2018:groups:g5:start
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- | <WRAP center round todo 60%> | + | **Group 5** |
- | Under Construction | + | |
- | </WRAP> | + | ====== Table manners and epidemics in a microscopic environment ====== |
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+ | Wiki site of the practical exercise of the [[http:// | ||
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+ | Here you will find the exercise assignment and the group' | ||
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+ | If you are a group member login to edit this page, create new pages from it, and upload files. | ||
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+ | ===== Introduction ===== | ||
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+ | // | ||
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+ | A possible undertaker of this task is the ciliate //Didinium nasutum//, which predates on protists like //P. bursaria//. As it feeds, it may attemp to envelop the entire // | ||
+ | {{https:// | ||
+ | This releases the zoochlorellae endosymbionts into the water, where they are exposed to infection by chloroviruses. Thus, the prevalence of chlorovirus infection among zoochlorellae comes to depend on two other species sharing their own predator-prey interactions. | ||
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+ | //// | ||
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+ | ===== Assignment ===== | ||
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+ | Develop and analyze a mathematical model to describe the coupled dynamics of the populations described above. Your model should take into account the interactions among the species in this system. Add whatever components you see fit in order to capture the system' | ||
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+ | ===== Questions & Suggestions ===== | ||
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+ | * Are the dynamics different from a system where messy feeding releases spores rather than hosts? (You don't have to create a new model for this second system; see Cáceres, Knight and Hall (2009) for a lead) | ||
+ | * How are the dynamics affected if the predator is a specialist instead of a generalist? | ||
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+ | ===== References ===== | ||
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+ | * DeLong J. P., Al-Ammedi Z., Lyon S., Van Etten J. L. and Dunigan D. D. Size-dependent catalysis of // | ||
+ | * Cáceres C. E., Knight C. J. and Hall S. R. Predator-spreaders: |
2018/groups/g5/start.1510089666.txt.gz · Last modified: 2024/01/09 18:45 (external edit)