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Sensory Virtual Interaction Design Based on the Impact of Microplastics on Ecosystem
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Researchers designed a virtual reality interactive experience that communicates the impact of microplastics on ecosystems to audiences. Using immersive virtual environments to convey scientific information about microplastic pollution could improve public understanding and engagement with this environmental issue.
Virtual interaction can provide vivid interaction scenarios for the audience, and its operability greatly shortens the distance between the works and the audience. The key to building a complete set of virtual interaction works is to design aesthetic 3D video and logical interaction design. Micro plastic pollution is an environmental problem that has recently attracted much attention. Micro plastics widely exist in various media carriers all over the world. As far as plastic straws are concerned, on average, more than 30 plastic straws are used each year in China. A large number of micro plastics are produced in the process of processing and recycling, causing irreversible damage to the natural ecology. Therefore, from the point of view of design, the virtual interactive design of the micro plastic pollution theme is studied based on interactive devices. Let people know the harmfulness of micro plastics, and reduce the use of plastic products spontaneously. In this paper, the origin and influence of microplastics are briefly introduced. Secondly, to slow down the micro plastic pollution problem by design, we analyzed and learned the relevant cases of virtual interactive design works, learned from each other's strengths, and finally presented the design practice results.
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A virtual reality experience called Water Bodies takes participants through the human stomach to visualize how microplastics accumulate in the body from daily consumption. The immersive format was designed to motivate behavior change and connect participants emotionally to the abstract problem of microplastic pollution.
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Researchers developed a board game for a natural history museum that teaches visitors about microplastics and their environmental impacts using an interactive spreadsheet simulation. Testing showed the game effectively improved understanding of microplastic pathways and ecological consequences in a museum learning setting.
Informing the Public about Microplastics through a University and Museum Partnership
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Researchers partnered with a museum to create public exhibits about microplastics, evaluating whether the experience improved visitor knowledge and concern about plastic pollution. The study found that interactive museum exhibits effectively raised public awareness — an important complement to scientific research in motivating behavioral changes to reduce plastic use.
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Researchers designed an interactive public installation that translates marine plastic and microplastic research data from Aotearoa New Zealand into embodied collaborative play through a sculpted virtual biorama and custom physical controllers, testing how open-ended versus time-limited interaction modes shape visitor engagement with environmental science.
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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.