FRST 351 Forest Pathology
Syllabus
Jump To:
Term: |
Fall |
Lecture/Lab: |
Tues. &
Thur. 8:30-10:30 Bld 370 Rm 105 |
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Instructor: |
Doug Corrin
Office: Bld. 370 Rm. 220
Office Hours: as posted on door
Email:
corrin@mala.bc.ca
Phone: 753-3245 loc. 2231
Web:
http://web.viu.ca/corrin
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An introduction to the major forest tree diseases
in B.C., including life cycles, damage, identification, nomenclature, and
methods of control. Prerequisite knowledge
of forest ecology, plant physiology and dendrology is an asset. This course
focuses on the significant forest pathology agents in the forests of British
Columbia. This includes coverage of fungal pathogens, parasitic plants,
wildlife, and other biotic and abiotic agents. The detection, assessment and
treatment of major economic pests within these groups are covered in detail.
(3:0:1)
This 3 credit course is accepted towards the
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Forestry Technology Diploma
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Bachelor of Science, Major in Biology
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Bachelor of Natural Resource Protection
-
Bachelor
of Fisheries & Aquaculture
-
Bachelor
of Arts
Learning will be accomplished through a variety
of activities, including attending lectures, participating in class discussions,
specimen ID exercises, diagnostic exercises, field trips, reading assignments
and web searches.
The following texts are required for this course:
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Van der Kamp, B. 1998.
Forestry
309 Forest Pathology. Second edition. UBC Access Guided Independent Study.
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Henigman, J. et al. 2001.
Field
Guide to Forest Damage in BC. Second edition. Joint Publ. No. 17.
(available from Technician)
The following texts are recommended for this
course:
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Edmonds, R. L., Agee, J. K. and Gara,
R. L. 2000. Forest Health and Protection. McGraw-Hill. Boston.
(Library reserve)
Upon successful completion of the course,
students will:
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Be
conversant with the terms, concepts and principles used in forest
pathology
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Locate appropriate resources for accessing further information on disease
agents.
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Recognize the presence of disease
in forest trees and identify the causal agent based on the presence of signs;
utilize expert systems to diagnose potential causal agents based on observed
symptoms.
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Name and rank the most
significant pathogens for the important conifers of BC
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Describe the role of
pathogens as natural or introduced components of forest ecosystems
(i.e. agents that affect mortality, wood decomposition, species and
structural diversity, succession and wildlife habitat)
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Describe
the role of pathogens as they relate to forest
management objectives (e.g. biodiversity, recreation/aesthetics, wildlife
habitat, water quality, timber)
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Describe how general forest assessments (site plans, stand management
prescriptions, timber cruising and silviculture surveys) address
forest health agents; describe survey methods specific to forest health
(annual overview, Hawksworth and root rot surveys).
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Describe how important
forest tree diseases develop over the life of a stand.
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Be able to relate forest damage
to stand-level (e.g. silviculture prescriptions and
free growing declarations) and landscape level (harvest patterns and species
choice) management decisions
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Develop effective management options that are
environmentally safe and economically feasible, given a stand/disease
situation, for the major pathogens listed below:
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Root Disease (Phellinus, Armillaria, Tomentosus, Annosus, Black Stain,
Rhizina)
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Dwarf Mistletoes (Hw, Pl, Lw & Fd)
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Stem Rusts (white pine blister rust, western gall
rust, comandra and
stalactiform stem rusts)
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Wilts & Cankers (Atropellis, Dutch
elm disease)
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Wood Decay
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Foliar Disease
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Abiotic & Wildlife Agents
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Cone/Seed & Seedling Diseases (cone rusts
and storage molds Botrytis)
EVALUATION
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Grade Breakout
(subject to change): |
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Grade Conversion: |
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Assignments |
20% |
|
A+ |
>90% |
Midterms (2) |
25% |
|
A |
85-89% |
Quizzes* |
15% |
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A- |
80-84% |
Disease Collection |
10% |
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B+ |
76-79% |
Final Exam |
30% |
|
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, reading assignments and/or identification
of specimens. The midterm and the final exam will consist of a written portion
and a hands-on identification portion. 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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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.
Week |
Subject |
1 Sep 6/8 |
Course Intro
Introduction to forest pathology/ Abiotic
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2 Sep 13/15 |
Abiotic & Declines & Wildlife
Field Trip forest pathology -
ecology
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3 Sep 20/22 |
Basic fungal biology
Wood Decay
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4 Sep 27/29 |
Wood Decay; Root diseases - Overview
Root Disease Phellinus
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5 Oct 4/6 |
Interior field trip
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6 Oct 11/13 |
Root diseases - Armillaria
Root
diseases tomentosus, annosum, schweinitzii, black
stain
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7 Oct 18/20 |
Midterm
1
Wilts &
Cankers
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8 Oct 25/27 |
Stem rusts basic biology, western gall rust
Stem rusts white pine blister rust Stefan Zeglen
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9 Nov 1/3 |
Stem rusts comandra, stalactiform & broom rusts
Foliar
diseases
|
10
Nov 8/10 |
Midterm 2
Field Trip: forest pathology
juvenile stands
|
11
Nov 15/17 |
Dwarf mistletoes biology
Dwarf mistletoes management
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12
Nov 22/24 |
Cone, seed and nursery pathogens
Forest pathology & forest management
Field Trip: forest pathology
silviculture systems
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13
Nov 29/1 |
Forest pathology management scenarios
Review Pathological Thinking
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Dec 6 & 7 Study Days
Dec 12 - Final Fxam |
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