Environmental Microbiology and Microbiology of the Environment teaching plans



Dr Steve Forsythe

The module leader for the 'Environmental Microbiology' is Prof S. Forsythe for 2004-5. It is important to realise that the emphasis will be different to previous years due to the retirement of Dr A. Smith.



Contents

  1. Recommended books
  2. Teaching Plans
  3. Special messages; 13th January - exam paper structure

Recommended Books

Teaching Plans 2004-5


BIOL20511 Environmental Microbiology

Week Date Session 1 Session 2
1 30th Sept Lecture : Introduction to module, sources of information,

Microbial biosphere (pdf file to download)

and Nitrogen Cycle part 1

2 7th Oct Lecture: Nitrogen cycle part 2 Lecture: Nitrogen cycle part 3
3 14th Oct Seminar : Toxicity & genotoxicity testing Practical (pdf file)
4 21st Oct Seminar : Winogradsky column.. See also Bioluminescence Practical (pdf).
5 28th Oct Lecture:Sulphur cycle Lecture: Metal leaching
6 4th Nov Lecture: Metal cycling Lecture: Carbon cycle 1
7 11th Nov Lecture: Carbon cycle 2 Lecture: Desulphurisation 1
8 18th Nov Lecture: Desulphurisation 2 Lecture: Detection methods 1
9 25th Nov Seminar Practical
10 2nd Dec Seminar Practical
11 9th Dec Lecture: Detection methods 2 Lecture: Detection methods 3
12 16th Dec Revision Lecture
13-15 13-27th Jan No lectures timetabled


Special messages:

(1) The exam paper will be a choice of two questions from four, which means 45 minutes each. My advice is to jot down keywords and ideas for the first 2-3 mintues, then number them, before you write the answer in full. This is particularly useful for geneal questions which may need a structured answer as you'll get the sequence of topics right before you start to write them out.

(2)Here are the assignment titles for you to choose from. There is enough for everyone to do a different topic. The deadline for the work is 16th December, Tracking Office. Length 2000 words +/- 200 words. Assessment targets have been given in the lecture.

    Assignment titles
  1. Microbial flora of hydrothermal vents
  2. Deinococcus radiodurans - what is it and what makes it so different from most other bacteria?
  3. Microbial accumulation of silver and gold
  4. Nitrogen fixation by cyanobacteria and actinomycetes
  5. Environmentally friendly bioplastics from bacteria
  6. Microbial degradation of herbicides and pesticides
  7. Bioluminescence and fish
  8. Anaerobic sludge digestion
  9. The transmission of viruses by water
  10. Fungal degradation of timber
  11. The biodeterioration of monuments and other stone artefacts
  12. Biodeterioration of fabrics
  13. Microbial aspects of water treatment
  14. Bacteria as quality indicators of beaches
  15. How to detect if there is life on Mars
  16. Magnetotactic bacteria
  17. Halobacterium, its habitat and unusual physiology
  18. Pseudomonas - Nature's best biodegraders
  19. The microbiology of soil