Comparisons of carbon storages in Cunninghamia lanceolata and Micheliamacclurei plantations during a 22-year period in southern China
NIU Dong , WANG Silong , OUYANG Zhiyun
DOI:
Received May 23, 2008,Revised August 07, 2008, Accepted , Available online
Volume 21,2009,Pages 801-805
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Tree species composition was important for carbon storage within the same climate range. To quantify the dynamics of ecosystem
carbon allocation as a ected by di erent tree species, we measured the above- and below-ground biomass accumulation in 22 years,
as well as the tissue carbon concentrations of trees in Cunninghamia lanceolata plantation and Michelia macclurei plantation. Results
indicated that M. macclurei plantation significantly stored more carbon (174.8 tons/hm2) than C. lanceolata plantation (154.3 tons/hm2).
Most of the carbon was found in the soil pool (57.1% in M. macclurei plantation, 55.2% in C. lanceolata plantation). Tree and soil
component of M. macclurei plantation possessed significantly higher carbon storage than that of C. lanceolata plantation (p < 0.05). No
significant di erence was found in the carbon storage of understory and forest floor. These results suggest that the broadleaved species
(M. macclurei) possesses greater carbon sequestration potential than the coniferous species (C. lanceolata) in southern China.
