Binghamton Research Days Student Presentations
Sander_Brianna.pdf
Host-Parasite Interactions in the Presence of Microplastic Contamination
Host-Parasite Interactions in the Presence of Microplastic Contamination
Brianna Sander (Senior, Biological Sciences), Nick Buss (Graduate, Biological Sciences)
Brianna Sander (Senior, Biological Sciences), Nick Buss (Graduate, Biological Sciences)
Mentor: Jessica Hua, Biological Sciences
Mentor: Jessica Hua, Biological Sciences
Abstract
Microplastics are gaining increased attention as a ubiquitous anthropogenic contaminant. Despite the fact that freshwater systems may represent a major source for marine microplastic pollution, less data exists regarding environmental contamination and the biological effects of microplastics in freshwater environments. Taking an ecological approach, this experiment looks at the potential effects of the presence of polyester microfibers (a common form of microplastic) on the dynamics of a host-parasite relationship. We use wood frog tadpoles and trematode parasites common to local Northeastern wetlands as our model system.
Abstract
Microplastics are gaining increased attention as a ubiquitous anthropogenic contaminant. Despite the fact that freshwater systems may represent a major source for marine microplastic pollution, less data exists regarding environmental contamination and the biological effects of microplastics in freshwater environments. Taking an ecological approach, this experiment looks at the potential effects of the presence of polyester microfibers (a common form of microplastic) on the dynamics of a host-parasite relationship. We use wood frog tadpoles and trematode parasites common to local Northeastern wetlands as our model system.