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Rural plastic emissions into the largest mountain lake of the Eastern Carpathians
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This research characterized the microbial community associated with plastic surfaces (the plastisphere) in the Rhine River and adjacent floodplain sediments, examining how seasonal flooding affects plastisphere composition. The study found that flood events translocate plastisphere communities between aquatic and terrestrial environments, potentially facilitating horizontal gene transfer of plastic-degrading or antibiotic-resistance genes across habitat boundaries.
The lack of proper waste collection systems leads to plastic pollution in rivers in proximity to rural communities. This environmental threat is more widespread among mountain communities which are prone to frequent flash floods during the warm season. This paper estimates the amounts of plastic bottles dumped into the Izvoru Muntelui lake by upstream rural communities. The plastic pollution dimension between seasonal floods which affected the Bistrita catchment area during 2005-2012 is examined. The floods dumped over 290 tonnes of plastic bottles into the lake. Various scenarios are tested in order to explain each amount of plastic waste collected by local authorities during sanitation activities. The results show that rural municipalities are responsible for 85.51% of total plastic bottles collected during 2005-2010. The source of plastic pollution is mainly local. The major floods of July 2008 and June 2010 collected most of the plastic bottles scattered across the Bistrita river catchment (56 villages) and dumped them into the lake. These comparisons validate the proposed method as a reliable tool in the assessment process of river plastic pollution, which may also be applied in other geographical areas. Tourism and leisure activities are also found to be responsible for plastic pollution in the study area. A new regional integrated waste management system should improve the waste collection services across rural municipalities at the county level when it is fully operational. This paper demonstrates that rural communities are significant contributors of plastics into water bodies.
More Papers Like This
Rural plastic emissions into the largestmountain lake of the Eastern Carpathians
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This study estimates the quantity of plastic bottles entering the Izvoru Muntelui reservoir — the largest mountain lake in the Eastern Carpathians — from upstream rural communities lacking formal waste collection, using field surveys and modelling. The results highlight how inadequate waste management in mountain communities contributes to plastic pollution in remote freshwater bodies.
Mountains of plastic: Mismanaged plastic waste along the Carpathian watercourses
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Researchers mapped mismanaged plastic waste along 175,675 km of Carpathian waterways using high-resolution databases, finding that 81% of river lengths are significantly affected, with the worst hotspots concentrated in Romania, Hungary, and Ukraine, and that nationally protected areas paradoxically have higher plastic waste loads than internationally protected zones.
Efficiency assessment of regional plastic waste collection systems in mountain and border regions: A case study of the Upper Tisza Basin
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Mountain communities near the Ukraine-EU border collect way less plastic waste for recycling than lowland towns nearby—sometimes less than half as much—mainly because rugged terrain and scattered homes make trash pickup harder and less accessible. This matters because mishandled plastic waste in these mountain areas washes into rivers, eventually breaking down into microplastics that travel downstream across borders, potentially ending up in drinking water and food supplies. The good news: local efforts like community collection points and river cleanups boosted collection rates by up to 30%, suggesting practical, low-cost fixes can help protect water quality
Mountains of plastic: Mismanaged plastic waste along the Carpathian watercourses
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Using high-resolution mapping data, researchers quantified mismanaged plastic waste along river networks in the Carpathian mountains, one of Europe's most biodiverse regions. The results reveal that rivers carry substantial plastic waste through mountain ecosystems where it can harm wildlife and persist for years.
Integrating technology and environmental data to predict mismanaged plastic waste in a watershed
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Researchers deployed a floating barrier system on Ecuador's Portoviejo River and collected 13.8 tonnes of litter over two years, finding that modeled plastic waste estimates were two orders of magnitude higher than field observations, highlighting critical gaps in waste modeling tools for the Global South.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.