UBC Wiki - User contributions [en]

Course:APBI490/Section 99C

2016-05-10T21:41:04Z

Ethanp:

Course:APBI490/Section 99C

2016-05-10T21:22:41Z

Ethanp:

[[Category:LFS]] [[Category:APBI]]

{{Infobox_New_Course

|title=Principles of Aquaculture

|picture=Image:wiki.png

|subject code=APBI

|course number=490

|section number=199

|instructor=Dr. Paige Ackerman

|email=[mailto:Paige.Ackerman@dfo-mpo.gc.ca Paige.Ackerman@dfo-mpo.gc.ca]

|office=TBA

|office hours=TBA

|schedule=TBA

|classroom=TBA

}}

=='''Course Prerequisites'''==
Students will be expected to learn and understand information at a third or fourth year level. A general biology course in a prerequisite and a background of some biochemistry is recommended.
=='''Teaching Philosophy'''==
This course is designed to be learner-centred. Students will accept responsibility for their own learning and the instructors will facilitate this process by focusing on the process of learning and developing skills associated with locating, retrieving, analyzing, and critiquing information. Ultimately, students will develop the ability to utilize this information in creative ways to further extend the boundaries of knowledge in a given topic.
=='''Course Description'''==
Production of fish and seafood by aquaculture is required to meet a global supply shortage that is expected to increase substantially in the next 20 years; in fact, it is predicted that global production will double by 2025. Within this context, aquaculture is a rapidly developing and dynamic industry. Students in this course will be introduced to the principles of aquaculture including a description of the global industry, the technological advances that have helped advanced the industry, and the concept of sustainability with a focus on the environmental and socioeconomic factors associated with sustainable development of aquaculture. Instructors will share their expertise on different species that have been, or are being developed for aquaculture, as well as traditional and novel methods of sourcing, preparing and delivering feed. This course will also offer visits to a research facility (the UBC / DFO Center for Aquaculture and Environmental Research) and a production facility (Golden Eagle Aquaculture) so that students can see these principles in action.

=='''Course Objectives'''==
Upon completion of this course, students will:
# Understand the historical development of the aquaculture industry and will be able to critically analyze the benefits and risks associated with the industry as well as identify future challenges and opportunities.
# Have the knowledge of the different types of aquaculture and the associated terminology, and will develop an ability to optimize culture facilities to accommodate the unique biological requirements of different species.
# Develop their critical thinking and effective communication by identifying some of the challenges faced by aquaculture and generating a discussion on how these challenges may be mitigated or how they may direct the future development of the industry.

=='''Course Outline'''==
This course is structured around six modules. The first module will serve as an introduction to the course and will be based on a lecture developed by the instructor. The remaining 5 modules will incorporate more of a learning-centred approach as the student progresses through the modules. Each progression will lead to a higher level of learning and students will be directly involved in the development of the course content within the structure defined by instructor-designed lectures for each module. Refer to the "Assessment" section below for details on the methods that will be used to assess the learning of students and the contribution of each assessment to the students' final grade. The final module at the end of the course will facilitate discussion where students have the opportunity to further extend their knowledge and ideas. Some of the topics to be discussed within each module are as follows:
# Module I: Introduction and Global Overview of Aquaculture
#* Historical relevance and development of aquaculture
#* Overview of the major aquaculture regions globally
# Module II: Technology
#* Overview of different production systems and discussion of benefits and drawbacks of each system
#* In-depth discussion of recirculating aquatic systems (RAS) and technological advances that have helped to make RAS an economically feasible option
# Module III: Species
#* Finfish (salmonids, carp, tilapia)
#* Shellfish
#* Development of new species for aquaculture
# Module IV: Feed
#* Traditional and innovative feed development and feeding systems
# Module V: Aquaculture and the Environment
#* Important factors to consider within the biological environment of the aquaculture facility, such as disease risks, climate, and native fish species
#* Socioeconomic factors influencing the development of a sustainable aquaculture facility, such as market access, local resources, and climate
# Module VI: Challenges and Opportunities for the Aquaculture Industry
#* The influence of climate change on development of the aquaculture industry
#* Biotechnological applications in aquaculture
#* Disease and biosecurity issues in a global aquaculture economy

=='''Course Structure'''==
===''Module I: Introduction and Global Overview of Aquaculture''===
Students will be introduced to principles of the aquaculture industry through a discussion of the history of aquaculture globally, the current status of aquaculture in the principle production regions, and the factors guiding the future development of aquaculture.
===''Module II: Technology''===
The current evolution of the aquaculture industry from ocean rearing to land-based facilities has generated a need for innovative technological advances. This module will provide an overview of traditional and innovative components of an aquaculture production facility, with particular focus on land-based recirculating aquatic systems.
===''Module III: Species''===
Students will learn about the different species currently reared within aquaculture systems including an overview of their unique biological requirements, identification of challenges in further development of the species, and opportunities for development of new culture species.
===''Module IV: Feed''===
Sourcing ingredients and producing feed is currently one of the facets of aquaculture poised for rapid advancement. Students will be introduced to some of the traditional methods of feed production and delivery, as well as new methods that are under development.
===''Module V: Aquaculture and the Environment''===
Any aquaculture production facility must be examined in the context of its environment. In addition to the interaction between the biology of the species under culture and the culture environment, other social and economic factors in the region will influence the development and success of a sustainable aquaculture industry. Students will have the opportunity to examine these factors and gain an understanding of how they interact to guide the development of a facility and the industry as a whole.
===''Module VI: Challenges and Opportunities for the Aquaculture Industry''===
Aquaculture is a dynamic industry that is rapidly developing and changing to fit the needs of our global and political climate. This module will provide students with an understanding of how global climate change, applications of biotechnology, and disease and biosecurity issues provide unique challenges and opportunities for innovative development of the industry.

=='''Assessment'''==
Assignments will include a quiz, development of a bibliography and list of resources, synthesis of information in a wiki, participation in a field trip to an aquaculture facility, development of a business plan for an aquaculture facility, and participation in a blog discussing challenges and opportunities for the environmentally sustainable development of the aquaculture industry. The table outlines basic criteria used to assign a grade for the assessment. More specific details and criteria will be provided prior to each assignment.

{| class="wikitable" border="1"
|-
! GOAL
! Global Overview
! Technology
! Species
! Feed
! Environment
! Challenges & Opportunities
! DATE
|-
| '''General Introduction'''
| All groups
|
|
|
|
|
| WEEK 1
|-
| '''Information Acquisition'''
|
| Assignment #1
| Assignment #1
| Assignment #1
| Assignment #1
|
| WEEK 2-4
|-
| '''Information Synthesis'''
|
| Assignment #2
| Assignment #2
| Assignment #2
| Assignment #2
|
| WEEK 5-7
|-
| '''Critical Analysis'''
|
| Assignment #3
| Assignment #3
| Assignment #3
| Assignment #3
|
| WEEK 8-10
|-
| '''Application of Concepts'''
|
| Assignment #4
| Assignment #4
| Assignment #4
| Assignment #4
|
| WEEK 11-13
|-
| '''Innovation & Creation'''
|
|
|
|
|
| Assignment #5
| ONGOING
|-
|}

The field trip will be organized between October and November. If you do not reside in Vancouver, we will facilitate a field trip to an aquaculture facility in your area, provided it could meet the basic requirements for the associated assignment. Please advise the instructors prior to the beginning of the course if you require this option.

{| class="wikitable" border="1"
|-
! GOAL
! Assessment
! Grading Criteria
! Percent Weight
|-
| '''General Introduction'''
| Quiz:
* Based on a lecture developed by the instructors that provides an overview of the aquaculture industry.
|
# Correct responses on an online quiz.
| 5%
|-
| '''Information Acquisition'''
| Assignment #1:
* Preparation of a bibliography and list of resources on the assigned topic with a brief description of the information contained at each source. Students can compile resources as a group.
|
# In depth coverage of a topic.
# Use of a wide range of resources.
# Compilation of resources that can be used by others for information synthesis.
# Indication of the reliability of the source.
# Indication of the search criteria or method used.
| 5%
|-
| '''Information Synthesis'''
| Assignment #2:
* Preparation of a wiki that synthesizes the information obtained from the list of resources generated by the previous Assignment and lectures prepared by the instructors. Students will develop the wiki as a group.
|
# Appropriate breadth and depth of coverage.
# Clarity of information synthesis.
# Effective use of images to summarize concepts.
# Correct referencing of information sources.
# Effective compilation of individual contributions within the group.
| 10%
|-
| '''Critical Analysis'''
| Assignment #3:
* Participate in a tour of a aquaculture facility. A worksheet developed by the instructors will help to facilitate your in depth discovery of the site.
* Provide a critical analysis of the components of the facility related to your assigned topic.
|
# Attendance at one of the scheduled site tours.
# Completion of the tour worksheet covering general concepts for discovery.
# Identification of facility components related to assigned topic.
# Quality of critical analysis (detailed assessment criteria will be provided for each topic individually).
| 20%
|-
| '''Application of Concepts'''
| Assignment #4:
* Preparation of a business plan for an aquaculture facility outlining specifics about the technology, species, feed, and environment.
|
# A business plan that specifies the technology used to rear the fish, the species being reared, the feed source, and the location of the site.
# Justification for the choices made in the plan.
# Consideration of the environmental and socioeconomic implications of the site.
# Evidence of long-term contingency planning and identification of restrictions on facility expansion.
| 40%
|-
| '''Innovation and Creation'''
| Assignment #5:
* Participation in a blog discussing the challenges and opportunities in the aquaculture industry.
|
# Identification of a challenge or opportunity.
# Contribution to a discussion on a challenge or opportunity identified by another classmate.
# Identification of an innovative solution to a challenge or opportunity within the industry.
| 15%
|-
|}

=='''Instructor and Student Interaction'''==
A number of methods will be utilized to generate interaction among students and to provide opportunities for interaction between students and the instructor. These will include online methods such as email, blogs, and recorded PowerPoint presentations. Students will also have face-to-face interaction during the field trip component of the course. The instructional team will provide personal feedback to the students on each assignment and will be available to address any questions or concerns the students may have.

LFS:Restricted Electives/NUTR

2016-04-20T19:51:17Z

Ethanp:

=== Nutritional Sciences Major ===
* ANTH 227 Culture, Health, and Illness
* ANTH 425 Nutritional Archaeology
* ANTH 428 Medicine, Society, and Culture
* ANTH 429 Global Health in Cross-Cultural Contexts

* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization

* FMST 210 Family Context of Human Development
* FMST 312 Parent-child Relationships
* FMST 314 Relationship development
* FMST 316 Human Sexuality
* FMST 436 Family Life Education
* FNH 342 Consumer Aspects of Food
* FNH 355 International Nutrition
* FNH 455 Applied International Nutrition
* FNH 471 Human Nutrition Over the Life Span
* FNH 473 Nutrition Education in the Community

* HESO 400 Sociocultural Determinants of Health
* HKIN 261 Health Policy and Society
* HKIN 464 Health Promotion and Physical Activity

* LFS 302A/B International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 400 Digital Communication Topics in Agriculture
* LFS 450 Land, Food, and Community III
* LFS 496A/b Career Development Internship

* PHIL 433 Bio-Medical Ethics
* POLI 350 Public Policy
* POLI 364 International Organizations Infant and Maternal Health
* PSYC 100 General Psychology (or PSYC 101/102)
* PSYC 314 Health Psychology
* PSYC 322 Adulthood and Aging

* SOCI 200 Sociology of the Family
* SOCI 240A Introduction to Social Interaction
* SOCI 301A Sociology of Development and Underdevelopment
* SOCI 324 Sociology of the Life Course
* SOCI 342 Consumers and Consumption
* SOCI 415A Theories of Family and Kinship
* SOCI 420A Sociology of the
* SOCI 425A Urban Sociology
* SOCI 440A Economic Sociology
* SOCI 444 Sociology of Aging
* SOCI 473 Sociology of Mental Illness
* SOCI 479 Social Determinants of Health
* SOCI 484 Sociology of Health and Illness
* SPPH 200 Understanding the Sociocultural Determinants of the Health of Populations
* SPPH 300 Working in International Health
* SPPH 400 Health Care Team Development
* SPPH 401 Health Care Ethics
* SPPH 402 HIV/AIDS Prevention and Care
* SPPH 404 First Nations Health: Historical and Contemporary Issues
* SPPH 406 Aging from an Interdisciplinary Perspective
* SPPH 407 Disability and Justice
* SPPH 408 Topics in Aboriginal Health: Community-based Learning Experience
* SPPH 409 International Indigenous Experiences of Colonization
* SPPH 410 Improving Public Health
* SPPH 411 Violence Across the Lifespan

* WMST 310 Women’s Health Issues
* WMST 401 Body, Gender, and Society

LFS:Restricted Electives/FENV

2016-04-20T18:56:01Z

Ethanp:

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Introduction to Biometeorology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 322 Horticultural Techniques
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 490 [[Course:APBI490|Topics in Applied Biology]]
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CHEM 235 Organic Chemistry Laboratory
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment (3 credits)
* CONS 330 Conservation Biology
* CONS 340 Introduction to Geographic Information Systems for Forestry and Conservation
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem
* EOSC 329 Groundwater Hydrology

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/APSS

2016-04-20T18:55:39Z

Ethanp:

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Introduction to Biometeorology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 417 Production and Postharvest Physiology of Vegetable Crops
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 448J Introduction to Genomics (3 credits) (Pre-reqs: BIOL 233 or BIOL 234)
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CHEM 235 Organic Chemistry Laboratory
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

*UFOR 403 Ecological Restoration

LFS:Restricted Electives/FENV

2016-04-18T21:44:03Z

Ethanp: /* Food and the Environment Major */ added CONS 340 and EOSC 329

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 322 Horticultural Techniques
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 490 [[Course:APBI490|Topics in Applied Biology]]
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CHEM 235 Organic Chemistry Laboratory
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment (3 credits)
* CONS 330 Conservation Biology
* CONS 340 Introduction to Geographic Information Systems for Forestry and Conservation
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem
* EOSC 329 Groundwater Hydrology

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/APSS

2015-10-30T20:08:47Z

Ethanp: added APBI 417

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Forest and agricultural climatology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 417 Production and Postharvest Physiology of Vegetable Crops
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 448J Introduction to Genomics (3 credits) (Pre-reqs: BIOL 233 or BIOL 234)
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

LFS:Restricted Electives/APSS

2015-10-26T23:05:00Z

Ethanp: /* Applied Plant and Soil Sciences Major */

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Forest and agricultural climatology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 448J Introduction to Genomics (3 credits) (Pre-reqs: BIOL 233 or BIOL 234)
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

LFS:Restricted Electives/AABI

2015-10-26T23:04:40Z

Ethanp: /* Applied Animal Biology Major */

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 413 Stress and Coping in Animals (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and courses in animal physiology and animal behavior recommended.)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 416 Animmal Welfare and Conservation Biology (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and BIOL 416 or CONS220/330 recommended.)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis
* ARCL 326 Primatology (3 credits) (Pre-req. ARCL 140)

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 445 Comparative Neurobiology (3 credits) (Pre-reqs: One of BIOL 361, BIOL 362, BIOL 364, CAPS 301, PSYC 360)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)
* BIOL 448J Introduction to Genomics (3 credits) (Pre-reqs: BIOL 233 or BIOL 234)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 118 Electricity, Light and Radiation (3 credits).
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

Course:APBI415

2015-09-30T18:11:13Z

Ethanp:

{{Infobox_New_Course

|title=Applied Animal Behaviour

|picture=Image:British_Columbia_Coyote_in_the_Wild.jpg

|subject code=APBI

|course number=415

|section number=001

|instructor=Dr. Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:walkerkr@mail.ubc.ca walkerkr@mail.ubc.ca]

|office=MCML 180c

|office hours=

|schedule=Tue/Thu 9:30-11:00

|classroom=MCML 258

}}

=='''Course Description'''==
This course is focused on the application of principles and research methods of animal behaviour to practical problems in the care of farm, companion, wild and research animals, and human-wildlife conflict.

=='''Learning Objectives'''==
Upon completion of this course, you will:
# Be able to identify, define and solve problems in applied animal behaviour related to the management of companion, research, production and wild animals;
# Apply your understanding of behaviour to address practical issues in animal care and use, as well as human-animal interactions;
# Develop tools to use when reading and critiquing scientific articles;
# Analyse, critique, interpret, and summarize scientific research findings;
# Develop skills to communicate effectively through written and oral means;
# Develop skills in critical thinking and problem solving;
# Generate ideas for new research, and gain experience in the development of research proposals.

=='''Suggested Readings'''==
Both of these texts are on hold at the library for you to use at the library (2 hr reserve). An older version (2002) of the Jensen book is available online through the UBC library. I would strongly suggest purchasing Measuring Behaviour if possible. You can find it on Amazon for a good price.
* Jensen, P. 2009. The ethology of domestic animals: an introductory text. CABI, Wallingford, UK.
* Martin, P. and Bateson, P.P.G. 2007. Measuring behaviour: an introductory guide. Cambridge University Press, NY.

=='''Evaluation'''==
There will be no formal examinations. There is an emphasis on the comprehension of concepts, critical thinking, and effective communication, as evidenced by assignments, in-class discussions, a research paper, and oral presentations.
{| class="wikitable" border="1"
|-
! Activity
! Grade
! style="width: 60%;" | Notes
|-
| First Essay – scientific paper critique
| 5%
| The first essay is worth 5 points and will be no longer than 3 pages in length, double-spaced, 12 pt font. The essay will involve a critical analysis of an assigned scientific paper on applied animal behaviour.
|-
| Ethogram assignment
| 7%
| The ethogram assignment is worth 7 points total. This assignment will involve the creation of a behavioural catalogue and data sheets based on the observation of a group of animals.
|-
| First oral presentation
| 5%
| The first oral presentation is worth 5 points and will reflect your ability to lead a group discussion on your assigned research article, as well as to summarize your small group discussion for the entire class. The presentation is to be 5-7 min in length.
|-
| Second Essay – synthesis of research article
| 10%
| The second essay is worth 10 points and will be no longer than 6 pages in length, double-spaced, 12 pt font. The essay is based on a research article you will be discussing in a group setting. The essay will involve the critique of your assigned article as well as the inclusion of papers provided by other group members, if applicable. The second essay is due two weeks after your assigned group lead discussion.
|-
| Research project
| 35%
| The majority of marks involve a research project where you design a research question and project, conduct hands on research, conduct a basic analysis, and write up your results. You will be responsible for handing in a written research hypothesis for approval. You will also be handing in your research data organization which will include a detailed ethogram and a sample data sheet. A detailed outline will also be required. Your research paper will include a literature review on your research topic. Your research project will consist of collecting observational behaviour data from captive animals (e.g., Vancouver Aquarium, the Vancouver Zoo, in a research lab on campus, or at a local farm such as Agassiz) or animals in a wild/urban setting (e.g., Stanley Park, local park). You will be responsible for designing your data collection method, as well as for collecting and presenting your data. The research project will be worth 35 pts total: 1 pt for the research hypothesis, 2 pts for the research data organization materials, 2 pts for the detailed outline, and 30 pts for the final research paper.
|-
| Final oral presentation on research project
| 10%
| The final presentation is worth 10 points and will consist of a 10-12 min presentation, with 3 min for questions. The presentation will involve a complete overview of your research project – hypothesis, data collection methods and analysis, and conclusions.
|-
| Weekly article critiques
| 14%
| Weekly article critiques are worth 14 points total; 2 points will be lost for every critique that is not turned in at the beginning of class (no late critiques accepted). Partial points may be given for a poorly written critique.
|-
| Class participation
| 14%
| Class participation is worth 14 points. Points will be earned based on active participation in group discussions, attendance, contribution of journal articles, and peer review of final presentations.
|-
| '''''TOTAL:'''''
| '''''100%'''''
|
|-
|}

[[category:LFS]] [[category:APBI]]

Course:APBI415

2015-09-30T18:10:47Z

Ethanp:

{{Infobox_New_Course

|title=Applied Animal Behaviour

|picture=Image:British_Columbia_Coyote_in_the_Wild.jpg

|subject code=APBI

|course number=415

|section number=

|instructor=Dr. Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:walkerkr@mail.ubc.ca walkerkr@mail.ubc.ca]

|office=MCML 180c

|office hours=

|schedule=Tue/Thu 9:30-11:00

|classroom=MCML 258

}}

=='''Course Description'''==
This course is focused on the application of principles and research methods of animal behaviour to practical problems in the care of farm, companion, wild and research animals, and human-wildlife conflict.

=='''Learning Objectives'''==
Upon completion of this course, you will:
# Be able to identify, define and solve problems in applied animal behaviour related to the management of companion, research, production and wild animals;
# Apply your understanding of behaviour to address practical issues in animal care and use, as well as human-animal interactions;
# Develop tools to use when reading and critiquing scientific articles;
# Analyse, critique, interpret, and summarize scientific research findings;
# Develop skills to communicate effectively through written and oral means;
# Develop skills in critical thinking and problem solving;
# Generate ideas for new research, and gain experience in the development of research proposals.

=='''Suggested Readings'''==
Both of these texts are on hold at the library for you to use at the library (2 hr reserve). An older version (2002) of the Jensen book is available online through the UBC library. I would strongly suggest purchasing Measuring Behaviour if possible. You can find it on Amazon for a good price.
* Jensen, P. 2009. The ethology of domestic animals: an introductory text. CABI, Wallingford, UK.
* Martin, P. and Bateson, P.P.G. 2007. Measuring behaviour: an introductory guide. Cambridge University Press, NY.

=='''Evaluation'''==
There will be no formal examinations. There is an emphasis on the comprehension of concepts, critical thinking, and effective communication, as evidenced by assignments, in-class discussions, a research paper, and oral presentations.
{| class="wikitable" border="1"
|-
! Activity
! Grade
! style="width: 60%;" | Notes
|-
| First Essay – scientific paper critique
| 5%
| The first essay is worth 5 points and will be no longer than 3 pages in length, double-spaced, 12 pt font. The essay will involve a critical analysis of an assigned scientific paper on applied animal behaviour.
|-
| Ethogram assignment
| 7%
| The ethogram assignment is worth 7 points total. This assignment will involve the creation of a behavioural catalogue and data sheets based on the observation of a group of animals.
|-
| First oral presentation
| 5%
| The first oral presentation is worth 5 points and will reflect your ability to lead a group discussion on your assigned research article, as well as to summarize your small group discussion for the entire class. The presentation is to be 5-7 min in length.
|-
| Second Essay – synthesis of research article
| 10%
| The second essay is worth 10 points and will be no longer than 6 pages in length, double-spaced, 12 pt font. The essay is based on a research article you will be discussing in a group setting. The essay will involve the critique of your assigned article as well as the inclusion of papers provided by other group members, if applicable. The second essay is due two weeks after your assigned group lead discussion.
|-
| Research project
| 35%
| The majority of marks involve a research project where you design a research question and project, conduct hands on research, conduct a basic analysis, and write up your results. You will be responsible for handing in a written research hypothesis for approval. You will also be handing in your research data organization which will include a detailed ethogram and a sample data sheet. A detailed outline will also be required. Your research paper will include a literature review on your research topic. Your research project will consist of collecting observational behaviour data from captive animals (e.g., Vancouver Aquarium, the Vancouver Zoo, in a research lab on campus, or at a local farm such as Agassiz) or animals in a wild/urban setting (e.g., Stanley Park, local park). You will be responsible for designing your data collection method, as well as for collecting and presenting your data. The research project will be worth 35 pts total: 1 pt for the research hypothesis, 2 pts for the research data organization materials, 2 pts for the detailed outline, and 30 pts for the final research paper.
|-
| Final oral presentation on research project
| 10%
| The final presentation is worth 10 points and will consist of a 10-12 min presentation, with 3 min for questions. The presentation will involve a complete overview of your research project – hypothesis, data collection methods and analysis, and conclusions.
|-
| Weekly article critiques
| 14%
| Weekly article critiques are worth 14 points total; 2 points will be lost for every critique that is not turned in at the beginning of class (no late critiques accepted). Partial points may be given for a poorly written critique.
|-
| Class participation
| 14%
| Class participation is worth 14 points. Points will be earned based on active participation in group discussions, attendance, contribution of journal articles, and peer review of final presentations.
|-
| '''''TOTAL:'''''
| '''''100%'''''
|
|-
|}

[[category:LFS]] [[category:APBI]]

Course:APBI415

2015-09-30T18:05:11Z

Ethanp:

{{Infobox_New_Course

|title=Applied Animal Behaviour

|picture=Image:British_Columbia_Coyote_in_the_Wild.jpg

|subject code=APBI

|course number=415

|section number=

|instructor=Dr. Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:walkerkr@mail.ubc.ca walkerkr@mail.ubc.ca]

|office=MCML 180c

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
This course is focused on the application of principles and research methods of animal behaviour to practical problems in the care of farm, companion, wild and research animals, and human-wildlife conflict.

=='''Learning Objectives'''==
Upon completion of this course, you will:
# Be able to identify, define and solve problems in applied animal behaviour related to the management of companion, research, production and wild animals;
# Apply your understanding of behaviour to address practical issues in animal care and use, as well as human-animal interactions;
# Develop tools to use when reading and critiquing scientific articles;
# Analyse, critique, interpret, and summarize scientific research findings;
# Develop skills to communicate effectively through written and oral means;
# Develop skills in critical thinking and problem solving;
# Generate ideas for new research, and gain experience in the development of research proposals.

=='''Suggested Readings'''==
Both of these texts are on hold at the library for you to use at the library (2 hr reserve). An older version (2002) of the Jensen book is available online through the UBC library. I would strongly suggest purchasing Measuring Behaviour if possible. You can find it on Amazon for a good price.
* Jensen, P. 2009. The ethology of domestic animals: an introductory text. CABI, Wallingford, UK.
* Martin, P. and Bateson, P.P.G. 2007. Measuring behaviour: an introductory guide. Cambridge University Press, NY.

=='''Evaluation'''==
There will be no formal examinations. There is an emphasis on the comprehension of concepts, critical thinking, and effective communication, as evidenced by assignments, in-class discussions, a research paper, and oral presentations.
{| class="wikitable" border="1"
|-
! Activity
! Grade
! style="width: 60%;" | Notes
|-
| First Essay – scientific paper critique
| 5%
| The first essay is worth 5 points and will be no longer than 3 pages in length, double-spaced, 12 pt font. The essay will involve a critical analysis of an assigned scientific paper on applied animal behaviour.
|-
| Ethogram assignment
| 7%
| The ethogram assignment is worth 7 points total. This assignment will involve the creation of a behavioural catalogue and data sheets based on the observation of a group of animals.
|-
| First oral presentation
| 5%
| The first oral presentation is worth 5 points and will reflect your ability to lead a group discussion on your assigned research article, as well as to summarize your small group discussion for the entire class. The presentation is to be 5-7 min in length.
|-
| Second Essay – synthesis of research article
| 10%
| The second essay is worth 10 points and will be no longer than 6 pages in length, double-spaced, 12 pt font. The essay is based on a research article you will be discussing in a group setting. The essay will involve the critique of your assigned article as well as the inclusion of papers provided by other group members, if applicable. The second essay is due two weeks after your assigned group lead discussion.
|-
| Research project
| 35%
| The majority of marks involve a research project where you design a research question and project, conduct hands on research, conduct a basic analysis, and write up your results. You will be responsible for handing in a written research hypothesis for approval. You will also be handing in your research data organization which will include a detailed ethogram and a sample data sheet. A detailed outline will also be required. Your research paper will include a literature review on your research topic. Your research project will consist of collecting observational behaviour data from captive animals (e.g., Vancouver Aquarium, the Vancouver Zoo, in a research lab on campus, or at a local farm such as Agassiz) or animals in a wild/urban setting (e.g., Stanley Park, local park). You will be responsible for designing your data collection method, as well as for collecting and presenting your data. The research project will be worth 35 pts total: 1 pt for the research hypothesis, 2 pts for the research data organization materials, 2 pts for the detailed outline, and 30 pts for the final research paper.
|-
| Final oral presentation on research project
| 10%
| The final presentation is worth 10 points and will consist of a 10-12 min presentation, with 3 min for questions. The presentation will involve a complete overview of your research project – hypothesis, data collection methods and analysis, and conclusions.
|-
| Weekly article critiques
| 14%
| Weekly article critiques are worth 14 points total; 2 points will be lost for every critique that is not turned in at the beginning of class (no late critiques accepted). Partial points may be given for a poorly written critique.
|-
| Class participation
| 14%
| Class participation is worth 14 points. Points will be earned based on active participation in group discussions, attendance, contribution of journal articles, and peer review of final presentations.
|-
| '''''TOTAL:'''''
| '''''100%'''''
|
|-
|}

[[category:LFS]] [[category:APBI]]

File:British Columbia Coyote in the Wild.jpg

2015-09-30T17:23:34Z

Ethanp: User created page with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{en|1=On lava beds near Aiyansh, BC}}
|date=2009-07-22 10:20:02
|source=https://www.flickr.com/photos/rustybadger/3745971087/
|author=Jethro Taylor
|permission=
|other_versions=
}}

=={{int:license-header}}==
{{flickrreview}}{{cc-by-sa-2.0}}

[[Category:Uploaded with UploadWizard]]
[[Category:Animals]]
[[Category:Wild Animals]]

Course:APBI415

2015-09-30T17:08:25Z

Ethanp: set marking scheme table column "notes" to 60% width

{{Infobox_New_Course

|title=Applied Animal Behaviour

|picture=Image:wiki.png

|subject code=APBI

|course number=415

|section number=

|instructor=Dr. Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:walkerkr@mail.ubc.ca walkerkr@mail.ubc.ca]

|office=MCML 180c

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
This course is focused on the application of principles and research methods of animal behaviour to practical problems in the care of farm, companion, wild and research animals, and human-wildlife conflict.

=='''Learning Objectives'''==
Upon completion of this course, you will:
# Be able to identify, define and solve problems in applied animal behaviour related to the management of companion, research, production and wild animals;
# Apply your understanding of behaviour to address practical issues in animal care and use, as well as human-animal interactions;
# Develop tools to use when reading and critiquing scientific articles;
# Analyse, critique, interpret, and summarize scientific research findings;
# Develop skills to communicate effectively through written and oral means;
# Develop skills in critical thinking and problem solving;
# Generate ideas for new research, and gain experience in the development of research proposals.

=='''Suggested Readings'''==
Both of these texts are on hold at the library for you to use at the library (2 hr reserve). An older version (2002) of the Jensen book is available online through the UBC library. I would strongly suggest purchasing Measuring Behaviour if possible. You can find it on Amazon for a good price.
* Jensen, P. 2009. The ethology of domestic animals: an introductory text. CABI, Wallingford, UK.
* Martin, P. and Bateson, P.P.G. 2007. Measuring behaviour: an introductory guide. Cambridge University Press, NY.

=='''Evaluation'''==
There will be no formal examinations. There is an emphasis on the comprehension of concepts, critical thinking, and effective communication, as evidenced by assignments, in-class discussions, a research paper, and oral presentations.
{| class="wikitable" border="1"
|-
! Activity
! Grade
! style="width: 60%;" | Notes
|-
| First Essay – scientific paper critique
| 5%
| The first essay is worth 5 points and will be no longer than 3 pages in length, double-spaced, 12 pt font. The essay will involve a critical analysis of an assigned scientific paper on applied animal behaviour.
|-
| Ethogram assignment
| 7%
| The ethogram assignment is worth 7 points total. This assignment will involve the creation of a behavioural catalogue and data sheets based on the observation of a group of animals.
|-
| First oral presentation
| 5%
| The first oral presentation is worth 5 points and will reflect your ability to lead a group discussion on your assigned research article, as well as to summarize your small group discussion for the entire class. The presentation is to be 5-7 min in length.
|-
| Second Essay – synthesis of research article
| 10%
| The second essay is worth 10 points and will be no longer than 6 pages in length, double-spaced, 12 pt font. The essay is based on a research article you will be discussing in a group setting. The essay will involve the critique of your assigned article as well as the inclusion of papers provided by other group members, if applicable. The second essay is due two weeks after your assigned group lead discussion.
|-
| Research project
| 35%
| The majority of marks involve a research project where you design a research question and project, conduct hands on research, conduct a basic analysis, and write up your results. You will be responsible for handing in a written research hypothesis for approval. You will also be handing in your research data organization which will include a detailed ethogram and a sample data sheet. A detailed outline will also be required. Your research paper will include a literature review on your research topic. Your research project will consist of collecting observational behaviour data from captive animals (e.g., Vancouver Aquarium, the Vancouver Zoo, in a research lab on campus, or at a local farm such as Agassiz) or animals in a wild/urban setting (e.g., Stanley Park, local park). You will be responsible for designing your data collection method, as well as for collecting and presenting your data. The research project will be worth 35 pts total: 1 pt for the research hypothesis, 2 pts for the research data organization materials, 2 pts for the detailed outline, and 30 pts for the final research paper.
|-
| Final oral presentation on research project
| 10%
| The final presentation is worth 10 points and will consist of a 10-12 min presentation, with 3 min for questions. The presentation will involve a complete overview of your research project – hypothesis, data collection methods and analysis, and conclusions.
|-
| Weekly article critiques
| 14%
| Weekly article critiques are worth 14 points total; 2 points will be lost for every critique that is not turned in at the beginning of class (no late critiques accepted). Partial points may be given for a poorly written critique.
|-
| Class participation
| 14%
| Class participation is worth 14 points. Points will be earned based on active participation in group discussions, attendance, contribution of journal articles, and peer review of final presentations.
|-
| '''''TOTAL:'''''
| '''''100%'''''
|
|-
|}

[[category:LFS]] [[category:APBI]]

Course:APBI415/Syllabus

2015-09-30T17:05:03Z

Ethanp:

[http://courses.landfood.ubc.ca/files/APBI_415.pdf 2015W Syllabus]

Course:APBI415/Syllabus

2015-09-30T17:03:20Z

Ethanp:

http://courses.landfood.ubc.ca/files/APBI_415.pdf

Course:APBI415/Syllabus

2015-09-30T17:02:46Z

Ethanp: Created page with "#REDIRECT thumbnail ]]"

#REDIRECT [[
[[File:http://courses.landfood.ubc.ca/files/APBI 415.pdf|thumbnail]]
]]

Course:APBI415

2015-09-30T16:56:43Z

Ethanp: Created page with "<!--Begin Infobox; Please add your parameters after the equal signs below. If you do not wish to use the infobox, you may remove it by deleting everything between the Begin a..."

{{Infobox_New_Course

|title=Applied Animal Behaviour

|picture=Image:wiki.png

|subject code=APBI

|course number=415

|section number=

|instructor=Dr. Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:walkerkr@mail.ubc.ca walkerkr@mail.ubc.ca]

|office=MCML 180c

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
This course is focused on the application of principles and research methods of animal behaviour to practical problems in the care of farm, companion, wild and research animals, and human-wildlife conflict.

=='''Learning Objectives'''==
Upon completion of this course, you will:
# Be able to identify, define and solve problems in applied animal behaviour related to the management of companion, research, production and wild animals;
# Apply your understanding of behaviour to address practical issues in animal care and use, as well as human-animal interactions;
# Develop tools to use when reading and critiquing scientific articles;
# Analyse, critique, interpret, and summarize scientific research findings;
# Develop skills to communicate effectively through written and oral means;
# Develop skills in critical thinking and problem solving;
# Generate ideas for new research, and gain experience in the development of research proposals.

=='''Suggested Readings'''==
Both of these texts are on hold at the library for you to use at the library (2 hr reserve). An older version (2002) of the Jensen book is available online through the UBC library. I would strongly suggest purchasing Measuring Behaviour if possible. You can find it on Amazon for a good price.
* Jensen, P. 2009. The ethology of domestic animals: an introductory text. CABI, Wallingford, UK.
* Martin, P. and Bateson, P.P.G. 2007. Measuring behaviour: an introductory guide. Cambridge University Press, NY.

=='''Evaluation'''==
There will be no formal examinations. There is an emphasis on the comprehension of concepts, critical thinking, and effective communication, as evidenced by assignments, in-class discussions, a research paper, and oral presentations.
{| class="wikitable" border="1"
|-
! Activity
! Grade
! Notes
|-
| First Essay – scientific paper critique
| 5%
| The first essay is worth 5 points and will be no longer than 3 pages in length, double-spaced, 12 pt font. The essay will involve a critical analysis of an assigned scientific paper on applied animal behaviour.
|-
| Ethogram assignment
| 7%
| The ethogram assignment is worth 7 points total. This assignment will involve the creation of a behavioural catalogue and data sheets based on the observation of a group of animals.
|-
| First oral presentation
| 5%
| The first oral presentation is worth 5 points and will reflect your ability to lead a group discussion on your assigned research article, as well as to summarize your small group discussion for the entire class. The presentation is to be 5-7 min in length.
|-
| Second Essay – synthesis of research article
| 10%
| The second essay is worth 10 points and will be no longer than 6 pages in length, double-spaced, 12 pt font. The essay is based on a research article you will be discussing in a group setting. The essay will involve the critique of your assigned article as well as the inclusion of papers provided by other group members, if applicable. The second essay is due two weeks after your assigned group lead discussion.
|-
| Research project
| 35%
| The majority of marks involve a research project where you design a research question and project, conduct hands on research, conduct a basic analysis, and write up your results. You will be responsible for handing in a written research hypothesis for approval. You will also be handing in your research data organization which will include a detailed ethogram and a sample data sheet. A detailed outline will also be required. Your research paper will include a literature review on your research topic. Your research project will consist of collecting observational behaviour data from captive animals (e.g., Vancouver Aquarium, the Vancouver Zoo, in a research lab on campus, or at a local farm such as Agassiz) or animals in a wild/urban setting (e.g., Stanley Park, local park). You will be responsible for designing your data collection method, as well as for collecting and presenting your data. The research project will be worth 35 pts total: 1 pt for the research hypothesis, 2 pts for the research data organization materials, 2 pts for the detailed outline, and 30 pts for the final research paper.
|-
| Final oral presentation on research project
| 10%
| The final presentation is worth 10 points and will consist of a 10-12 min presentation, with 3 min for questions. The presentation will involve a complete overview of your research project – hypothesis, data collection methods and analysis, and conclusions.
|-
| Weekly article critiques
| 14%
| Weekly article critiques are worth 14 points total; 2 points will be lost for every critique that is not turned in at the beginning of class (no late critiques accepted). Partial points may be given for a poorly written critique.
|-
| Class participation
| 14%
| Class participation is worth 14 points. Points will be earned based on active participation in group discussions, attendance, contribution of journal articles, and peer review of final presentations.
|-
| '''''TOTAL:'''''
| '''''100%'''''
|
|-
|}

[[category:LFS]] [[category:APBI]]

LFS:Restricted Electives/AABI

2015-09-22T22:44:39Z

Ethanp: /* Applied Animal Biology Major */

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 413 Stress and Coping in Animals (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and courses in animal physiology and animal behavior recommended.)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 416 Animmal Welfare and Conservation Biology (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and BIOL 416 or CONS220/330 recommended.)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis
* ARCL 326 Primatology (3 credits) (Pre-req. ARCL 140)

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 445 Comparative Neurobiology (3 credits) (Pre-reqs: One of BIOL 361, BIOL 362, BIOL 364, CAPS 301, PSYC 360)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 118 Electricity, Light and Radiation (3 credits).
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/FENV

2015-08-27T18:05:42Z

Ethanp:

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 322 Horticultural Techniques
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 490 [[Course:APBI490|Topics in Applied Biology]]
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment (3 credits)
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/APSS

2015-08-27T18:04:37Z

Ethanp:

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Forest and agricultural climatology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 210 Visualizing Climate Change
* CONS 302 Issues in Genomics and the Environment

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

User:Ethanp

2015-08-26T20:59:50Z

Ethanp: Created page with "Web Communications Coordinator for the Faculty of Land and Food Systems at UBC."

Web Communications Coordinator for the Faculty of Land and Food Systems at UBC.

Thread:Documentation talk:UBC Content Management System/Shortcodes/link with content/Replacement for the excerpt ?/reply (2)

2015-08-26T20:58:54Z

Ethanp: Reply to [[Thread:Documentation talk:UBC Content Management System/Shortcodes/link with content/Replacement for the excerpt ?/reply|Replacement for [the_excerpt] ?]]

Here's the code I'm working with:

<nowiki>
[loop query="posts_per_page=1&category_name=top-story"]

<article class="latest-story">[image_with_src img_size="large"]
<h4>[link_with_content]</h4>
[the_excerpt]

</article>
[/loop]
</nowiki>

Will those 'article' tags cause problems?

Documentation talk:UBC Content Management System/Shortcodes/link with content

2015-08-24T23:00:52Z

Ethanp: Talk page autocreated when first thread was posted

Thread:Documentation talk:UBC Content Management System/Shortcodes/link with content/Replacement for the excerpt ?

2015-08-24T23:00:52Z

Ethanp: New thread: Replacement for [the_excerpt] ?

Thanks for building this workaround. Can you tell me if nesting [the_excerpt] within the loop will result in the same issues as the other template tags?

If so, is there a workaround for that? I have a custom layout that displays the content of the excerpt field.

Thank you.

Course:APBI490

2015-07-15T17:42:59Z

Ethanp:

[[Category:LFS]]


{{Infobox_New_Course

|title=Topics in Applied Biology

|picture=Image:wiki.png

|subject code=APBI

|course number=490

}}

These are new courses that have not yet received their own number. When looking up 490 courses on the UBC Calendar or SSC, drill down on the initial 490 list to get the individual course listings (see below for course details).

You '''can''' register for more than one APBI 490 course – however, SSC will not let you do so through the normal online mechanism. To register in more than one APBI 490, sign up for one in the usual method, then contact LFS Student Services at [mailto:students@landfood.ubc.ca students@landfood.ubc.ca] for help registering for additional APBI 490 courses.
=='''Topics in Applied Biology'''==
Please note this course has multiple sections:
* [[Course:APBI490/Section_002]] Sustainable Fruit Production
* [[Course:APBI490/Section_006]] Belowground Forest Ecosystems
* [[Course:APBI490/Section_199]] Principles of Aquaculture
* [[Course:APBI490/Section_201]] Biology of Stress in Animals

Course:APBI490

2015-07-14T21:55:22Z

Ethanp: /* Topics in Applied Biology */

Course:APBI490/Section 006

2015-07-14T21:54:31Z

Ethanp: new page, course info, overview

LFS:Restricted Electives/AABI

2015-07-08T16:48:56Z

Ethanp: /* Applied Animal Biology Major */

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 413 Stress and Coping in Animals (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and courses in animal physiology and animal behavior recommended.)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 416 Animmal Welfare and Conservation Biology (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and BIOL 416 or CONS220/330 recommended.)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis
* ARCL 326 Primatology (3 credits) (Pre-req. ARCL 140)

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 118 Electricity, Light and Radiation (3 credits).
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/FENV

2015-06-29T17:21:59Z

Ethanp: /* Food and the Environment Major */

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 322 Horticultural Techniques
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 490 [[Course:APBI490|Topics in Applied Biology]]
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/FENV

2015-06-29T17:15:52Z

Ethanp:

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 322 Horticultural Techniques
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

Course:APBI442

2015-06-25T23:16:50Z

Ethanp: expanded course description; added prereqs; added office number

{{Infobox_New_Course

|title=Grapevine and Berry Crop Biology

|picture=Image:wiki.png

|subject code=APBI

|course number=442

|section number=

|instructor=Simone Castellarin

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:simone.castellarin@ubc.ca simone.castellarin@ubc.ca]

|office=FNH 211

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
The grapevine is the most economically-important fruit crop worldwide. In British Columbia and in Canada, the grape and wine industry has grown significantly in the past few decades, gaining both domestic and international recognition. Besides grapes, British Columbia is a major producer of other berry crops such as blueberry, cranberry, and raspberry.

The goal of this course is to provide students with a deep understanding of grapevine biology and of the major biological features of other important berry crops for British Columbia such as blueberry, cranberry, and raspberry. This three credit course explores in depth the most important aspects of grapevine genetics, genomics, morphology, and physiology and introduces the major genetic and genomic features of blueberry, cranberry and raspberry.

The course is structured with two 75-minute lectures per week and it will also include two laboratory classes and one field trip to the UBC Farm.

===Prerequisites===
BIOL/APBI 210 Vascular Plants and BIOL 234 Fundamentals of Genetics are prerequisites for this course. BIOL 260 Fundamentals of Physiology is recommended.

[[category:LFS]] [[category:APBI]]

LFS:Restricted Electives/FENV

2015-06-24T21:51:03Z

Ethanp: Added APBI 442

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/APSS

2015-06-24T21:49:15Z

Ethanp: Added APBI 442

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Forest and agricultural climatology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 442 Grapevine and Berry Crop Biology (3 credits) Pre-reqs: One of APBI 210, BIOL 210 and BIOL 234. (BIOL 260 recommended.)
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 210 Visualizing Climate Change

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

LFS:Restricted Electives/AABI

2015-06-24T21:47:19Z

Ethanp: added APBI 413, 416

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 413 Stress and Coping in Animals (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and courses in animal physiology and animal behavior recommended.)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 416 Animmal Welfare and Conservation Biology (3 credits) (Pre-reqs: Third-year standing or higher. APBI 315 and BIOL 416 or CONS220/330 recommended.)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis
* ARCL 326 Primatology (3 credits) (Pre-req. ARCL 140)

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

Course:APBI442

2015-06-18T20:26:48Z

{{Infobox_New_Course

|title=Grapevine and Berry Crop Biology

|picture=Image:wiki.png

|subject code=APBI

|course number=442

|section number=

|instructor=Simone Castellarin

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:simone.castellarin@ubc.ca simone.castellarin@ubc.ca]

|office=

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
Grapevine genetics, morphology, and physiology and major biological features of other important berry crops for British Columbia such as blueberry, cranberry, and raspberry. Credit will be granted for only one of APBI 442 or PLNT 542.

[[category:LFS]] [[category:APBI]]

Course:APBI413

2015-06-18T20:23:33Z

{{Infobox_New_Course

|title=Stress & Coping in Animals

|picture=Image:wiki.png

|subject code=APBI

|course number=413

|section number=

|instructor=Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:kristen.walker@ubc.ca kristen.walker@ubc.ca]

|office=

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
Understanding, assessing, and managing stress in farm, companion, captive wildlife, and research animals: sources of stress; behavioural, emotional, cognitive, and physiological responses; effects on growth, reproduction, health.

[[category:LFS]] [[category:APBI]]

Course:APBI416

2015-06-18T20:20:59Z

Ethanp: new page; added course description as per UBC calendar

{{Infobox_New_Course

|title=Animal Welfare & Conservation Biology

|picture=Image:wiki.png

|subject code=APBI

|course number=416

|section number=

|instructor=Kristen Walker

|instructor 2=

|instructor 3=

|instructor 4=

|instructor 5=

|email=[mailto:kristen.walker@ubc.ca kristen.walker@ubc.ca]

|office=

|office hours=

|schedule=

|classroom=

}}

=='''Course Description'''==
Evaluation of humane treatment of individual animals living in the wild and managed within conservation biology. Assessment of attitudes and viewpoints of the role of animal welfare in conservation biology.

[[category:LFS]] [[category:APBI]]

LFS:Restricted Electives/AABI

2015-06-15T19:35:26Z

Ethanp: Added ARCL 326

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis
* ARCL 326 Primatology (3 credits) (Pre-req. ARCL 140)

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/NUTR

2015-05-21T18:00:09Z

Ethanp: added LFS 340

=== Nutritional Sciences Major ===
* ANTH 227 Culture, Health, and Illness
* ANTH 425 Nutritional Archaeology
* ANTH 428 Medicine, Society, and Culture
* ANTH 429 Global Health in Cross-Cultural Contexts

* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization

* FMST 210 Family Context of Human Development
* FMST 312 Parent-child Relationships
* FMST 314 Relationship development
* FMST 316 Human Sexuality
* FMST 436 Family Life Education
* FNH 342 Consumer Aspects of Food
* FNH 355 International Nutrition
* FNH 455 Applied International Nutrition
* FNH 471 Human Nutrition Over the Life Span
* FNH 473 Nutrition Education in the Community

* HESO 400 Sociocultural Determinants of Health
* HKIN 261 Health Policy and Society
* HKIN 464 Health Promotion and Physical Activity

* IHHS 200 Understanding the Sociocultural Determinants of the Health of Populations
* IHHS 300 Working in International Health
* IHHS 301 First Nations Health Traditional Role of Plants
* IHHS 400 Health Care Team Development
* IHHS 401 Health Care Ethics
* IHHS 402 HIV/AIDS Prevention and Care
* IHHS 404 First Nations Health: Historical and Contemporary Issues
* IHHS 406 Aging from an Interdisciplinary Perspective
* IHHS 407 Disability and Justice
* IHHS 408 Topics in Aboriginal Health: Community-based Learning Experience
* IHHS 409 International Indigenous Experiences of Colonization
* IHHS 410 Improving Public Health
* IHHS 411 Violence Across the Lifespan
*
* LFS 302A/B International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 400 Digital Communication Topics in Agriculture
* LFS 450 Land, Food, and Community III
* LFS 496A/b Career Development Internship
*
* PHIL 433 Bio-Medical Ethics
* POLI 350 Public Policy
* POLI 364 International Organizations Infant and Maternal Health
* PSYC 100 General Psychology (or PSYC 101/102)
* PSYC 314 Health Psychology
* PSYC 322 Adulthood and Aging

* SOCI 200 Sociology of the Family
* SOCI 240A Introduction to Social Interaction
* SOCI 301A Sociology of Development and Underdevelopment
* SOCI 324 Sociology of the Life Course
* SOCI 342 Consumers and Consumption
* SOCI 415A Theories of Family and Kinship
* SOCI 420A Sociology of the
* SOCI 425A Urban Sociology
* SOCI 440A Economic Sociology
* SOCI 444 Sociology of Aging
* SOCI 473 Sociology of Mental Illness
* SOCI 479 Social Determinants of Health
* SOCI 484 Sociology of Health and Illness

* WMST 310 Women’s Health Issues
* WMST 401 Body, Gender, and Society

LFS:Restricted Electives/FENV

2015-05-21T17:47:50Z

Ethanp: Added LFS 340

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 444/FRST 444 Agroforestry
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/APSS

2015-05-21T17:47:22Z

Ethanp: Added LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Forest and agricultural climatology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 210 Visualizing Climate Change

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies
* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

LFS:Restricted Electives/AABI

2015-05-21T17:44:41Z

Ethanp: Added LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 340 First Nations Health and the Traditional Role of Plants (3 credits)
* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/AABI

2015-04-28T18:38:43Z

Ethanp:

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 433A Bio-Medical Ethics (3 credits)
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/APSS

2015-04-15T17:33:47Z

Ethanp:

=== Applied Plant and Soil Sciences Major ===
* APBI 244 Forest and agricultural climatology
* APBI 260 Food and Environment I
* APBI 322 Horticultural Techniques
* APBI 318 Applied Plant Breeding
* APBI 324 Plant Physiology
* APBI 326/BIOL 316 Introductory Plant Pathology
* APBI 327 Introduction to Entomology
* APBI 328 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 360 Food and Environment II
* APBI 361 Key Indicators of Agroecosystem Sustainability
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Soil Sampling, Analyses and Data Interpretation
* APBI 420 Greenhouse Horticulture Systems
* APBI 423 Ecophysiology and Horticulture
* APBI 426/BIOL 421 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 444/FRST 444 Agroforestry
* APBI 440 Plant Genomics
* APBI 460 Advanced Agroecology
* APBI 490 Topics in Applied Biology
* APBI 497 Directed Studies

* BIOL 200 Fundamentals of Cell Biology
* BIOL 201 Introduction to Biochemistry
* BIOL 203 Eukaryotic Microbiology
* BIOL 209 Non-Vascular Plants
* BIOL 230 Fundamentals of Ecology
* BIOL 234 Fundamentals of Genetics
* BIOL 240 Experimental Design in the Life Sciences
* BIOL 301 Biomathematics
* BIOL 306 Advanced Ecology
* BIOL 320 Survey of Algae
* BIOL 321 Structure and Evolution of the Bryophyta
* BIOL 322 Structure & Evolution of Ferns & Fern Allies
* BIOL 323 Structure and Reproduction of Fungi
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 335 Molecular Genetics
* BIOL 336 Evolutionary Genetics
* BIOL 337 Introductory Genetics Laboratory
* BIOL 343 Plants and Peoples
* BIOL 351 Plant Physiology I
* BIOL 352 Plant Physiology II: Plant Development
* BIOL 404 Ecological Methodology
* BIOL 406 Plant Ecology I
* BIOL 407 Plant Ecology II
* BIOL 408 Principles of Applied Ecology
* BIOL 409 Field Course in Ecology
* BIOL 411 Insect Ecology
* BIOL 412 Phytogeography
* BIOL 415 Evolutionary Processes in Plants
* BIOL 416 Principles of Conservation Biology
* BIOL 417 Phylogenetic Biology
* BIOL 418 Evolutionary Ecology
* BIOL 423 Plant Stress Ecophysiology
* BIOL 430 Genome Evolution
* BIOL 433 Plant Genetics
* BIOL 434 Population Genetics
* BIOL 435 Molecular Biology on a Model Eukaryote
* BIOL 436 Integrated Functional Genomics
* BIOL 440 Plant Genomics
* BIOL 443 Plant Breeding Biotechnology
* BIOL 444 Techniques in Plant Molecular Biology
* BIOL 462 Ecological Plant Biochemistry
* BIOL 463 Gene Regulation in Development

* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 210 Visualizing Climate Change

* EOSC 330 Principles of Geomorphology
* EXCH 373 Applied Science Exchange
* EXCH 375 Student Exchange Program, Education
* EXCH 380 Student Exchange Program, Undergraduate
* EXCH 381 Study Abroad Program

* FRST 100 Sustainable Forests
* FRST 200 Forest Plant Biology I
* FRST 201 Forest Ecology
* FRST 202 Forest Ecology (distance education version)
* FRST 210 Forest Plant Biology II
* FRST 211 Forest Classification and Silvics
* FRST 239 Tree and Stand Level Measurements
* FRST 300 Principles of Forest Sciences and Management
* FRST 302 Forest Genetics
* FRST 303 Principles of Forest Science
* FRST 304 The Science Underlying Forestry Issues
* FRST 305 Silviculture I
* FRST 308 Forest Entomology
* FRST 309 Forest Pathology
* FRST 311 Plant Physiology I
* FRST 318 Forest and Conservation Economics
* FRST 339 Forest Level Measurement and Productivity
* FRST 385 Watershed Hydrology
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 403 The Sustainability of Production in Managed Forest Ecosystems
* FRST 404 Advances in Silviculture
* FRST 413 Ecological Plant Biochemistry.
* FRST 421 Integrated Resources Management I
* FRST 424 Sustainable Forest Management
* FRST 430 Advanced Biometrics
* FRST 432 Molecular Ecology
* FRST 439 International Forestry
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 490 Visual Resource Management
* FRST 491 Visualization and Forest Design
* FRST 495 Biological Diversity and Forest Management

* GEOB 102 Our Changing Environment: Climate and Ecosystems
* GEOB 103 Our Changing Environment: Water and Landscapes
* GEOB 200 Atmospheric Environments
* GEOB 270 Geographic Information Science
* GEOB 407 Vegetation Dynamics: Disturbance, Climate and Human Impacts
* GEOG 310 Environment and Resources
* GEOG 312 The Global Climate System
* GEOG 318 Environmental Change and Quality

* LFS 302 International Field Studies

* MATH 103 Integral Calculus with Applications to Life Sciences

* PHYS 101 Energy and Waves

LFS:Restricted Electives/FENV

2015-03-09T22:44:29Z

Ethanp:

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 444/FRST 444 Agroforestry
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* MICB 201 Introductory Microbiology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/AABI

2015-01-16T18:47:49Z

Ethanp: /* Applied Animal Biology Major */

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (3 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/FENV

2015-01-14T21:44:21Z

Ethanp: /* Food and the Environment Major */

=== Food and the Environment Major ===
* APBI 210/BIOL 210 Vascular Plants
* APBI 244/GEOB 204 Forest and Agricultural Climatology
* APBI 311 Animal Physiology I
* APBI 312 Animal Physiology II
* APBI 315 Animal Welfare and the Ethics of Animal Use
* APBI 324 Plant Physiology (Equivalents: BIOL 351, FRST 311)
* APBI 327 Introduction to Entomology (Equivalent: BIOL 327)
* APBI 328/BIOL 317 Weed Science
* APBI 342/FRST 310 Soil Biology
* APBI 401 Soil Processes
* APBI 402 Sustainable Soil Management
* APBI 403 Field and laboratory methods in soil science
* APBI 411 Reproductive Physiology and Technology
* APBI 414 Principles of Animal Breeding
* APBI 418 Intensive Fish Production
* APBI 419 Fish Diseases
* APBI 424 Plant Breeding and Biotechnology
* APBI 426 Plant-Microbe Interactions
* APBI 427 Insect Ecology
* APBI 428 Integrated Pest Management
* APBI 444/FRST 444 Agroforestry
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments
* APBI 497 Directed Studies
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOL 204 Vertebrate Structure and Function
* BIOL 230 Fundamentals of Ecology
* BIOL 310 Introduction to Animal Behaviour
* BIOL 324 Introduction to Seed Plant Taxonomy
* BIOL 326 Experimental Biology of Invertebrates
* BIOL 404 Ecological Methodology
* BIOL 416 Principles of Conservation Biology
* BIOL 426 Mammalogy

* CHEM 111 Principles of Chemistry I
* CHEM 113 Principles of Chemistry II
* CHEM 121 Structural Chemistry, with Application to Chemistry of the Elements
* CHEM 123 Physical and Organic Chemistry
* CHEM 205 Physical Chemistry
* CHEM 233 Organic Chemistry for the Biological Sciences
* CONS 200 Foundations of Conservation
* CONS 210 Visualizing Climate Change
* CONS 330 Conservation Biology
* CONS 370 Perspectives on First Nations and Forest Lands

* ECON 101 Principles of Microeconomics
* ECON 221 Introduction to Strategic Thinking
* ECON 234 Wealth and Poverty of Nations
* ECON 255 Understanding Globalization
* ECON 335 Fertility, Families and Human Migration
* ECON 355 Introduction to International Trade
* ECON 371 Economics of the Environment
* ENVR 200 Introduction to Environmental Science
* ENVR 300 Introduction to Research in Environmental Science
* EOSC 110 The Solid Earth: A Dynamic Planet
* EOSC 111 Laboratory Exploration of Planet Earth
* EOSC 314 The Ocean Environment
* EOSC 315 The Ocean Ecosystem

* FNH 200 Exploring Our Food
* FNH 250 Nutrition Concepts and Controversies
* FNH 452 Ruminant Nutrition
* FRE 302 Small Business Management in Agri-food Industries
* FRE 306 Introduction to Global Food Markets
* FRE 340 International Agricultural Development
* FRE 374 Land Economics
* FRE 385 Quantitative Methods for Business and Resource Management
* FRE 420 Trade and Domestic Policy in Global Food Markets
* FRE 460 Economics of Food Consumption
* FRE 475 Regulating Food Safety in Global Food Markets
* FRE 490 Current Issues in Food and Resource Economics
* FRST 201 Forest Ecology
* FRST 300 Principles of Forest Sciences and Management
* FRST 304 The Science Underlying Forestry Issues
* FRST 308 Forest Entomology
* FRST 318 Forest and Conservation Economics
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds
* FRST 395 Forest Wildlife Ecology and Management
* FRST 399 Introduction to Research Methods
* FRST 430 Advanced Biometrics
* FRST 443 Remote Sensing in Forestry and Agriculture
* FRST 495 Biological Diversity and Forest Management

* GEOG 121 Geography, Modernity and Globalization I
* GEOG 122 Geography, Modernity and Globalization II
* GEOB 270 Geographic Information Science
* GEOG 352 Urbanization in the Global South

* MICB 201 Introductory Microbiology
* MICB 300 Microbial Ecology

* PHYS 100 Introductory Physics
* PHYS 101 Energy and Waves

LFS:Restricted Electives/AABI

2014-12-10T23:20:00Z

Ethanp: added apbi 496 & 497

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 496 Practicum in Applied Animal Biology (3/6 credits) Restricted enrollment. (Pre-reqs: Third-year standing or higher. APBI 314 and/or APBI 315 are recommended.)
* APBI 497 Directed Studies (2 - 6 credits). Restricted Enrollment. (Pre-reqs: Third-year standing or higher).
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (2 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)

LFS:Restricted Electives/AABI

2014-11-20T23:29:39Z

Ethanp:

=== Applied Animal Biology Major ===
* AGSC 504 Research Methodology in Agricultural Sciences (3 credits) (co-req APBI 499; permission from instructor)
* ANSC 550 Topics in Animal Welfare (3 credits) (permission from instructor)
* ANSC 551 Tutorial in animal welfare research (3 credits) (permission from instructor)
* APBI 260 Food and Environment I (6 credits)
* APBI 311 Physiology and Anatomy I (3 credits)
* APBI 312 Physiology and Anatomy II (3 credits) (Pre-req: APBI 311)
* APBI 314 Animals and society (3 credits)
* APBI 315 Animal welfare and the ethics of animal use (3 credits)
* APBI 316 Equine Biology, Health and Nutrition (3 credits) (pre-req: 3rd Year Standing)
* APBI 327/ Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: BIOL 327)
* APBI 360 Food and Environment II (3 credits) (pre-req APBI 260)
* APBI 361 Key Indicators of Agroecosystem sustainability (3 credits)
* APBI 398 Research Methods in Applied Animal Biology
* APBI 410 Applied Animal Health and Physiology (3 credits) (Pre-reqs: BIOL 201 and one of APBI 311, CAPS 301)
* APBI 411 Reproductive Physiology and technology (pre-req AABI 312)
* APBI 414 Animals and Global Issues (3 credits) (pre-req one of APBI 314, APBI 315)
* APBI 415 Applied Animal Behaviour (3 credits) (pre-req Introductory course in animal biology or animal behaviour, e.g. BIOL 310, PSYC 306)
* APBI 418 Intensive fish production (3 credits) (pre-req AABI 312)
* APBI 419 Fish Diseases (3 credits) Prerequisite: Either(a) all of AABI 311, AABI 312 or (b) BIOL 353. AABI 418 is strongly recommended.
* APBI 427 Insect Ecology (3 credits) (pre-req Either(a) BIOL 205 or (b) all of BIOL 327, APBI 327. Equivalency: BIOL 411
* APBI 428 Integrated Pest Management (3 credits) (pre-requisite BIOL 121)
* APBI 444 Agroforestry (3 credits)
* APBI 460 Advanced Agroecology (3 credits) (pre-req APBI 360)
* APBI 490 Topics in Applied Biology
* APBI 495 Principles of Managing Problem Wildlife in Forests and Agricultural Environments (3 credits)
* APBI 498 Undergraduate Essay
* APBI 499 Undergraduate Thesis

* BIOC 402 Proteins: Structure and Function
* BIOC 403 Enzymology
* BIOC 410 Nucleic Acids-Structure and Function
* BIOC 420 Advanced Biochemical Techniques
* BIOC 421 Recombinant DNA Techniques
* BIOL 153 Human Biology (7)
* BIOL 155 Human Biology (6)
* BIOL 204 Vertebrate structure and function (4 credits) (pre-req All of BIOL 121, BIOL 140)
* BIOL 230 Fundamentals of Ecology (3 credits) (Pre-reqs: One of, BIOL 121, SCIE 001)
* BIOL 234 Fundamentals of Genetics (3 credits)
* BIOL 260 Fundamentals of Physiology (3 credits) Pre-reqs: Either (a) all of BIOL 112, BIOL 121 or (b) SCIE 001 [or (c) 8 transfer credits of 1st year BIOL and 6 credits of 1st year chemistry]
* BIOL 306 Advanced Ecology (3 credits) (pre-req One of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 310 Introduction to animal behaviour (3 credits) (pre-req BIOL 121; third year standing)
* BIOL 325 Introduction to animal mechanics and locomotion (3 credits; pre-req BIOL 121)
* BIOL 327 Introduction to Entomology (3 credits)(pre-req BIOL 121; Equivalency: APBI 327)
* BIOL 328 Introductory parasitology (3 credits) (pre-req BIOL 121)
* BIOL 331 Developmental Biology (3 credits)(pre-req All of BIOL 200 BIOL 210)(BIOC 300 or 302 or 303 recommended)
* BIOL 335 Molecular genetics (3 credits)(pre-req One of BIOL 334, MICB 201,FRST 302)
* BIOL 336 Fundamentals of Evolutionary Biology (3 credits) (Pre-reqs: One of BIOL 234, BIOL 334)
* BIOL 337 Introductory genetics laboratory (3 credits) (pre-req BIOL 334)
* BIOL 361 Physiology of Sensory, Nervous and Muscular Systems (Credits 3) [Pre-reqs: BIOL 200 (One of BIOL 260 or BIOL 201 recommended)]
* BIOL 363 Laboratory in Animal Physiology (2 credits) (Pre-req: BIOL 204)
* BIOL 364 Animal Physiology (2 credits) (Pre-reqs BIOL 204 and one of BIOL 260, BIOL 361)
* BIOL 402 Aquatic Ecology (3 credits) (All of BIOL 300, BIOL 302, BIOL 303)
* BIOL 404 Ecological Methodology (3 credits) (prerq: One of BIOL 300, STAT 200 and one of BIOL 230, BIOL 302, BIOL 303, BIOL 304)
* BIOL 408 Principles of Applied Ecology (3 credits) (prereq: BIOL 300)
* BIOL 411 Insect Ecology Prerequisite: Either (a) BIOL 205 or (b) all of APBI 327, BIOL 327
* BIOL 413 Zoogeography (3 credits) (prereq: BIOL 121)
* BIOL 416 Principles of Conservation Biology (3credits) (prereq: One of BIOL 230, BIOL 303, BIOL 304)
* BIOL 425 Biomechanics (3 credits) (prereq: BIOL 325)
* BIOL 427 Ornithology and Herpetology (3 credits) (prereq: BIOL 121)
* BIOL 441 Animal Cell Biology (3 credits) (Pre-reqs: All of BIOL 335, BIOL 360, BIOL 361 and one of BIOC 300, BIOC 302, BIOC 303)
* BIOL 450 Molecular Adaptation of Animals to the Environment (3 credits) (Pre-reqs: One of BIOL 362, BIOL 364 and one of BIOC 300, BIOC 302, BIOC 303. BIOL 454 is recommended.)
* BIOL 454 Comparative Animal Physiology (3 credits) Pre-reqs: One of BIOL 362, BIOL 364.
* BIOL 445 Darwin's Fishes (3 credits) (Pre-reqs: Third-year standing in Science is required)

* CAPS 301 Human Physiology (6 credits) (Pre-reqs: Either (a) SCIE 001 or (b) all of BIOL 112, BIOL 121 and one of MATH 101, MATH 103, MATH 105, MATH 121 and one of PHYS 100, PHYS 101, PHYS 107 and one of CHEM 203, CHEM 233, CHEM 260)
* CAPS 390 Introduction to Microscopic Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001. BIOL 200 is recommended)
* CAPS 391 Introduction to Gross Human Anatomy (3 credits) (pre-req one of BIOL 121, SCIE 001)
* CLST 301 The Technical Terms of Medicine and Biological Science
* CPSC 101 Connecting with Computer Science (4)

* ECON 101 Principles of Microeconomics (3)
* EOSC 315 The Marine Ecosystem (3 credits)
* EOSC 470 Biological Oceanography (3 credits) (Pre-reqs: One of BIOL 305, EOSC 371, EOSC 373)
* EOSC 475 Marine Microbiology
* EOSC 478 Introduction to Fisheries Science (3 credits)

* FNH 350 Fundamentals of Nutrition (3 credits)
* FRE 295 Managerial Economics
* FRST 308 Forest Entomology (2 credits)
* FRST 386 Aquatic Ecosystems and Fish in Forested Watersheds (3 credits)
* FRST 395 Forest wildlife ecology and management (3 credits)
* FRST 399 Research Methods
* FRST 430 Advanced Biometrics (3 credits)
* FRST 546 Introduction to research methods and the philosophy of science (3 credits)

* ISCI 433 Ethical Issues in Science (3) (Pre-req: third-year standing)

* KIN 151 Biomechanics I (3)
* KIN 190 Anatomy and Physiology I (3)
* KIN 191 Anatomy and Physiology II (3)

* LFS 350 Land, Food & Community II (3 credits)
* LFS 450 Land, Food & Community III (3 credits)
* LFS 496B Career development internship (3 credits)

* MATH 103 Integral Calculus with Applications to Life Sciences (3 credits)
* MICB 202 Introductory Medical Microbiology and Immunology (3 Credits) (Pre-reqs: One of BIOL 112, BIOL 200, MICB 201, PHAR 201, SCIE 001)
* MICB 302 Immunology (3 credits) (Pre-reqs: MICB 202, and third-year standing)
* MICB 306 Molecular Virology
* MRNE 415 Structure and Function in Marine Animals (3 credits) (Pre-reqs: Completion of second year in a biology program)

* PHAR 220 Physicochemical Properties of Drugs
* PHAR 315 Pharmacokinetics
* PHIL 435 Environmental Ethics (3 credits)
* PHYS 102 Electricity, Light and Radiation (3 credits)
* PSYC 101 Introduction to Biological and Cognitive Psychology (3)
* PSYC 306 Principles in Animal Behaviour (6 credits; Pre-reqs: (Either (a) PSYC 100, or (b) all of PSYC 101, 102, or (c) six credits of 200-level Psychology (but not 205 or 263).)
* PSYC 363 Principles of Animal Learning (3 credits) (Pre-reqs: One of PSYC 260, PSYC 263, PSYC 304)