Publication Details

Soil carbon pools and fluxes in urban ecosystems

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Pouyat, R.; Groffman, P.; Yesilonis, I; Hernandez, L.

Year Published

2002

Publication

Environmental Pollution. 116: S107-S118.

Abstract

The transformation of landscapes from non-urban to urban land use has the potential to greatly modify soil carbon (C) pools and fluxes. For urban ecosystems, very little data exists to assess whether urbanization leads to an increase or decrease in soil C pools. We analyzed three data sets to assess the potential for urbanization to affect soil organic C. These included surface (0-10 cm) soil C data from unmanaged forests along an urban rural gradient, data from "made" soils (1 m depth) from five different cities, and surface (0-15 cm) soil data of several land-use types in the city of Baltimore. Along the urban-rural land-use gradient, we found that soil organic matter concentration in the surface 10 cm varied significantly (P=0.001).

Citation

Pouyat, R.; Groffman, P.; Yesilonis, I; Hernandez, L. 2002. Soil carbon pools and fluxes in urban ecosystems. Environmental Pollution. 116: S107-S118.

Last updated on: October 23, 2009