Getting Students Outside with Five Steps to Reduce Plastic Use
Creating community action with plastic-free initiatives By Lindsey Maheu
produced annually and only 9% are recycled globally 1,2. People rely heavily on plastics because they are lightweight, durable, inexpensive, and many of the products we buy and use every day are made of plastic 3. Many plastics, such as straws, cannot be recycled, and the ones that can become secondary plastics. Secondary plastics can no longer be recycled after one use, and end up in landfills or as pollution in the environment 4. Plastics degrade through heat and radi- ation into microplastics (fragments of plastic that are less than 5 mm), and integrate into the soil and water of environ- ments 5. Humans and all other life forms that rely on soil and water are at risk of consuming plastics, which threatens the health, survival, and sustainability of the environment 2. With all these problems, what is the solution? Plastic
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waste needs to be addressed at the community level6. The adoption of education and outreach programs starts in com- munities and creates action by addressing habits, behaviors, and perceptions regarding plastic consumption2,7. As a high school science teacher and environmental activist in my community, my goal was to find the most effective strate-
HE ISSUE OF PLASTIC production, consumption, and waste is a growing global concern and for a good reason. Approximately 350 million tons of plastic are
gies for creating community action in eliminating plastic waste. I have been involved in both school-based and non- profit-based conservation projects and was curious as to which types of strategies in each organization had the high- est potential for community change in reducing plastic con- sumption. I researched techniques that represent a diversity of locations around the world and rang in age levels for both school-based and non-profit projects. I also examined com- munity changes based on four categories: attitude towards goals, pro-environmental behavior changes, environmental knowledge, and involvement in the project. The communi- ties with the most effective strategies experienced positive changes when projects encompassed parts from all four categories.
School-based strategies The most effective school-based strategies are makerspace projects, educational outreach programs, and schoolwide sustainability curriculum. A school makerspace is a student-led design challenge
in which students engineer a solution to a plastic waste problem.8 Students use the US-based Next Generation Sci- ence Standards (NGSS) science and engineering practices of asking questions and defining problems, developing and using models, and constructing explanations and designing solutions in this classroom-based project. Student-generated
Green Teacher 126 Page 9
Photos by Lindsey Maheu
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