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Dataset_Zebrowski_112025
AI summary Read the abstract
Researchers shared the dataset and R analysis code supporting a study on microplastics and population viability in Daphnia pulex, finding that microplastics reduce population viability without shifting clonal structure in this freshwater invertebrate model.
Data set and R code used to perform statistical analysis in the article titled Microplastics reduce population viability without shifting clonal structure in Daphnia pulex.
More Papers Like This
Dataset_Zebrowski_112025
AI summary Read the abstract
Researchers shared the dataset and R analysis code supporting a study on microplastics and population viability in Daphnia pulex, finding that microplastics reduce population viability without shifting clonal structure in this freshwater invertebrate model.
Microplastics reduce population viability without shifting clonal structure in Daphnia pulex
AI summary Read the abstract
Researchers exposed competing Daphnia pulex clones to polystyrene microplastics and found that MPs reduced total population density by cutting adult abundance and, in some clone pairs, juvenile density, yet clonal proportions and competitive hierarchies remained stable over 30 days—suggesting MPs erode demographic performance gradually rather than driving rapid evolutionary change.
Data set and R code for Species-specific life-history responses of Daphnia to PS and PHBV nanoplastics
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