In this project, we will develop bioassays to evaluate the impact of fungicides on aquatic fungi. The study will focus on single-species, single-fungicide exposure, assessing key endpoints such as respiration, growth rate, decomposition, and reproduction.
Aquatic fungi play a crucial role in nutrient cycling and decomposition in freshwater ecosystems. Despite their ecological importance, they are not currently included in regulatory toxicity testing. However, fungicides are frequently detected in surface waters, particularly in agricultural areas, raising concerns about their potential non-target effects on aquatic fungi. You’ll design and perform bioassays, maintain fungal cultures, analyze data, and compile your findings into a thesis. Gain hands-on experience with advanced techniques like microplate readers (oxygen rates & cell density), tensiometry, and LC-MS/MS. Laboratory experience (ecotoxicological tests) and data analysis skills (R or similar) are a plus. This is a great opportunity to gain hands-on research experience in an important and emerging field! If you are interested, please contact me for more details.
Starting date for the thesis work would the fall semester 2025.