In this blog post, Franziska Fiolka and colleagues discuss their study investigating flooding as a vector for organic pesticides, linking aquatic and terrestrial ecosystems. They assessed regularly and rarely flooded riparian plant contamination profiles in small streams around the Upper Rhine valley and found more and higher concentrations of organic pesticides in regularly flooded riparian soil and plants.
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The Institute of Fisheries Ecology of the Johann Heinrich von Thünen Institute, Federal Research Institute for Rural Areas, Forests and Fisheries, at the Bremerhaven site is seeking to recruit a Research Assistant PFAS specialist for collaboration in the third-party funded project „PFAS Pattern – Contamination of Fish with Fluorinated Compounds from the River to the Sea“.
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The UFZ is seeking a motivated candidate for a student assistant position in the Department of Environmental Analytical Chemistry, Helmholtz Centre for Environmental Research.
The student will work on an EU Horizon 2020 project on microplastics and human health, called PlasticHeal. The task will be using FTIR imaging to quantify microplastics in human samples in occupationally exposed workers and control populations, and the data analysis and interpretation of the results. The expected working hours per week is around 7 hours per week. The position will be closed once successful candidates are recruited from now on.
The Department of Chemistry at the Norwegian University of Science and Technology has a vacancy for a PhD in Environmental Analytical Chemistry
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The Department of Plant and Microbial Biology/Agroecology and Plant-Microbiome Interactions from the University of Zurich has a Reserach Project (Internship) on Biologicals and Mycorrhizas for a Sustainable Agriculture.
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If you want the possibility to contribute to environmental sciences for sustainability and global wellbeing, the IIASA is looking for a researcher for climate model development.
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The University of the Highlands and Islands together with the ECOWILD “Centre for Ecologically Relevant Multiple Stressor Effects on Wetland Wildscapes” are looking for a PhD student to fill a position on the Impacts of multiple stressors (pollutants and disease) on beavers
Eurasian beavers are semi-aquatic herbivorous rodents that became extinct in England around the 16th Century. Populations are beginning to return within some catchments in England, and the DRAHS programme has been set up to enable pathological investigations, tissue sample archiving, and background data collation from beaver carcasses.
This PhD will tap into this established program – and begin to build a holistic understanding of the exposure and impacts of a mixture of chemical pollutants (i.e., heavy metals, POPs, emerging pollutants) and disease agents (infectious agents, e.g., viruses, bacteria; non-infectious agents, e.g., nutrient deficiencies) within beavers, to inform future recovery. Likewise, it will help identify potential threats to other biota in the context of a One Health approach. Beavers represent a priority species for recovery and a ‘new’ semi-aquatic herbivorous biomonitoring sentinel.
This project will involve targeted and non-targeted chemical analysis of new and archived sample tissues – employing techniques including ICP-OES/MS for inorganics and GC-FID/MS, GC-MS/MS and LC-MS/MS for organics. State-of-the-art instruments and facilities for such analysis exist within the host institutes (UHI, HWU, UKCEH). Regarding disease detection, the PhD student will work with the DRAHS group which currently delivers all beaver post-mortem examinations, diagnostic pathology, and sample archiving. The wider stakeholder group will also facilitate access to other potentially valuable metadata such as relevant catchment water quality.
The PhD can begin to explore a range of questions, potentially including:
– Are there spatial or temporal differences in disease presence and/or chemical pollution levels that could impact beaver population recovery?
– What are the priority chemical substances of concern within (beaver-created) wetlands in England?
– Is there a link between levels of chemicals and pathological findings in the beavers?
– What is the risk from disease transmission between beavers and other biota?
– Are there new chemical indicators that could be further developed and reported on (in future) to inform environmental policy?
The student will develop expertise in analytical chemistry, disease diagnosis, chemical fate and biomonitoring, statistical analyses, policy and regulation. All within the context of a broader ecological understanding of freshwater ecosystems and wildlife health. They will benefit from the opportunity to work with project supervisors at Natural England, at the Institute of Zoology (DRAHS) and with several academic partners.
For more information on how to apply, please visit the University of the Highlands and Islands website or the ECOWILD website. Application deadline: Thursday, January 9, 2025.
Are you passionate about science, regulatory toxicology, and making a real-world impact at the intersection of industry, academia, and policy? ECETOC is looking for a Trainee to join their dynamic and collaborative team in Brussels for a 6-12 month Regulatory Toxicology Internship starting in February-March 2025.
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The Central England NERC Training Alliance (CENTA) has an open PhD position on tracking antimicrobial resistance across biomes, as part of the CENTA Flagship Project. To be hosted at the UK Centre for Ecology & Hydrology.
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The Queen’s Experimental Ecotoxicology for Environmental Policy research team is recruiting a graduate student for a MSc or PhD Position on a 6PPD Project in Ecotoxicology to join in September 2025. Applications due December 31, 2024.
Ecotoxicologists at Queen’s University (QE3) and Environment and Climate Change Canada (ECCC) have come together to better understand the environmental occurrence and adverse effects of the tire antioxidant 6PPD in freshwater ecosystems. Vehicle tires commonly contain the chemical 6PPD to prevent them from breaking down, but recent scientific discoveries suggest this chemical is readily lost from tires and transformed
into breakdown products that are toxic to some fish species.
With funding from ECCC, the Queen’s team is leading an evidence review to synthesize the state of the science on 6PPD in the freshwater environment. The team will follow guidelines from The Collaboration of Environmental Evidence. The successful student will join the evidence review team and be responsible for co-writing the evidence synthesis. In addition, the successful candidate will have the opportunity to develop a field-based research project to address a timely hypothesis regarding the ecotoxicology of 6PPD in freshwater ecosystems.
The successful candidate will enroll in a graduate program (MSc or PhD) in the Department of Biology or School of Environmental Studies at Queen’s University in Kingston, Ontario, Canada. The student will be co-supervised at Queen’s by Dr. Diane Orihel (Associate Professor at Queen’s University; Director of QE3 Research Group) and Dr. Stacey Robinson (Adjunct Professor at Queen’s University, Research Scientist at Environment and Climate Change Canada). Queen’s University offers graduate students a competitive guaranteed stipend (consisting of a Queen’s Graduate Award, Supervisor’s Contribution, and Teaching Assistantships) with bonuses for NSERC awardees. Co-supervision provides unique opportunities to develop academic and government experiences and networks to broaden career options for the successful candidate.
To apply, please email an application package to QE3recruitment@gmail.com (with the subject “6PPD24”) containing the following:
Application deadline is December 31, 2024, but early applications* are encouraged.
*If you are eligible for NSERC CGS-M scholarship (deadline Dec. 1), please apply as soon as possible.
We welcome applications from Indigenous, Black, LGBQT+, and persons from other under -represented groups.