SES: Microbial Methods in Ecology

Instructor: Joseph Vallino (Starr 330, x7648, jvallino@mbl.edu)

TA: Ylva Olsen  (Loeb 104b, x7518,  yolsen@bu.edu)


2007 Semester


Listed below are lectures and other materials for the 2005 Microbial Methods in Ecology elective. See the Semester in Environmental Science web site for information on the overall course. This site will be updated as lectures and course materials become available.


Course Syllabus

Course Reading assignments


Lectures

Note, these files may be updated prior to lecture on topic.  Assigned readings below do not include those assigned in Brock.

1.      Introduction

2.      Bacterial Abundance.      

·        Additional Assigned Reading: Porter and Feig

3.      Bacterial Production. (and Liquid Scintillation Counter)    

·        Additional Assigned Reading: Simon and Azam

4.      Extracellular Enzyme Assays

·        Additional Assigned Reading: Lehninger

·        Additional Assigned Reading: Hoppe

5.      Microbial Biogeochemistry: Metabolism in Winogradsky columns

·        Examples of different types of transport phenomena

6.      Microbial Food Webs: Flagellate and ciliate grazing on bacteria

·        Additional Assigned Reading: Azam et al.

·        Additional Assigned Reading: Caron

7.      Microbial Food Webs: Bacteria-phytoplankton competition

·        Additional Assigned Reading: Caron et al.

8.      Molecular Techniques: PCR.  Module taught by Elizabeth McCliment

·        Additional Assigned Reading: Head et al.


Problem Sets

·        PS #1

·        PS #2

·        PS #3


Some Experimental Results


Links

Microbial mat at Great Sippewissett Saltmarsh, MA.

Winogradsky columns

The Microbial World

Digital learning center for microbial ecology

EPA Info on coliform counts (See chapter 17)

Protist images

Introduction to Freshwater and Marine microorganisms

Harmful algal blooms

Recently discovered archaea that grows at autoclave temperatures!

Al Chan’s Microbes.info site

Micrographia.  Site contains many images and descriptions on microorganisms

Micro*scope here at MBL