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Educating for environmental transition: the summer school on microplastics
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Researchers developed a summer school curriculum on micro- and nanoplastics to train students at the intersection of environmental science, toxicology, and sustainability. The program used MNPs as a case study for interdisciplinary education about complex environmental challenges requiring both scientific and policy responses.
Plastics are deeply embedded in modern life, but their degradation releases micro- and nanoplastics (MNPs) into ecosystems. These persistent particles are found everywhere, from oceans to the human body, and raise growing concerns about environmental and human health, biodiversity, and sustainability implications. Despite increasing awareness, effective responses to MNP pollution remain limited by unresolved challenges in scientific monitoring, policymaking, and public engagement. Addressing these challenges, the summer school on "Microplastics: From Environmental Impact to Policy, Innovation, and Public Awareness" held in June 2025 in Geneva, Switzerland, exemplifies an innovative educational model. The program was multi- and interdisciplinary, action-oriented, internationally collaborative, and rooted in local contexts. Focusing on microplastic pollution in aquatic environments, it brought together participants from 15 countries to explore the nexus of science, policy, governance, innovation, and public engagement. This contribution reflects the summer school's design and outcomes, highlighting its promise as a model for advancing next-generation environmental education as well as discussing some of the key challenges.
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An outreach program for high school students used a systems-thinking approach to teach the chemistry of plastics, microplastic pollution, and environmental impacts. Student participants showed improved understanding of how plastic production and disposal connect to ocean ecology and human health.
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Researchers assessed microplastic pollution knowledge and awareness among middle school students in the United States, finding significant gaps in understanding of microplastic sources, pathways, and human health implications. The study highlights an educational opportunity and suggests targeted curriculum integration could improve scientific literacy around plastic pollution in younger generations.
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This study developed and evaluated a microplastics education program for primary school children, finding that age-appropriate lessons about plastic pollution could meaningfully increase students' environmental awareness. The authors argue that early education is a key component of long-term plastic pollution reduction strategies.
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This review paper looked at published research from 2020 to 2026 on microplastics, which have been found in water, soil, food, and living things. It examined how teaching about microplastics in elementary schools could help students understand environmental science and develop sustainable habits.
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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.