Evaluating the Suitability of MSW Compost as a Soil Amendment in Field-Grown Tomatoes
Abigail A. Maynard
Abstract
Abigail A. Maynard
Abstract
▪ Source separated municipal solid waste compost was applied in the field at two rates (25 and 50 T/A) and planted with tomatoes. Average yield (lbs/plant) from plots amended with 50 T/A MSW compost was 38 percent greater when compared to the unamended control. Yields from plots amended with 25 T/A MSW compost increased 23 percent. The average number of tomatoes per plant and the average weight of each tomato were also greater from the compost-amended plots. The addition of 50 T/A MSW compost raised the pH of the soil from 5.4 to 6.2 and increased the percent organic matter 38 percent.
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▪ Source separated municipal solid waste compost was applied in the field at two rates (25 and 50 T/A) and planted with tomatoes. Average yield (lbs/plant) from plots amended with 50 T/A MSW compost was 38 percent greater when compared to the unamended control. Yields from plots amended with 25 T/A MSW compost increased 23 percent. The average number of tomatoes per plant and the average weight of each tomato were also greater from the compost-amended plots. The addition of 50 T/A MSW compost raised the pH of the soil from 5.4 to 6.2 and increased the percent organic matter 38 percent.
Key concepts: Compost, Amendment, Municipal solid waste, Green waste, Environmental science, Soil conditioner, Organic matter, Field experiment