Jule Sophie Stern
Research Interest
- Aquatic Ecotoxicology
- Effect translation across ecosystem boundaries (aquatic-terrestrial)
- Food web ecology
Project: Systemlink
Variation of fatty acid fluxes through emerging insects along a stressor gradient is reflected in terrestrial predators
As a part of the third SystemLink cohort, a field study will be conducted with 100 sampling sites located in different European countries along a stressor gradient. During the field study, emerging aquatic insects, terrestrial insects as well as spiders (ground hunting and web building species) will be sampled at different seasons and analysed for their nutritious quality targeting neutral and phospholipid fatty acids. Furthermore, these results will be linked to stable isotope analysis in combination with information of the predator diets, which will be conducted in cooperation with further PhD students. One key aim will be to distinguish the impacts of micropollution from changes in nutritional quality on the spider physiology. Endpoints will include energy reserves, growth, reproduction, and web quality of the spiders.
Project funding: DFG
Personal Information
- Since October 2025: PhD student at the 3rd SystemLink cohort at RPTU (Home - SystemLink)
- 2023-2025 Master of Science Environmental Pollution Management/ Ecotoxicology at RPTU
Master thesis: "Evaluation of ivermectin-induced changes in the physiology of Chaetopteryx villosa" - 2020-2023 Bachelor of Science Environmental science at RPTU
Bachelor thesis: "Unraveling the spatio-temporal dependent impact of Bacillus thuringiensis on Chironomidae communities"
