Ecotoxicology
Description
The course provides students with an introduction to the field of ecotoxicology: the study of the fate and effects of contaminants in ecosystems. Students will gain knowledge of the principles and current theoretical issues within the field. The course models the process of conducting collaborative scientific research in the field of ecotoxicology from hypothesis formulation, to design, sampling, analysis and dissemination of findings through a variety of scientific contexts. As such, the course provides students with an understanding of experimental design and analysis, designing and performing ecotoxicological research, and the skills of presenting findings in both written and oral scientific settings.
Availability
Callaghan
- Semester 1 - 2016
- Semester 1 - 2017
Learning Outcomes
On successful completion of the course students will be able to:
1. Navigate and synthesise the scientific literature to gain a detailed knowledge of the sub-discipline area of ecotoxicology;
2. Apply knowledge of ecotoxicological theory to new environmental situations;
3. Interpret, summarise, validate and critique ecotoxicological data from the scientific literature;
4. Collect and analyse field and/or laboratory data.
5. Interpret and analyse statistical data;
6. Make informed management decisions based on data;
7. Work as part of a team to design, plan, carry out, analyse and report the findings of an experiment in ecotoxicology;
8. Communicate findings to a scientific audience in both written and oral formats.
Content
- Contaminants and their fate in ecosystems
Major classes of contaminants
Routes by which contaminants enter ecosystems
- Environmental fate of contaminants in individuals and ecosystems
- The effects of contaminants on individual organisms
Toxicity testing
Biochemical and molecular effects of contaminants
Physiological, organ level, individual and behavioural effects of contaminants
Interactive effects of contaminants
Biomonitors
- Biomarkers
- Effects of contaminants on populations and communities
Population level effects and population dynamics
Evolutionary responses to environmental stressors
Community and ecosystem level effects
Experimental design and data analysis
- Ecological risk assessment and environmental management
- Bioremediation
Replacing Course(s)
This course replaces the following course(s): BIOL3350. Students who have successfully completed BIOL3350 are not eligible to enrol in ENVS3004.
Requisite
This course replaces BIOL3350. If you have successfully completed BIOL3350 you cannot enrol in this course.
Assumed Knowledge
STAT1070; BIOL1002 or BIOL1070 (or BIOL1050)
Assessment Items
Written Assignment: Critiques
Written Assignment: Draft Paper, Peer Review, Final Paper and Letter to Editor
Proposal / Plan: Research Proposal
Formal Examination: Final Examination
Contact Hours
Callaghan
Lecture
Face to Face On Campus 2 hour(s) per Week for Full Term
Student Project may include field and/or laboratory study.
Workshop
Face to Face On Campus 36 hour(s) per Term