Dataset. Watershed Land Cover Predicts the Abundance of Macroplastic and  Other Anthropogenic Litter in Streams

Name: Dataset. Watershed Land Cover Predicts the Abundance of Macroplastic and Other Anthropogenic Litter in Streams
Creator: Bailey Schwenk
Published: 2025-11-07T10:45:40.363Z
Keywords: Pollution, Water Quality, Land Use, Urban Water Management

Schwenk, Bailey; Kazmierczak, Elizabeth; Petersen, Fritz; Haney, Jacob; Zhu, Alice; Zuidema, Shan; Lever, Emily; Lammers, Richard; Wollheim, Wil; Rochman, Chelsea; Hoellein, Timothy

doi:10.17632/z2795wj9mk.1

Dataset. Watershed Land Cover Predicts the Abundance of Macroplastic and Other Anthropogenic Litter in Streams

Published: 7 November 2025| Version 1 | DOI: 10.17632/z2795wj9mk.1

Contributors:

, Elizabeth Kazmierczak, Fritz Petersen, Jacob Haney, Alice Zhu, Shan Zuidema, Emily Lever, Richard Lammers, Wil Wollheim, Chelsea Rochman, Timothy Hoellein

Description

These data are for a manuscript in review, titled "Watershed Land Cover Predicts the Abundance of Macroplastic and Other Anthropogenic Litter in Streams" by lead author Bailey Schwenk. The objective was to compare watershed land-use characteristics to the amount of macroscopic trash, including plastic, in several urban streams.

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Steps to reproduce

These data are in association with a manuscript currently in review. All details for collection and analysis are included. If accepted for publication, we will update this documentation with the citation details for the published paper.

Institutions

Loyola University Chicago

Dataset. Watershed Land Cover Predicts the Abundance of Macroplastic and Other Anthropogenic Litter in Streams

Description

Files

Steps to reproduce

Institutions

Categories

Licence