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Codes and data for manuscript 'Uncontrolled waste burning dominates global inhalable microplastic emissions'

Mendeley Data 2026
Yanting Wang

Summary

Researchers used a computer model to track how tiny plastic particles small enough to breathe in move through our air worldwide, and found that burning trash in the open—common in many parts of the world without proper waste disposal—is the biggest source of these airborne microplastics, more than other sources like tire wear or ocean spray. This matters because it means the plastic particles you might be breathing in aren't just coming from everyday wear and tear of plastic products, but largely from uncontrolled garbage burning, pointing to better waste management as a key way to reduce this potential health risk.

We used the GEOS-Chem Classic (version 14.6) modeling system to simulate the atmospheric concentrations and depositions of microplastics. The model is managed by the GEOS-Chem Support Team, based at Harvard University and Washington University. "Input.tar.gz" contains the run scripts of the GEOS-Chem model for this study and the sample datasets used to test the model (simulation for January 1, 2020).

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