Linking Molecular Biology and Ecology
| HOME |
 |
Research Opportunities | |
Molecular Biology |
 |
|
Students use 16S rRNA genes and Microcystin Synthase genes to identify the prokaryotic species involved in freshwater harmful algal bloom dynamics. Students work to identify genes involved in regulating cyanobacterial toxin synthesis and secretion. Students classify the cyanophages common to local cyanobacteria. Research Contacts:
|
| Environmental Toxicity Monitoring | ||
Students have the opportunity to develop sampling procedures and analytical methods to characterize the toxicity of surface waters in the region. Currently, there are no inexpensive and quick methods to characterize toxin production of Cyanobacteria. We are working to develop these methods to help local water managers to protect public health. |
||
| Bloom Monitoring and Prediction |  |
|
Determine the causes of cyanobacteria algal blooms require a good understanding of bottom-up and top-down controls on cyanobacteria population dynamics. Sampling rivers and lakes in the region have elevated nitrogen and phosphorous and may be the cause of cyanobacteria blooms. However, to determine the proximate and ultimate causes of the blooms require careful monitoring and evaluation of physical, chemical, and biotic interactions in surface waters. |
||