Category Archives: Research

Spiders as key predators of aquatic prey

In this blogpost, Eric and his research group explore the key role of spiders in riparian ecosystems. Analyzing a substantial stable isotope dataset, this study uncovers nuanced patterns of aquatic insect consumption by spiders, considering hunting modes, habitat specializations and seasonal variations. 

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Highlights of 2023 (Part 2)

In this second and final installment of the ‘Highlights of 2023’ series, we give our readers a glance of another 3 most visited posts in this year. 

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Highlights of 2023 (Part 1)

In the first part of the ‘Highlights of 2023’ series, we give our readers a glance of 3 most visited posts about scientific publications in this year. 

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Troubled Water: Pesticides are Long-Term Pollutants of European Surface Waters

In this blogpost, Larissa Herrmann talks about her latest research on pesticide reoccurrence in European surface waters, revealing that over 76% of compounds reoccur in aquatic ecosystems, with 40% previously unknown for long-term pollution. Her study, conservative in scope, highlights the need to reassess environmental risks, emphasizing the importance of understanding the long-term occurrence of pesticide impacts on water ecosystems.

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A synthesis of research related to aquatic-terrestrial coupling through emergence-mediated contaminant transfer

In this blogpost, Ralf Schulz talks about a recent review paper summarizing the newest literature on how anthropogenic stressors, such as pollutants, invasive species and hydromorphological changes in aquatic ecosystems affect the aquatic-terrestrial ecosystem coupling and particularly the food webs in terrestrial recipient food webs.

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Bio-QSARs: the inclusion of physiological trait information in machine learning QSARs allows predictions across species

In this blogpost, Jochen Zubrod talks about developing an innovative machine learning approach for ecotoxicity predictions. These cutting-edge models show impressive predictive power for acute pesticide toxicity in freshwater organisms, holding promise for applications in environmental risk assessment and pesticide research and development.

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Does global warming lead to taxonomical and functional reorganization of insect communities in European rivers?

In this blogpost, Dr. Alessandro Manfrin, postdoc of the DFG RTG SystemLink,  talks about his recent study published “Taxonomic and functional reorganization in Central European stream macroinvertebrate communities over 25 years”. Here they observed that because of increasing temperatures, species that favour cold waters are progressively replaced by those that favour warm temperatures leading to functional alterations of the community.

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