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Current Research

Soil redox levels in wetland ecosystems

We are looking at whether under higher soil redox levels, the process of denitrification is incomplete, therefore emitting N2O rather than N2. Since N2O is a very potent greenhouse gas, incomplete denitrification can be a serious environmental problem. We hypothesize that in great lakes coastal wetlands where the invasive plant Typha x glauca has persisted for several decades, it fills in the wetland with its enormous biomass. By filling in the wetland, it dries the soils, increasing the redox. We will use the experimental mesocosms at UMBS to test whether wetlands with Typha have higher redox and lower "quality" denitrification than wetlands without Typha.

Associated Materials

Real-time Conditions on Douglas Lake

Data from the Douglas Lake Buoy is now available for download via the Marine Hydrodynamics Laboratory.

Additional external data for UMBS is also available!

Data Management at UMBS

The University of Michigan Biological Station is committed to helping our researchers successfully meet data management requirements such as those recently outlined by the National Science Foundation. Please visit our Data Management portal page for more!

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Researcher Photograph

Photo of Meghan Howey