2017•PubMedRequires access

[Carbon density distribution characteristics and influencing factors in aerially seeded Pinus massoniana plantations].

Ping Pan, Tian Yi Han, Xunzhi Ouyang, Yuan Qiu Liu, Hao Zang, Jin Kui Ning, Yang Yang

Open publisher page 1 citations

Abstract

and 0.4-0.7, respectively. The moderate density was helpful to improve ecosystem carbon sequestration. The carbon density increased with increasing stand age, DBH and soil thickness, and was higher in lower than middle and upper slope positions.

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and 0.4-0.7, respectively. The moderate density was helpful to improve ecosystem carbon sequestration. The carbon density increased with increasing stand age, DBH and soil thickness, and was higher in lower than middle and upper slope positions.

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Available abstract

and 0.4-0.7, respectively. The moderate density was helpful to improve ecosystem carbon sequestration. The carbon density increased with increasing stand age, DBH and soil thickness, and was higher in lower than middle and upper slope positions.

Key concepts: Pinus massoniana, Understory, Litter, Canopy, Environmental science, Bulk density, Forestry, Vegetation (pathology)

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[Carbon density distribution characteristics and influencing factors in aerially seeded Pinus massoniana plantations]. — Research Paper | ScholarLens