With its new proposal on the Circular Economy Package in Europe, presented today, the European Commission outlines plans that respond to some of the main challenges of our time: the waste of energy and resources produced by our linear economy. The European Bioplastics association welcomes these efforts, and is looking forward to contributing to the forthcoming debate on how renewable and biodegradable materials can best fit into this vision.
Thomas Mani, Armin Hauk, Ulrich Walter & Patricia Burkhardt-Holm
Microplastics result from fragmentation of plastic debris or are released to the environment as pre-production pellets or components of consumer and industrial products. In the oceans, they contribute to the great garbage patches. They are ingested by many organisms, from protozoa to baleen whales, and pose a threat to the aquatic fauna. Although as much as 80% of marine debris originates from land, little attention was given to the role of rivers as debris pathways to the sea. Worldwide, not a single great river has yet been studied for the surface microplastics load over its length. We report the abundance and composition of microplastics at the surface of the Rhine, one of the largest European rivers. Measurements were made at 11 locations over a stretch of 820 km. Microplastics were found in all samples, with 892,777 particles km −2 on average. In the Rhine-Ruhr metropolitan area, a peak concentration of 3.9 million particles km −2 was measured. Microplastics concentrations were diverse along and across the river, reflecting various sources and sinks such as waste water treatment plants, tributaries and weirs. Measures should be implemented to avoid and reduce the pollution with anthropogenic litter in aquatic ecosystems.