Tag Archives: Schäfer

Avenues for future research to predict the effects of chemicals

Predicting effects of chemicals in ecosystems is complex due to many factors that influence the action of chemicals. Moreover, understanding chemical effects in ecosystems requires the integration of multiple levels of biological organisation such as cells, organs, organisms, whole populations, communities or ecosystems, which is rarely done. In this blogpost, Anke Schneeweiss and her research team provide a framework for how to integrate these levels by delineating connections between different ecotoxicological perspectives.

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Can heterogeneous landscapes mitigate pesticide stress?

In this blogpost, Moritz Link reports how pesticide toxicity affects stream ecosystems in Transylvania, Romania, a region where traditional agriculture prevails. The researchers analyzed macroinvertebrate communities, leaf litter decomposition and parasite prevalence in relation to physico-chemical stressors in the stream and the landscape.

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Pesticides fly under the radar of official monitoring

The governmental monitoring under the Water Framework Directive (WFD) shall monitor the status of European water bodies. By carrying out a refined monitoring, a group of scientists from Leipzig and Landau now showed that pesticide risk in surface waters remains widely unnoticed in the WFD monitoring.

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Year in Review – Part 3

In the third installment of the ‘Year in Review’ series, we present our readers a glimpse of the last lot of most visited posts in the year 2021. 

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Year in Review – Part 1

In this first installment of the ‘Year in Review’ series, we would like to give our readers a glimpse of some of the best blogposts of the year 2021.

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A mini-review of process-based food web models and their application in aquatic-terrestrial meta-ecosystems

In this post, Stephen Osakpolor talks about his review of process-based food web models for both aquatic and terrestrial ecosystem. These models are essential for understanding how stressors affect the interconnected environments.

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