The attached list is provided to inform you of the graduate courses provided by members of the Botany Department. The main goal of the graduate program is to promote excellence in research. We acknowledge that specialization is almost inevitable but we encourage students to develop strengths in other fields closely related to the main research area. Graduate courses may serve to fill gaps or learn new techniques which are demanded by the research program, and to expand the knowledge base for comprehensive exams. The following courses are compulsory for all graduate students in Botany, Biology or Genetics registered in the Botany department:
- BOTA 501 Seminar in Botany (3 credits)
- BOTA 502 Thesis seminar (no credit)
Students in the Master's program have a total requirement of 30 credits. The compulsory courses (above) count for 3, the thesis (BOTA 549) is 18, and an additional 9 credits must be taken (6 of which may be at the undergrad. level, 300-499**) at the graduate level. Students in the Ph.D. program may be assigned additional course work at the discretion of the supervisory committee.
Students considering a transfer from M.Sc. to Ph.D. must ensure that in their first year they can obtain 12 credits of first-class average, of which, normally at least 9 credits must be at the 500 level and at least 9 credits must be of first-class standing.
|Population and Quantitative Genetics
|Topics in Systematics and Evolution: Phylogenetic Workshop
|Topics in Systematics and Evolution: Bioinformatics for Evolutionary Biology
|The Biology of the Cell
|Teaching and Learning in the Life Sciences
|Advanced Topics in Biology
|Current Topics in the Cytoskeleton and Cell Motility (1.5 credits)
The structure and function of the cytoskeleton and its involvement in various forms of cell and intracellular motility.
|Current Topics in Intracellular Trafficking (1.5 credits)
Organization of membranes and organelles within cells and how intracellular trafficking targets molecules to intracellular sites.
|Fluorescence Microscopy (1.5 credits)
Principles and applications of fluorescence microscopy in biological research and an introduction to advanced techniques in fluorescence microscopy.
Natural Resources Conservation (under the Faculty of Forestry)
|Plant Molecular Biology Laboratory (same as BOTA 544/FRST 503)
|Directed Studies in Zoology
|Comparative Animal Physiology Seminar
|Topics in Comparative and Environmental Physiology