With this third and last part of our series ‘Highlights of 2024’ we finish saying goodbye to 2024 and we welcome a new year of studying and research. Today we welcome a new member to the EcotoxBlog, and recap studies on riparian soil and macroinvertebrates.
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In this second part of the ‘Highlights of 2024’, we recap the projects and fieldwork conducted by the research teams at Uni Landau this year.
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In the first part of the ‘Highlights of 2024’, we give our readers a recap of the scientific publications we covered this year.
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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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Dr. Alessandro Manfrin and his team developed a model to assess the long-term effects of contaminants on non-biting midge populations. Their study showed that exposure to the biological larvicide Bti reduces larval densities and adult emergence across multiple generations.
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Are you an Early Career Researcher (ECR) working in regulatory ecotoxicology? Do you find yourself navigating the complex intersections of academia and regulatory decision-making? If so, we want to hear from you in our survey!
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Today, Dr Jonathan Jupke tells us about his latest publication, where he and his colleagues explored how river macroinvertebrates across Europe respond to common pollutants, such as copper and imidacloprid, and what these findings mean for environmental risk assessment.
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In this blog post, Alexander Feckler and his colleagues explore the role of autochthonous primary production for the quality of microbially-colonized leaf material as food in heterotrophic food web in headwater streams. Despite reduced autochthonous primary production in shaded headwater streams, this study indicated a potential for enhanced secondary production and energy transfer to higher trophic levels within the aquatic ecosystem due to so-called “algal priming”.
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In this blogpost, Prof. Mirco Bundschuh and his colleagues talk about their pilot study of investigating leaf-litter decomposition in mangrove forests in Barbados.
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In this blogpost Frederik Meyer and his colleagues talk about their research experience of investigating human impacts on the surface water quality and functioning in the Mendoza province of Argentina.
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