
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Nov-14 |
Review |
Midterm 2
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RoadEng
Computer Lab
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12
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Nov-21 |
Air Photo Interpretation
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time
trade
Wed -
FRST 111 (field)
Thurs
- FRST 121
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Lab: Air Photo Interpretation
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13
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Nov-28 |
Lab: Air Photo Interpretation |
TBA – possible combined lab (111, 121, 131)
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TBA |
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14
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Dec-05 |
Review (last day of classes)
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Dec 6 & 7(Tues & Wed) = Study Days
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Dec 08 – 19 |
Final Exam Days – book no holidays!
FRST 121 Exam date to be announced |
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