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Source-specific Identification and Characterization of Microplastics in Urban Rivers of Surakarta, Indonesia
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Researchers traced tiny plastic particles (microplastics) found in urban rivers in Surakarta, Indonesia back to their likely sources, like trash, textiles, and personal care products. This matters because these rivers can be sources of drinking water and food (like fish), meaning the plastic pollution could eventually make its way into our bodies, understanding where it comes from is the first step to stopping it at the source.
Article by Darsini, Prabang Setyono, Mohammad Masykuri and Bambang Suhardi published in JSDEWES
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Spatial Distribution of Microplastic Abundance and Characteristics in the Surface Water of the Kahayan River, Central Kalimantan
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Scientists tested river water in Central Kalimantan (Indonesia) that local communities rely on for drinking, fishing, and transportation, and found tiny plastic particles, mostly microscopic fibers, at every single location they checked. The amount of plastic varied depending on nearby human activity rather than simply increasing downstream, showing that pollution sources close to home matter most. This matters because many people depend on this river for daily life, and understanding where microplastics come from is the first step toward reducing our exposure to them through drinking water and food.
Assessment, characterization, and quantification of microplastics from urban rivers (Zarjub and Goharrood), Rasht, Iran
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Scientists found extremely high levels of tiny plastic bits, mostly from clothing fibers, in two city rivers in Iran after rainfall, with the worst pollution near factories and busy neighborhoods. This matters because these rivers likely feed into water supplies and ecosystems, meaning these plastics could eventually end up in our drinking water or food chain.
Assessment of Microplastic Pollution in Surface Water within a Densely Populated Area of the Kranji River Basin in Purwokerto, Indonesia
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Researchers assessed microplastic pollution in the surface water of the Kranji River Basin in Purwokerto, Indonesia, a densely populated urban area, characterising particle abundance, morphology, colour, and polymer type. The study documented widespread microplastic contamination and identified key sources associated with urban population density, waste management practices, and proximity to human settlements.
The spatial distribution of microplastics in correlation with water quality parameters from the upstream to the downstream of the longest river in East Java, Indonesia
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Scientists found that a major river system in Indonesia gets increasingly contaminated with tiny plastic particles as it flows downstream, with pollution levels nearly quadrupling by the time the water reaches populated coastal areas. This matters because these rivers are linked to drinking water and food sources, and the researchers found the plastic contamination reached "high to very high-risk" levels—meaning the plastics people and wildlife are exposed to downstream may pose greater health hazards than previously realized.
Microplastic Contamination in Water Bodies: Sources, Fate, and Ecological Impacts in Native Rivers
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Tiny plastic bits are ending up in rivers, even remote ones far from cities, coming from trash breakdown, wastewater, and even air. This review of existing research shows these particles can harm river life by physically injuring them and releasing or carrying harmful chemicals, which matters because these same waterways often feed into our drinking water and food supply. Scientists still need better tools to measure the problem and stronger policies to stop plastic pollution at its source.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.