Comparison between soil and biomass carbon in adjacent hardwood and red pine forests

Journal Article · Thu Jun 01 04:00:00 EDT 1995 · World Resource Review

OSTI ID:78106

Perala, D A; Rollinger, J L ^[1]; Wilson, D M ^[2]

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1. USDA Forest Service, Grand Rapids, MN (United States). North Central Forest Experiment Station
2. Univ. of Minnesota, St. Paul, MN (United States). Dept. of Soil Science

The distribution of carbon in soil and biomass was studied across Minnesota, Wisconsin, and Michigan, USA, in 40 pole-sized red pine (Pinus resinosa Ait.) plantations paired with adjacent hardwood stands. Pine and hardwood stands shared a common boundary and soil. Hardwood stands were mixed species, naturally regenerated second growth following logging. Carbon in total, standing crop averaged the same in both hardwood and red pine forest types, although the hardwoods averaged 14 years older than red pine. Coarse woody debris, shrubs, and herbs contained little carbon. Only the forest floor carbon pool was significantly different between forest types. Forest floor had a greater mass beneath red pine than hardwoods. There was no difference in total ecosystem carbon between red pine and hardwood stands. Total mineral soil aggregated across the depth profile contained the same total amount of carbon in both pine and hardwood stands; however, the carbon was found in different vertical patterns. Amounts of carbon in the upper levels of soil (0--4 cm) were higher under hardwoods, and amounts were higher under red pine at the 8--16 cm and 16--32 cm soil depths. Where July air temperatures were relatively cool, red pine stored carbon more efficiently both in the forest floor and deep in the soil. Red pine also sequestered more carbon in mineral soil with increasing April--September precipitation.

• OSTI ID: 78106
• Journal Information: World Resource Review, Journal Name: World Resource Review Journal Issue: 2 Vol. 7; ISSN WRRVE5; ISSN 1042-8011
• Country of Publication: United States
• Language: English

Related Subjects

54 ENVIRONMENTAL SCIENCES
CARBON CYCLE
CARBON DIOXIDE FIXATION
CARBON SINKS
CLIMATIC CHANGE
MICHIGAN
MINNESOTA
PINES
SOILS
TERRESTRIAL ECOSYSTEMS
WISCONSIN