Emma Blackford
eblackford@wisc.edu
Advisor: Paul Block
Research focuses on developing hydroclimatic statistical models to predict lake water quality and conditions leading to cool-water fish stress and vulnerability on a subseasonal-to-seasonal scale.
Cassandra (Cassie) Ceballos
ceceballos@wisc.edu
Research Profile
Advisor: Emily Stanley
Research interests include biogeochemical cycling, phytoplankton community structure and function, and the relationship between bacteria and algal blooms.
Peter Conowall
conowall@wisc.edu
Advisor: Robert Johnson
My research examines the resilience and recovery of seagrasses in response to biotic and abiotic stressors/disturbances.
Lucas Fischer
ljfischer2@wisc.edu
Advisor: Olaf Jensen
My Research interests are measuring and analyzing respiration of an endangered salmonid relative in remote river systems of northern Japan in response to climate change.
Krys Kibler
kjkibler@wisc.edu
Advisor: Trina McMahon
My research involves the complexities of phytoplankton community structure, spatial and temporal variations in an algal bloom, and seasonal influences of HABs.
Katherine (Katie) Klier
kklier@wisc.edu
Advisor: Karthik Anantharaman
Research interests include investigating the ecological function of microbes and viruses in marine and freshwater ecosystems.
Keeley Kuru
kkuru@wisc.edu
Advisor: Trina McMahon
Research interests focused on anoxygenic phototrophs, biogeochemical cycling and extracellular electron transfer in low-light environments.
Marguerite (Maggie) Langwig
langwig@wisc.edu
Advisor: Karthik Anantharaman
I use bioinformatics to understand microbial ecology and viruses in marine and freshwater environments.
Emma Marchisin
marchisin@wisc.edu
Advisor: Paul Hanson
Research interests include investigating the application of machine learning in the process of developing lake ecosystem models
Moira McCarthy
moira.mccarthy@wisc.edu
Advisor: Grace Wilkinson
Research interests in nutrient cycling in lakes and feedbacks to the atmosphere.
Joseph Munoz
jtmunoz@wisc.edu
Advisor: Jake Vander Zanden
My research examines the thermal ecology of freshwater fishes and the mechanisms that contribute to their resilience under climate change.
Jaden Nguyen
janguyen3@wisc.edu
Advisor: Emily Stanley
Research interests include aquatic ecology and greenhouse gas cycling
David Ortiz
dortiz4@wisc.edu
Research Profile
Advisor: Emily Stanley
Comparison of temporal and spatial dynamics of algal blooms
Svyettlana (Lonnie) Parry
sparry@wisc.edu
Co-Advisors: Feiner & Jensen
My research interests focus on the human dimensions of fisheries management and investigating the allocation of research and funding for angler groups on Lake Michigan.
Maggie Phillips
mtphillips3@wisc.edu
Advisor: Margaret Zimmer
I am interested in watershed hydrology, biogeochemistry, and groundwater/ surface water interactions.
Cody Quiroz
cquiroz@wisc.edu
Advisor: Emily Stanley
Research interests include carbon cycling in freshwater systems, particularly focusing on methane and dissolved organic carbon
Nicholas (Nick) Scheel
nscheel@wisc.edu
Advisor: Trina McMahon
My research interests involve freshwater microbial ecology and mercury methylation.
Ella Schmidt
eschmidt9@wisc.edu
Advisor: Trina McMahon
My research focuses on spring turnover in polymictic lakes and the impact of warming temperatures.
Sophia Skoglund
skskoglund@wisc.edu
Research Profile
Advisor: Paul Hanson
Modeling lake water quality across space and time with the help of machine learning and remote sensing
Quinn Smith
qcsmith2@wisc.edu
Research Profile
Co-advisors: Olaf Jensen & Jake Vander Zanden
Investigating the confluence of factors associated with walleye fisheries of the Upper Great Lakes region that are performing better than expectations given climate change.
Daniel (Danny) Szydlowski
dszydlowski@wisc.edu
Research Profile
Advisor: Grace Wilkinson
Investigates drivers of change in lakes such as climate change and invasive species, along with ecosystem resilience to these forces.
Aubrey Wendorff
aewendorff@wisc.edu
Advisor: Hilary Dugan
Research involves investigating the impact of spatial and temporal variability on chloride dynamics in the Yahara River watershed.
