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Spatial and Temporal Distribution and Abundance Microplastics in Lake Champlain Long-Term Monitoring Samples
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Long-term monitoring of Lake Champlain found microplastics throughout the lake, with fibers making up the majority of particles and higher concentrations near industrial centers — providing one of the early longitudinal datasets on microplastic abundance and distribution in a major North American freshwater system.
A) 2012 (n = 1820 nurdles) Of the total 249 microplastics found, 201 were FIBERS 3,455 nurdles (n = 2265) samples To quantify the abundance and map the spatial distribution of microplastics and nurdles in long-term monitoring samples. Density of microplastics and nurdles will be higher adjacent to industrial centers. The majority of microplastics will be of the fiber type.
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Researchers quantified and characterized microplastics on Lake Champlain beaches, finding contamination at all sampled sites with fragments and fibers as the dominant particle types. The study documents that even inland freshwater shorelines accumulate significant microplastic loads over time.
Survey of the Abundance and Distribution of Nurdles and Microplastics in Long-term Monitoring Zooplankton Samples from Lake Champlain
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Researchers surveyed long-term zooplankton monitoring samples from Lake Champlain to map where microplastics and rubber nurdles (small pre-production plastic pellets) accumulate across the lake. The study tested whether pollution was highest near industrial areas and whether fiber-type microplastics were most common, helping build a baseline understanding of plastic contamination in the lake.
Beneath the Surface: Assessing the Spatio-Temporal Distribution of Microplastics in Lake Champlain and its Tributaries
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This study investigated the spatio-temporal distribution of microplastics in Lake Champlain and its tributaries across multiple seasons, finding MPs in all sampled water and sediment sites. Concentrations were highest near urban tributaries and lower in more remote areas, suggesting land-based runoff as a primary pathway.
From Beach to Basin: Assessing the Spatio-temporal Distribution of Microplastics in Lake Champlain
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Researchers investigated the spatio-temporal distribution of pre-production plastic pellets in Lake Champlain, examining pollution pathways including roadways, railways, and manufacturing outflows that transport these primary microplastics to freshwater shorelines and basins.
The Spatio-Temporal Distribution of Pre Production Rubber Pellets in Lake Champlain
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Researchers investigated the spatio-temporal distribution of pre-production rubber pellets in Lake Champlain using long-term data (1992-present) from 15 lake stations, finding that these 1 mm uniform pellets, first detected in 2012, are distributed throughout the lake with vertical stratification patterns in the water column.
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