Graduate Students

Studying freshwater food webs, with a focus on how changing winters will affect lower trophic levels in Minnesota lakes

Watershed science and management

Detection and transportation of Chronic Wasting Disease in sediments

Exploring cyanobacterial diversity across the Great Lakes

Reactive transport modeling of nitrate

Data-driven Science, Hydrological and hydraulic modeling

Assessing the effectiveness of Great Lakes coastal wetland restoration

Winter fisheries dynamics in inland Minnesota lakes

Investigating invasive fish physiology, predator prey relationships, and possible management techniques

Determining how turbulence in water flow negatively affects zebra mussels

Developing an assay for the detection of environmental DNA from aquatic invasive plants in the upper Mississippi River basin

Aquatic invasive species, specifically invasive zooplankton

Comparing zooplankton assemblages at Isle Royale National Park

Investigating interactions between native and nonnative fish

The interplay of watershed history and fluvial equilibrium through use of remote sensing/mapping, sediment budgets, and sediment provenance and tracing

Detection and tracing of chronic wasting disease through hydrological transport vectors

Groundwater modeling of the Pineland Sands aquifer region to better understand the impacts of intensive irrigation on nearby water bodies and wild rice populations.

Examining modern and paleo-phytoplankton in the Great Lakes

Efficiency of different eDNA methods for invasive species detection in lakes and streams

Investigating the interactions of tire wear particles and their associated chemical contaminants on aquatic systems

Temporal/seasonal changes to crustacean zooplankton species found in a ballast-rich port using contemporary and historical samples

Studying the impact of winter severity on different trophic levels, aiming to understand how seasonal changes influence the structure of food webs in these systems

Impacts of lake associations on water quality

Urban watershed management to improve and protect local water bodies

Using an underwater autonomous glider and fluoroprobes to assess physical and fluorescent properties of deep chlorophyll layers in Lake Michigan and how it relates to optics, HABs, and aquatic food webs

Metagenomic techniques to track harmful algal blooms in Lake Superior and the St. Louis Estuary

Applied research into aquatic plants and lake restoration strategies

Using a data-driven approach to networks and dynamics to suggest management strategies for controlling the spread of aquatic invasive species in the Upper Mississippi River Basin

Conditioning of bighead and silver carp to concurrent acoustic and carbon dioxide deterrents

Studying population demographics and dynamics of Bowfin, Gar, Carpsuckers, Buffalo, and Redhorse species in the St. Croix, Minnesota, and Mississippi rivers

Using a multi-gear survey approach to improve abundance estimates of pelagic and demersal coregonines on the Great Lakes

Study of organic contaminants in Lake Superior sediments

Investigating invasive fish physiology and related management techniques

Investigating how communities are heard and can organize to improve access to resources and achieve greater equity in the decision-making process