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When we hear words like
"microbes" or "bacteria" we immediately think of those evil germs that
make us sick. Although there are some tiny "troublemakers" in the
atmosphere, soils, and water, most microorganisms play a "positive" role in the
environment. And, as evidenced by recent data, their influence is enormous.
Larger, multi-cellular organisms, such as fish, reptiles, birds, and mammals (including
us) now appear to be embroidery on the "fabric" of life formed by these
microbes.
This course will (1)
survey the diversity of microorganisms (bacteria, unicellular eukaryots, and viruses, (2)
examine their eco-physiology and interactions, and (3) explore their role in different
habitats, with the emphasis on microbial food webs and biogeochemical cycling in the
aquatic environment. The lectures will be presented in multimedia format. We
will read and discuss the primary research literature in class.
The lab course will provide hands-on experience in using modern analytical and
experimental techniques of environmental microbiology, including epifluorescence and
electron microscopy, image analysis, flow-cytometry, and radioisotope assay. The
course includes field trips where we will conduct sampling and in situ
experiments.
Look at the course
Syllabus and Schedule |
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