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Raw data for the paper "Above and in the underground: Linking microplastic patterns in cave and surface crustaceans along a karst river stretch"
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Researchers provided the raw dataset from a study linking microplastic patterns in cave and surface crustaceans along a karst river stretch, supporting analysis of how subsurface and above-ground environments differ in microplastic exposure for crustacean communities.
The dataset corresponds to the published paper: Above and in the underground: Linking microplastic patterns in cave and surface crustaceans along a karst river stretch; Environmental Pollution; 384, https://doi.org/10.1016/j.envpol.2025.126939
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Raw data for the paper "Above and in the underground: Linking microplastic patterns in cave and surface crustaceans along a karst river stretch"
AI summary Read the abstract
Researchers provided the raw dataset accompanying a published study on microplastic patterns in cave and surface crustaceans along a karst river stretch, examining how microplastic contamination compares between subterranean and surface-dwelling crustacean species in Environmental Pollution (2025).
Above and in the underground: Linking microplastic patterns in cave and surface crustaceans along a karst river stretch
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This pilot study compared microplastic contamination in surface-dwelling and cave-dwelling crustaceans (amphipods and isopods) from the same karst river in Slovenia. Both surface and cave species contained microplastics, indicating that even subterranean habitats receive contamination, likely via the sinking river system.
Analysis of microplastics in selected surface and underground karst waters
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This Slovenian study sampled microplastics in surface waters and groundwater of the Postojna and Skocjan karst regions, including cave rivers, finding plastic particles even in underground water systems and demonstrating that microplastics penetrate into sensitive and hard-to-reach freshwater environments.
River-groundwater Interaction and Recharge Effects on Microplastics Contamination of Groundwater in Confined Alluvial Aquifers: Original dataset
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This is a dataset entry supporting a study on microplastic contamination in confined alluvial groundwater aquifers, covering the role of river-groundwater interaction in transporting microplastics into subsurface water. Raw analysis data from environmental and control samples are provided. It is a supporting dataset rather than a full research paper.
Plastics underground: microplastic pollution in South African freshwater caves and associated biota
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Scientists discovered microplastic contamination in underground freshwater caves in South Africa, including in cave water, sediment, and small crustaceans living there. This finding is notable because it shows microplastics have reached even remote, subterranean environments, and cave-dwelling animals are ingesting them.
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